FlyBase Gene Group List

• 14-3-3 PROTEINS (2 genes)
• A-T RICH INTERACTION DOMAIN PROTEINS (6 genes)
  • A-T RICH INTERACTION DOMAIN TRANSCRIPTION FACTORS (1 gene)
  • A-T RICH INTERACTION DOMAIN TRANSCRIPTION REGULATORS (5 genes)
• ACTIN-RELATED PROTEIN 2/3 COMPLEXES (8 genes)
  • ACTIN-RELATED PROTEIN 2/3 COMPLEX ARPC3A VARIANT (7 genes)
  • ACTIN-RELATED PROTEIN 2/3 COMPLEX ARPC3B VARIANT (7 genes)
• ACTIN-RELATED PROTEINS (9 genes)
• ACYL-COA BINDING DOMAIN-CONTAINING PROTEINS (9 genes)
• ADAMTS LIKE (3 genes)
• AMPK COMPLEX (3 genes)
• ANAPHASE-PROMOTING COMPLEX (12 genes)
• ANGIOTENSIN-CONVERTING ENZYME-LIKE (6 genes)
  • ANGIOTENSIN-CONVERTING ENZYME-LIKE PEPTIDYL-DIPEPTIDASES (2 genes)
  • ANGIOTENSIN-CONVERTING PSEUDOENZYMES (4 genes)
• ANNEXINS (3 genes)
• APOPTOSOME (2 genes)
• ATP-BINDING CASSETTE TRANSPORTER-LIKE (56 genes)
  • ATP-BINDING CASSETTE TRANSPORTER-LIKE - NON-TRANSPORTING (4 genes)
    • ABCE ATP-BINDING CASSETTE TRANSPORTER SUBFAMILY (1 gene)
    • ABCF ATP-BINDING CASSETTE TRANSPORTER SUBFAMILY (3 genes)
  • ATP-BINDING CASSETTE TRANSPORTERS (52 genes)
    • ABCA ATP-BINDING CASSETTE TRANSPORTER SUBFAMILY (10 genes)
    • ABCB ATP-BINDING CASSETTE TRANSPORTER SUBFAMILY (8 genes)
      • ABCB ATP-BINDING CASSETTE TRANSPORTER ATM SUBFAMILY - HALF TRANSPORTERS (3 genes)
      • ABCB ATP-BINDING CASSETTE TRANSPORTER HMT-1 SUBFAMILY - HALF TRANSPORTERS (1 gene)
      • ABCB ATP-BINDING CASSETTE TRANSPORTER SUBFAMILY - FULL TRANSPORTERS (4 genes)
    • ABCC ATP-BINDING CASSETTE TRANSPORTER SUBFAMILY (14 genes)
    • ABCD ATP-BINDING CASSETTE TRANSPORTER SUBFAMILY (2 genes)
    • ABCG ATP-BINDING CASSETTE TRANSPORTER SUBFAMILY (15 genes)
    • ABCH ATP-BINDING CASSETTE TRANSPORTER SUBFAMILY (3 genes)
• ATR-ATRIP DNA DAMAGE-SENSING KINASE COMPLEX (2 genes)
• AUGMIN COMPLEX (8 genes)
• AUTOPHAGY-RELATED COMPLEXES (11 genes)
  • ATG1 PROTEIN KINASE COMPLEX (4 genes)
  • ATG12-ATG5-ATG16 COMPLEX (3 genes)
  • AUTOPHAGY-SPECIFIC PHOSPHATIDYLINOSITOL 3-KINASE COMPLEX (4 genes)
• AUTOPHAGY-RELATED GENES (20 genes)
• BARAMICINS (4 genes)
• BCL-2 FAMILY (3 genes)
• BEARDED GENE FAMILY (8 genes)
• BETA CATENIN DESTRUCTION COMPLEXES (5 genes)
  • BETA CATENIN DESTRUCTION COMPLEX APC2 VARIANT (4 genes)
  • BETA CATENIN DESTRUCTION COMPLEX APC VARIANT (4 genes)
• BIOGENESIS OF LYSOSOME-RELATED ORGANELLES COMPLEXES (12 genes)
  • BIOGENESIS OF LYSOSOME-RELATED ORGANELLES COMPLEX-1 (8 genes)
  • BIOGENESIS OF LYSOSOME-RELATED ORGANELLES COMPLEX-2 (2 genes)
  • BIOGENESIS OF LYSOSOME-RELATED ORGANELLES COMPLEX-3 (2 genes)
• BLOC1-RELATED COMPLEX (8 genes)
• C-TYPE LECTIN-LIKE (40 genes)
• CCR4-NOT COMPLEX (8 genes)
• CDK-ACTIVATING KINASE-XERODERMA PIGMENTOSUM D COMPLEX (4 genes)
• CHAPERONES AND CO-CHAPERONES (94 genes)
  • CANOPY CO-CHAPERONES (2 genes)
  • HEAT SHOCK PROTEINS (86 genes)
    • ATYPICAL HEAT SHOCK PROTEIN 70 CHAPERONES (2 genes)
    • HEAT SHOCK PROTEIN 10 CHAPERONINS (2 genes)
    • HEAT SHOCK PROTEIN 40/DNAJ CO-CHAPERONES (42 genes)
    • HEAT SHOCK PROTEIN 60 CHAPERONINS (12 genes)
      • CHAPERONIN CONTAINING TCP-1 COMPLEX (8 genes)
      • HEAT SHOCK PROTEIN 60 CHAPERONINS - GROUP I (4 genes)
    • HEAT SHOCK PROTEIN 70 CHAPERONES (13 genes)
    • HEAT SHOCK PROTEIN 90 CHAPERONES (3 genes)
    • HEAT SHOCK PROTEIN 100 CHAPERONES (1 gene)
    • SMALL HEAT SHOCK PROTEINS (11 genes)
  • PREFOLDIN COMPLEX (6 genes)
• CHECKPOINT CLAMP COMPLEX (3 genes)
• CHITIN BINDING DOMAIN-CONTAINING PROTEINS (106 genes)
• CHITIN DEACETYLASE-LIKE FAMILY (6 genes)
  • CHITIN DEACETYLASES (4 genes)
  • PSEUDO-CHITIN DEACETYLASES (2 genes)
• CHORION PROTEINS (9 genes)
• CHROMATIN ASSEMBLY FACTOR 1 (3 genes)
• CHROMATIN MODIFYING COMPLEXES (96 genes)
  • COMPASS-TYPE COMPLEXES (16 genes)
    • COMPASS COMPLEX (8 genes)
    • TRR COMPLEX (10 genes)
    • TRX COMPLEX (7 genes)
  • dRING-ASSOCIATED FACTORS COMPLEX (3 genes)
  • ENOK COMPLEX (4 genes)
  • GCN5-CONTAINING COMPLEXES (32 genes)
    • ADA COMPLEX (4 genes)
    • ATAC COMPLEX (13 genes)
    • CHAT COMPLEX (5 genes)
    • SAGA COMPLEX (21 genes)
  • MALE SPECIFIC LETHAL COMPLEX (7 genes)
  • NUCLEOSOME REMODELING DEACETYLASE COMPLEX (8 genes)
  • POLYCOMB REPRESSIVE COMPLEX 1, PSC VARIANT (5 genes)
  • POLYCOMB REPRESSIVE COMPLEX 1, SU(Z)2 VARIANT (5 genes)
  • POLYCOMB REPRESSIVE COMPLEX 2, JARID2-JING VARIANT (6 genes)
  • POLYCOMB REPRESSIVE COMPLEX 2, PCL VARIANT (5 genes)
  • POLYCOMB REPRESSIVE DEUBIQUITINASE COMPLEX (2 genes)
  • TIP60 COMPLEX (16 genes)
  • TRITHORAX ACETYLATION COMPLEX 1 (3 genes)
• CHROMATIN REMODELING COMPLEXES (ATP-DEPENDENT) (51 genes)
  • BRAHMA COMPLEXES (15 genes)
    • BRAHMA ASSOCIATED PROTEINS COMPLEX (11 genes)
    • NON-CANONICAL BRAHMA ASSOCIATED PROTEINS COMPLEX (7 genes)
    • POLYBROMO-CONTAINING BRAHMA ASSOCIATED PROTEINS COMPLEX (12 genes)
  • INO80 COMPLEX (7 genes)
  • ISWI COMPLEXES (10 genes)
    • ACF COMPLEX (2 genes)
    • CHROMATIN ACCESSIBILITY COMPLEX (4 genes)
    • NORC COMPLEX (2 genes)
    • NUCLEOSOME REMODELING FACTOR (4 genes)
    • REMODELING AND SPACING FACTOR COMPLEX (2 genes)
    • TORC REMODELING COMPLEX (3 genes)
  • NUCLEOSOME REMODELING DEACETYLASE COMPLEX (8 genes)
  • TIP60 COMPLEX (16 genes)
• CHROMOSOMAL PASSENGER COMPLEXES (5 genes)
  • MEIOTIC CHROMOSOMAL PASSENGER COMPLEX (4 genes)
  • MITOTOIC CHROMOSOMAL PASSENGER COMPLEX (4 genes)
• CLASS IA PHOSPHATIDYLINOSITOL 3-KINASE COMPLEX (2 genes)
• CMG COMPLEX (11 genes)
• COLLAGENS (4 genes)
• COMMISSURELESS (3 genes)
• COP9 SIGNALOSOME COMPLEXES (9 genes)
  • COP9 SIGNALOSOME (8 genes)
  • COP9 SIGNALOSOME COMPLEX - TESTIS-SPECIFIC VARIANT (8 genes)
• CORE BINDING FACTOR (6 genes)
  • CORE BINDING FACTOR BETA (2 genes)
  • RUNT DOMAIN TRANSCRIPTION FACTORS (4 genes)
• CORE CLEAVAGE COMPLEX (3 genes)
• CRUMBS COMPLEX (3 genes)
• CSL-NOTCH-MASTERMIND TRANSCRIPTION FACTOR COMPLEX (3 genes)
• CULLINS (6 genes)
• CUTICLE PROTEIN FAMILIES (160 genes)
  • CPF CUTICLE PROTEIN FAMILY (3 genes)
  • CPLCA CUTICLE PROTEIN FAMILY (11 genes)
  • CPLCG CUTICLE PROTEIN FAMILY (3 genes)
  • CPLCP CUTICLE PROTEIN FAMILY (5 genes)
  • CPR CUTICLE PROTEIN FAMILY (103 genes)
  • TWEEDLE CUTICLE PROTEIN FAMILY (27 genes)
  • UNCLASSIFIED CUTICLE PROTEINS (8 genes)
• CYCLIN K-CDK12 COMPLEX (2 genes)
• CYTOSOLIC 4FE-4S ASSEMBLY SCAFFOLD COMPLEX (2 genes)
• CYTOSOLIC 4FE-4S ASSEMBLY TARGETING COMPLEX (4 genes)
• DBF4-DEPENDENT CDC7 KINASE COMPLEX (2 genes)
• DEHYDRODOLICHYL DIPHOSPHATE SYNTHASE COMPLEX (2 genes)
• DNA POLYMERASES (19 genes)
  • DNA POLYMERASE ALPHA-PRIMASE (4 genes)
  • DNA POLYMERASE DELTA (3 genes)
  • DNA POLYMERASE EPSILON (4 genes)
  • DNA POLYMERASE ETA (1 gene)
  • DNA POLYMERASE GAMMA (2 genes)
  • DNA POLYMERASE IOTA (1 gene)
  • DNA POLYMERASE REV1 (1 gene)
  • DNA POLYMERASE THETA (1 gene)
  • DNA POLYMERASE ZETA (4 genes)
• DOLICHOL-PHOSPHATE-MANNOSE SYNTHASE COMPLEX (3 genes)
• DORSAL GROUP (11 genes)
• DPH1-DPH2 COMPLEX (2 genes)
• DYNACTIN COMPLEX (11 genes)
• DYNEIN SUBUNITS (41 genes)
  • DYNEIN HEAVY CHAINS (13 genes)
    • AXONEMAL DYNEIN HEAVY CHAINS (11 genes)
      • AXONEMAL INNER ARM DYNEIN HEAVY CHAINS (6 genes)
      • AXONEMAL OUTER ARM DYNEIN HEAVY CHAINS (5 genes)
    • CYTOPLASMIC DYNEIN HEAVY CHAINS (2 genes)
  • DYNEIN INTERMEDIATE CHAINS (15 genes)
    • AXONEMAL DYNEIN INTERMEDIATE CHAINS (7 genes)
      • AXONEMAL INNER ARM DYNEIN INTERMEDIATE CHAINS (3 genes)
      • AXONEMAL OUTER ARM DYNEIN INTERMEDIATE CHAINS (4 genes)
    • CYTOPLASMIC DYNEIN INTERMEDIATE CHAINS (1 gene)
    • SPERM-SPECIFIC DYNEIN INTERMEDIATE CHAINS (7 genes)
  • DYNEIN LIGHT CHAINS (11 genes)
  • DYNEIN LIGHT INTERMEDIATE CHAINS (2 genes)
• DYSTROPHIN-RELATED PROTEINS (2 genes)
• DYSTROPHIN GLYCOPROTEIN COMPLEX (8 genes)
• EIF4E-CUP COMPLEX (2 genes)
• ELBA BOUNDARY FACTOR COMPLEX (3 genes)
• ELG1 COMPLEX (5 genes)
• ELONGATOR HOLOENZYME COMPLEX (6 genes)
• ENDOPLASMIC RETICULUM SECRETORY AND TRANSMEMBRANE PROTEIN INSERTION SYSTEM (19 genes)
  • GENERAL SECRETORY PATHWAY FAMILY (9 genes)
    • ENDOPLASMIC RETICULUM SEC TRANSLOCON COMPLEX SUBUNITS (7 genes)
      • SEC61 TRANSLOCON - CG8860 VARIANT (3 genes)
      • SEC61 TRANSLOCON - SEC61&ggr; VARIANT (3 genes)
      • SEC61 TRANSLOCON - TESTIS-SPECIFIC VARIANT (3 genes)
      • SEC62/SEC63 COMPLEX (2 genes)
    • SEC61 TRANSLOCON COMPLEX SUBUNITS (7 genes)
      • SEC61 TRANSLOCON - CG8860 VARIANT (3 genes)
      • SEC61 TRANSLOCON - SEC61&ggr; VARIANT (3 genes)
      • SEC61 TRANSLOCON - TESTIS-SPECIFIC VARIANT (3 genes)
      • TRANSLOCON-ASSOCIATED PROTEINS (2 genes)
  • SIGNAL RECOGNITION PARTICLE (8 genes)
  • SIGNAL RECOGNITION PARTICLE RECEPTOR (2 genes)
• ENHANCER OF SPLIT GENE COMPLEX (12 genes)
• ENZYMES (3710 genes)
  • HYDROLASES (1407 genes)
    • ACID ANHYDRIDE HYDROLASES (300 genes)
      • ACYLPHOSPHATASES (6 genes)
      • ADP-RIBOSE DIPHOSPHATASES (3 genes)
      • COENZYME A DIPHOSPHATASES (5 genes)
      • NUCLEOSIDE DIPHOSPHATE PHOSPHATASES (5 genes)
      • NUCLEOSIDE TRIPHOSPHATE DIPHOSPHATASES (3 genes)
      • NUCLEOSIDE TRIPHOSPHATE PHOSPHATASES (263 genes)
        • ATPASES (118 genes)
          • ACTINS (6 genes)
          • ATP-BINDING CASSETTE TRANSPORTER-LIKE - NON-TRANSPORTING (4 genes)
            • ABCE ATP-BINDING CASSETTE TRANSPORTER SUBFAMILY (1 gene)
            • ABCF ATP-BINDING CASSETTE TRANSPORTER SUBFAMILY (3 genes)
          • ATP-DEPENDENT DNA DAMAGE SENSORS (9 genes)
            • MUTL ATPASES (2 genes)
            • MUTS ATPASES (2 genes)
            • RAD51-LIKE ATPASES (5 genes)
          • ATP-DEPENDENT FE-S CLUSTER CHAPERONES (3 genes)
          • ATP-DEPENDENT PROTEIN FOLDING CHAPERONES (31 genes)
            • ATYPICAL HEAT SHOCK PROTEIN 70 CHAPERONES (2 genes)
            • HEAT SHOCK PROTEIN 60 CHAPERONINS (12 genes)
              • CHAPERONIN CONTAINING TCP-1 COMPLEX (8 genes)
              • HEAT SHOCK PROTEIN 60 CHAPERONINS - GROUP I (4 genes)
            • HEAT SHOCK PROTEIN 70 CHAPERONES (13 genes)
            • HEAT SHOCK PROTEIN 90 CHAPERONES (3 genes)
            • HEAT SHOCK PROTEIN 100 CHAPERONES (1 gene)
          • DISLOCASES (3 genes)
          • N-ETHYLMALEIMIDE-SENSITIVE FACTORS (3 genes)
          • RFC COMPLEX ATPASES (8 genes)
          • SNF2-LIKE CHROMATIN REMODELERS (16 genes)
          • STRUCTURAL MAINTENANCE OF CHROMOSOMES GENE FAMILY (6 genes)
          • UNCLASSIFIED ATPASES (29 genes)
        • GTPASES (146 genes)
          • BETA TUBULINS (5 genes)
          • DYNAMIN-LIKE GTPASES (3 genes)
          • HETEROTRIMERIC G-PROTEIN ALPHA SUBUNITS (8 genes)
          • MITOFUSINS (2 genes)
          • RAS GTPASE SUPERFAMILY (80 genes)
            • ARF GTPASES (16 genes)
            • RAB GTPASES (33 genes)
            • RAG GTPASE COMPLEX (2 genes)
            • RAN GTPASES (2 genes)
            • RAS GTPASES (15 genes)
            • RGK GTPASES (3 genes)
            • RHO GTPASES (9 genes)
          • SEPTINS (5 genes)
          • SIGNAL RECOGNITION PARTICLE GTPASES (3 genes)
          • TRANSLATIONAL GTPASES (18 genes)
          • UNCLASSIFIED GTPASES (18 genes)
          • YLQF/YAWG GTPASES (4 genes)
      • RNA DECAPPING ENZYMES (3 genes)
      • UDP-SUGAR DIPHOSPHATASES (2 genes)
      • UNCLASSIFIED ACID ANHYDRIDE HYDROLASES (10 genes)
    • ACID CARBON-CARBON HYDROLASES (4 genes)
    • ACID SULFUR-NITROGEN HYDROLASES (1 gene)
    • CARBON-NITROGEN HYDROLASES (NON-PEPTIDASE) (85 genes)
      • CARBON-NITROGEN HYDROLASES OF CYCLIC AMIDES (5 genes)
      • CARBON-NITROGEN HYDROLASES OF CYCLIC AMIDINES (19 genes)
        • ADENOSINE DEAMINASES (9 genes)
        • CYTIDINE DEAMINASES (3 genes)
        • UNCLASSIFIED CARBON-NITROGEN HYDROLASES OF CYCLIC AMIDINES (7 genes)
      • CARBON-NITROGEN HYDROLASES OF LINEAR AMIDES (57 genes)
        • ADENOSINE MONOPHOSPHORAMIDASES (3 genes)
        • AMINOACYLASES (6 genes)
        • ASPARAGINASES (3 genes)
        • ASPARTYLGLUCOSAMINIDASES (3 genes)
        • CHITIN DEACETYLASES (4 genes)
        • FATTY ACID AMIDE HYDROLASES (5 genes)
        • N-ACETYLMURAMOYL-L-ALANINE AMIDASES (6 genes)
        • PEPTIDE DEFORMYLASES (2 genes)
        • RPD3/HDA1 LYSINE DEACETYLASES (5 genes)
        • UNCLASSIFIED CARBON-NITROGEN HYDROLASES OF LINEAR AMIDES (17 genes)
        • VANINS (3 genes)
      • CARBON-NITROGEN HYDROLASES OF LINEAR AMIDINES (2 genes)
      • DEAMINASES (17 genes)
        • ADENOSINE DEAMINASES (9 genes)
        • CYTIDINE DEAMINASES (3 genes)
        • UNCLASSIFIED DEAMINASES (5 genes)
    • CARBON-SULFUR HYDROLASES (1 gene)
    • ESTER BOND HYDROLASES (479 genes)
      • CARBOXYLIC ESTER HYDROLASES (130 genes)
        • ACYLGLYCEROL LIPASES (10 genes)
        • AMINOACYL-TRNA EDITING HYDROLASES (12 genes)
        • ARYLESTERASES (2 genes)
        • CARBOXYLESTERASES (25 genes)
        • GLUCONOLACTONASES (2 genes)
        • LYSOPHOSPHOLIPASES (6 genes)
        • PEPTIDYL-TRNA HYDROLASES (4 genes)
        • PHOSPHOLIPASES A1 (1 gene)
        • PHOSPHOLIPASES A2 (10 genes)
          • PHOSPHOLIPASE A2 ENZYMES - CALCIUM INDEPENDENT (3 genes)
          • PHOSPHOLIPASE A2 ENZYMES - SECRETED (7 genes)
        • TRIGLYCERIDE LIPASES (55 genes)
          • ACID TRIGLYCERIDE LIPASES (23 genes)
          • NEUTRAL TRIGLYCERIDE LIPASES (28 genes)
          • UNCLASSIFIED TRIGLYCERIDE LIPASES (4 genes)
        • UNCLASSIFIED CARBOXYLIC ESTER HYDROLASES (7 genes)
      • NUCLEASES (HYDROLYTIC MECHANISM) (104 genes)
        • DNA NUCLEASES (46 genes)
          • DNA ENDONUCLEASES (33 genes)
            • CLASS II APURINIC OR APYRIMIDINIC ENDONUCLEASES (3 genes)
            • CROSSOVER JUNCTION DNA ENDONUCLEASES (3 genes)
            • DEOXYRIBONUCLEASES I (2 genes)
            • FLAP ENDONUCLEASES (7 genes)
            • SINGLE-STRANDED DNA ENDONUCLEASES (15 genes)
            • UNCLASSIFIED DNA ENDONUCLEASES (6 genes)
          • DNA EXONUCLEASES (17 genes)
            • 3'-5' DNA EXONUCLEASES (13 genes)
            • 5'-3' DNA EXONUCLEASES (5 genes)
        • RNA NUCLEASES (68 genes)
          • RNA ENDONUCLEASES (49 genes)
            • ARGONAUTE ENDORIBONUCLEASES (5 genes)
            • RIBONUCLEASES III (3 genes)
            • RNA-DNA HYBRID RIBONUCLEASES (3 genes)
            • UNCLASSIFIED RNA ENDONUCLEASES (38 genes)
          • RNA EXONUCLEASES (21 genes)
            • 3'-5' RNA EXONUCLEASES (17 genes)
            • 5'-3' RNA EXONUCLEASES (4 genes)
        • UNCLASSIFIED NUCLEASES (7 genes)
      • PHOSPHATASES (177 genes)
        • ACID PHOSPHATASES (11 genes)
        • ALKALINE PHOSPHATASES (13 genes)
        • CARBOHYDRATE PHOSPHATASES (5 genes)
        • HAD FAMILY NON-PROTEIN PHOSPHATASES (21 genes)
        • LIPID PHOSPHATE PHOSPHATASES (10 genes)
        • NUCLEOTIDASES (9 genes)
        • PHOSPHATIDYLINOSITOL PHOSPHATE AND INOSITOL PHOSPHATE PHOSPHATASES (26 genes)
        • PROTEIN PHOSPHATASES (84 genes)
          • HAD FAMILY PROTEIN PHOSPHATASES (7 genes)
            • CTD FAMILY PROTEIN SERINE/THREONINE PHOSPHATASES (6 genes)
            • EYA FAMILY PROTEIN TYROSINE PHOSPHATASES (1 gene)
          • PROTEIN ARGININE PHOSPHATASES (1 gene)
          • PROTEIN HISTIDINE PHOSPHATASES (4 genes)
          • PROTEIN SERINE/THREONINE PHOSPHATASES (44 genes)
            • CTD FAMILY PROTEIN SERINE/THREONINE PHOSPHATASES (6 genes)
            • PPM FAMILY PROTEIN SERINE/THREONINE PHOSPHATASES (15 genes)
            • PPP FAMILY PROTEIN SERINE/THREONINE PHOSPHATASES (19 genes)
            • UNCLASSIFIED PROTEIN SERINE/THREONINE PHOSPHATASES (4 genes)
          • PROTEIN TYROSINE PHOSPHATASES (35 genes)
            • CDC25 FAMILY PROTEIN PHOSPHATASES (2 genes)
            • CYTOSOLIC PROTEIN TYROSINE PHOSPHATASES (8 genes)
            • DUAL SPECIFICITY PROTEIN PHOSPHATASES (17 genes)
            • EYA FAMILY PROTEIN TYROSINE PHOSPHATASES (1 gene)
            • RECEPTOR PROTEIN TYROSINE PHOSPHATASES (7 genes)
        • PSEUDOURIDINE 5'-PHOSPHATASES (5 genes)
        • UNCLASSIFIED PHOSPHATASES (9 genes)
      • PHOSPHORIC DIESTER HYDROLASES (33 genes)
        • CYCLIC-NUCLEOTIDE PHOSPHODIESTERASES (8 genes)
        • GLYCEROPHOSPHOCHOLINE PHOSPHODIESTERASES (5 genes)
        • PHOSPHOLIPASES C (5 genes)
        • SPHINGOMYELINASES (4 genes)
        • UNCLASSIFIED PHOSPHORIC DIESTER HYDROLASES (12 genes)
      • SULFURIC ESTER HYDROLASES (8 genes)
        • N-ACETYLGALACTOSAMINE-4-SULFATASES (4 genes)
        • N-ACETYLGLUCOSAMINE-6-SULFATASES (3 genes)
        • UNCLASSIFIED SULFURIC ESTER HYDROLASES (1 gene)
      • THIOLESTER HYDROLASES (16 genes)
        • ACYL-COA HYDROLASES (9 genes)
        • PALMITOYL-(PROTEIN) HYDROLASES (5 genes)
        • UNCLASSIFIED THIOLESTER HYDROLASES (2 genes)
      • UNCLASSIFIED ESTER BOND HYDROLASES (17 genes)
    • GLYCOSIDE HYDROLASES (97 genes)
      • N-GLYCOSYL HYDROLASES (16 genes)
        • DNA N-GLYCOSYLASES (5 genes)
        • PROTEIN ADP-RIBOSYL HYDROLASES (6 genes)
        • RIBONUCLEOSIDE HYDROLASES (3 genes)
        • UNCLASSIFIED N-GLYCOSYL HYDROLASES (2 genes)
      • O-GLYCOSYL HYDROLASES (82 genes)
        • ALPHA-GALACTOSIDASES (2 genes)
        • AMYLASES (3 genes)
        • BETA-GALACTOSIDASES (2 genes)
        • BETA-GLUCURONIDASES (2 genes)
        • BETA-N-ACETYLHEXOSAMINIDASES (4 genes)
        • CHITINASES (9 genes)
        • GLUCOSIDASES (16 genes)
          • ALPHA-GLUCOSIDASES (12 genes)
          • BETA-GLUCOSIDASES (2 genes)
          • UNCLASSIFIED GLUCOSIDASES (2 genes)
        • GLUCOSYLCERAMIDASES (3 genes)
        • LYSOZYMES (17 genes)
        • MANNOSIDASES (15 genes)
          • ALPHA-MANNOSIDASES (14 genes)
            • CLASS I ALPHA-MANNOSIDASES (5 genes)
              • ENDOPLASMIC RETICULUM CLASS I ALPHA-MANNOSIDASES (1 gene)
              • ER DEGRADATION-ENHANCING ALPHA-MANNOSIDASES (2 genes)
              • GOLGI CLASS I ALPHA-MANNOSIDASES (2 genes)
            • CLASS II ALPHA-MANNOSIDASES (8 genes)
              • GOLGI CLASS II ALPHA-MANNOSIDASES (2 genes)
              • LYSOSOMAL CLASS II ALPHA-MANNOSIDASES (6 genes)
            • ENDO-ALPHA MANNOSIDASES (1 gene)
          • BETA-MANNOSIDASES (1 gene)
        • UNCLASSIFIED O-GLYCOSYL HYDROLASES (10 genes)
    • HYDROLASES ACTING ON ETHER BONDS (5 genes)
      • ETHER HYDROLASES (5 genes)
        • EPOXIDE HYDROLASES (4 genes)
        • UNCLASSIFIED ETHER HYDROLASES (1 gene)
    • PEPTIDASES (451 genes)
      • ASPARTIC PEPTIDASES (17 genes)
        • A1 ASPARTIC ENDOPEPTIDASES (13 genes)
        • A22 ASPARTIC ENDOPEPTIDASES (3 genes)
        • A28 ASPARTIC ENDOPEPTIDASES (1 gene)
      • CYSTEINE PEPTIDASES (71 genes)
        • ACTIN MATURATION PROTEASES (1 gene)
        • C1 CYSTEINE PEPTIDASES (9 genes)
          • C1B CYSTEINE PEPTIDASES (1 gene)
          • CATHEPSINS (8 genes)
        • C69 CYSTEINE EXOPEPTIDASES (1 gene)
        • CALPAINS (3 genes)
        • CASPASES (7 genes)
        • GAMMA-GLUTAMYL HYDROLASES (2 genes)
        • GPI-ANCHOR TRANSAMIDASES (1 gene)
        • PYROGLUTAMYTL-PEPTIDASES (1 gene)
        • SEPARASES (1 gene)
        • UBIQUITIN-LIKE PROTEIN CYSTEINE PROTEASES (45 genes)
          • ATG8 PROTEASES (2 genes)
          • CYSTEINE-TYPE DENEDDYLASES (1 gene)
          • CYSTEINE-TYPE DEUBIQUITINASES (36 genes)
            • CYSTEINE-TYPE OTU DEUBIQUITINASES (5 genes)
            • JOSEPHIN DEUBIQUITINASES (1 gene)
            • MINDY DEUBIQUITINASES (2 genes)
            • PPPDE DEUBIQUITINASES (2 genes)
            • UCH DEUBIQUITINASES (4 genes)
            • USP DEUBIQUITINASES (20 genes)
            • VIRAL TEGUMENT-LIKE DEUBIQUITINASES (2 genes)
          • DESUMOYLASES (4 genes)
          • DEUFMYLASES (2 genes)
      • L,D-CARBOXYPEPTIDASES (1 gene)
      • METALLOPEPTIDASES (118 genes)
        • ANGIOTENSIN-CONVERTING ENZYME-LIKE PEPTIDYL-DIPEPTIDASES (2 genes)
        • ATP-DEPENDENT METALLOENDOPEPTIDASES (3 genes)
        • LEUCYL AMINOPEPTIDASES (2 genes)
        • M1 METALLOPEPTIDASES (17 genes)
        • M3 METALLOPEPTIDASES (1 gene)
        • M14 METALLOCARBOXYPEPTIDASES (21 genes)
        • M16 METALLOENDOPEPTIDASES (5 genes)
        • M19 METALLODIPEPTIDASES (3 genes)
        • M20 METALLOEXOPEPTIDASES (1 gene)
        • M24 METALLOEXOPEPTIDASES (6 genes)
          • M24B METALLOEXOPEPTIDASES (3 genes)
          • METHIONYL AMINOPEPTIDASES (3 genes)
        • M28 METALLOEXOPEPTIDASES (11 genes)
        • M49 METALLODIPEPTIDYL-PEPTIDASES (1 gene)
        • M76 METALLOENDOPEPTIDASES (1 gene)
        • M79 METALLOENDOPEPTIDASES (1 gene)
        • M100 METALLOENDOPEPTIDASES (1 gene)
        • METZINCINS (24 genes)
          • ADAM METALLOPROTEASES (4 genes)
          • ADAM WITH THROMBOSPONDIN MOTIF (4 genes)
          • ASTACINS (13 genes)
          • M8 METALLOENDOPEPTIDASES (1 gene)
          • MATRIX METALLOPROTEASES (2 genes)
        • NEPRILYSINS (7 genes)
        • SITE 2 PEPTIDASES (1 gene)
        • STE24 METALLOENDOPEPTIDASES (3 genes)
        • UBIQUITIN-LIKE PROTEIN METALLOPEPTIDASES (7 genes)
          • JAMM DEUBIQUITINASES (6 genes)
          • METALLO-TYPE DENEDDYLASES (1 gene)
      • SERINE PEPTIDASES (231 genes)
        • ATP-DEPENDENT SERINE ENDOPEPTIDASES (2 genes)
        • RHOMBOID PROTEASES (6 genes)
        • S1A SERINE PROTEASES (190 genes)
          • S1A SERINE PROTEASES - CHYMOTRYPSIN-LIKE (61 genes)
          • S1A SERINE PROTEASES - ELASTASE-LIKE (15 genes)
          • S1A SERINE PROTEASES - TRYPSIN-LIKE (114 genes)
        • S1C SERINE PEPTIDASES (2 genes)
        • S8 SERINE PEPTIDASES (5 genes)
          • PROPROTEIN CONVERTASES (4 genes)
          • TRIPEPTIDYL PEPTIDASES (1 gene)
        • S9 SERINE PEPTIDASES (7 genes)
          • DIPEPTIDYL PEPTIDASES IV (5 genes)
          • S9A SERINE OLIGOPEPTIDASES (2 genes)
        • S10 SERINE CARBOXYPEPTIDASES (5 genes)
        • S26 SERINE ENDOPEPTIDASES (3 genes)
        • S28 SERINE EXOPEPTIDASES (6 genes)
        • S51 SERINE DIPEPTIDASES (1 gene)
        • S81 SERINE ISOPEPTIDASES (2 genes)
        • SERINE-TYPE OTU DEUBIQUITINASES (2 genes)
      • THREONINE PEPTIDASES (13 genes)
        • BETA-ASPARTYL PEPTIDASES (1 gene)
        • GAMMA-GLUTAMYL TRANSPEPTIDASES (4 genes)
        • PROTEASOME ENDOPEPTIDASES (7 genes)
        • TASPASES (1 gene)
      • UBIQUITIN-LIKE PROTEIN PEPTIDASES (54 genes)
        • ATG8 PROTEASES (2 genes)
        • DENEDDYLASES (2 genes)
          • CYSTEINE-TYPE DENEDDYLASES (1 gene)
          • METALLO-TYPE DENEDDYLASES (1 gene)
        • DESUMOYLASES (4 genes)
        • DEUBIQUITINASES (44 genes)
          • CYSTEINE-TYPE DEUBIQUITINASES (36 genes)
            • CYSTEINE-TYPE OTU DEUBIQUITINASES (5 genes)
            • JOSEPHIN DEUBIQUITINASES (1 gene)
            • MINDY DEUBIQUITINASES (2 genes)
            • PPPDE DEUBIQUITINASES (2 genes)
            • UCH DEUBIQUITINASES (4 genes)
            • USP DEUBIQUITINASES (20 genes)
            • VIRAL TEGUMENT-LIKE DEUBIQUITINASES (2 genes)
          • JAMM DEUBIQUITINASES (6 genes)
          • SERINE-TYPE OTU DEUBIQUITINASES (2 genes)
        • DEUFMYLASES (2 genes)
  • ISOMERASES (249 genes)
    • CIS-TRANS ISOMERASES (35 genes)
      • MALEYLACETOACETATE ISOMERASES (2 genes)
      • PEPTIDYL-PROPYL CIS-TRANS ISOMERASES (33 genes)
        • CYCLOPHILINS (19 genes)
        • FK506-BINDING PROTEINS (8 genes)
        • PARVULINS (3 genes)
        • PROTEIN PHOSPHATASE 2 PHOSPHATASE ACTIVATORS (3 genes)
    • INTRAMOLECULAR LYASES (1 gene)
    • INTRAMOLECULAR OXIDOREDUCTASES (35 genes)
      • INTRAMOLECULAR OXIDOREDUCTASES INTERCONVERTING ALDOSES AND KETOSES (6 genes)
      • INTRAMOLECULAR OXIDOREDUCTASES TRANSPOSING C-C DOUBLE BONDS (11 genes)
      • PROSTAGLANDIN SYNTHASES (6 genes)
      • PROTEIN DISULFIDE ISOMERASES (12 genes)
    • INTRAMOLECULAR TRANSFERASES (16 genes)
      • INTRAMOLECULAR PHOSPHOTRANSFERASES (7 genes)
      • PSEUDOURIDINE SYNTHASES (9 genes)
    • MACROMOLECULAR CONFORMATION ISOMERASES (152 genes)
      • NUCLEIC ACID CONFORMATION ISOMERASES (89 genes)
        • ANNEALING HELICASES (3 genes)
        • DNA TOPOISOMERASES (5 genes)
          • DNA TOPOISOMERASES TYPE I (3 genes)
          • DNA TOPOISOMERASES TYPE II (2 genes)
        • HELICASES (83 genes)
          • DNA HELICASES (29 genes)
            • MCM FAMILY HELICASES (7 genes)
            • RAD3/XPD-LIKE DNA HELICASES (3 genes)
            • RECQ-LIKE DNA HELICASES (3 genes)
            • RUVB-LIKE DNA HELICASES (2 genes)
            • UNCLASSIFIED DNA HELICASES (14 genes)
          • RNA HELICASES (59 genes)
            • DEAD-BOX RNA HELICASES (33 genes)
            • DEAH-BOX RNA HELICASES (13 genes)
            • SKI2-LIKE RNA HELICASES (3 genes)
            • UNCLASSIFIED RNA HELICASES (2 genes)
            • UPF1-LIKE RNA HELICASES (8 genes)
      • POLYPEPTIDE CONFORMATION ISOMERASES (63 genes)
        • MICROTUBULE MOTORS (37 genes)
          • DYNEIN HEAVY CHAINS (13 genes)
            • AXONEMAL DYNEIN HEAVY CHAINS (11 genes)
              • AXONEMAL INNER ARM DYNEIN HEAVY CHAINS (6 genes)
              • AXONEMAL OUTER ARM DYNEIN HEAVY CHAINS (5 genes)
            • CYTOPLASMIC DYNEIN HEAVY CHAINS (2 genes)
          • KINESINS (24 genes)
        • MICROTUBULE SEVERING ATPASES (5 genes)
        • MYOSIN MOTORS (12 genes)
        • PROTEASOME REGULATORY PARTICLE ATPASES (9 genes)
    • RACEMASES AND EPIMERASES (10 genes)
      • RACEMASES AND EPIMERASES ACTING ON CARBOHYDRATES AND DERIVATIVES (7 genes)
      • UNCLASSIFIED RACEMASES AND EPIMERASES (3 genes)
  • LIGASES (128 genes)
    • CARBON-CARBON LIGASES (4 genes)
      • COA CARBOXYLASES (3 genes)
      • PYRUVATE CARBOXYLASES (1 gene)
    • CARBON-NITROGEN LIGASES (39 genes)
      • ACID-AMINO ACID LIGASES (18 genes)
      • ACID-AMMONIA LIGASES (3 genes)
      • CARBON-NITROGEN LIGASES, WITH GLUTAMINE AS AMIDO-N-DONOR (8 genes)
      • CYCLO-LIGASES (2 genes)
      • UNCLASSIFIED CARBON-NITROGEN LIGASES (8 genes)
    • CARBON-OXYGEN LIGASES (38 genes)
      • AMINOACYL-TRNA SYNTHETASE-LIKE (2 genes)
      • AMINOACYL-TRNA SYNTHETASES (36 genes)
        • CYTOPLASMIC AMINOACYL-TRNA SYNTHETASES (16 genes)
        • DUAL-LOCALIZED AMINOACYL-TRNA SYNTHETASES (4 genes)
        • MITOCHONDRIAL AMINOACYL-TRNA SYNTHETASES (16 genes)
    • CARBON-SULFUR LIGASES (40 genes)
      • ACETATE-COA LIGASES (2 genes)
      • E1 UBIQUITIN-LIKE ACTIVATING ENZYMES (9 genes)
        • ATG8/12 ACTIVATING ENZYMES (1 gene)
        • NEDD8 ACTIVATING ENZYMES (2 genes)
        • SUMO ACTIVATING ENZYMES (2 genes)
        • UBIQUITIN ACTIVATING ENZYMES (2 genes)
        • UFM1 ACTIVATING ENZYMES (1 gene)
        • URM1 ACTIVATING ENZYMES (1 gene)
      • FATTY ACYL-COA SYNTHETASES (24 genes)
      • SUCCINYL-COA SYNTHETASES (4 genes)
      • UNCLASSIFIED CARBON-SULFUR LIGASES (1 gene)
    • MITOCHONDRIAL COMPLEX V - ATP SYNTHASES (3 genes)
    • PHOSPHORIC ESTER LIGASES (5 genes)
      • DNA LIGASES (3 genes)
      • RNA-3'-PHOSPHATE CYCLASES (1 gene)
      • RNA LIGASES (1 gene)
  • LYASES (133 genes)
    • CARBON-CARBON LYASES (35 genes)
      • ALDEHYDE-LYASES (6 genes)
      • CARBOXY-LYASES (23 genes)
      • DNA PHOTOLYASES (2 genes)
      • UNCLASSIFIED CARBON-CARBON LYASES (4 genes)
    • CARBON-HALIDE LYASES (1 gene)
    • CARBON-NITROGEN LYASES (11 genes)
      • AMIDINE-LYASES (10 genes)
      • AMMONIA-LYASES (1 gene)
    • CARBON-OXYGEN LYASES (51 genes)
      • 5'-DEOXYRIBOSE-5-PHOSPHATE LYASES (2 genes)
      • CARBON-OXYGEN LYASES, ACTING ON PHOSPHATES (2 genes)
      • DNA-(APURINIC OR APYRIMIDINIC SITE) LYASES (4 genes)
      • HYDRO-LYASES (43 genes)
        • ACONITASES (4 genes)
        • CARBONIC ANHYDRASES (16 genes)
        • ENOYL-COA HYDRATASES (7 genes)
        • FUMARATE HYDRATASES (4 genes)
        • UNCLASSIFIED HYDRO-LYASES (12 genes)
    • CARBON-SULFUR LYASES (4 genes)
    • PHOSPHORUS-OXYGEN LYASES (30 genes)
      • ADENYLATE CYCLASES (13 genes)
      • GUANYLATE CYCLASES (13 genes)
        • RECEPTOR GUANYLATE CYCLASES (8 genes)
        • SOLUBLE GUANYLATE CYCLASES (2 genes)
        • SOLUBLE GUANYLATE CYCLASES ATYPICAL (3 genes)
      • TRNA-INTRON LYASES (2 genes)
      • UNCLASSIFIED PHOSPHORUS-OXYGEN LYASES (2 genes)
    • UNCLASSIFIED LYASES (2 genes)
  • OXIDOREDUCTASES (556 genes)
    • ALDEHYDE OR OXO GROUP OXIDOREDUCTASES (45 genes)
      • ALDEHYDE OR OXO OXIDOREDUCTASES, DISULFIDE AS ACCEPTOR (8 genes)
        • BRANCHED-CHAIN KETO ACID DEHYDROGENASES (2 genes)
        • OXOADIPATE DEHYDROGENASES (1 gene)
        • OXOGLUTARATE DEHYDROGENASES (2 genes)
        • PYRUVATE DEHYDROGENASES (ACETYL-TRANSFERRING) (3 genes)
      • ALDEHYDE OR OXO OXIDOREDUCTASES, NAD OR NADP AS ACCEPTOR (33 genes)
        • ALDEHYDE DEHYDROGENASES (NAD-DEPENDENT) (6 genes)
        • FATTY ACYL-COA REDUCTASES (17 genes)
        • GLYCERALDEHYDE 3 PHOSPHATE DEHYDROGENASES (3 genes)
        • PYRROLINE-5-CARBOXYLATE DEHYDROGENASES (2 genes)
        • UNCLASSIFIED ALDEHYDE OR OXO OXIDOREDUCTASES, NAD OR NADP AS ACCEPTOR (5 genes)
      • ALDEHYDE OR OXO OXIDOREDUCTASES, WITH OXYGEN AS ACCEPTOR (4 genes)
    • CH-CH GROUP OXIDOREDUCTASES (34 genes)
      • ACYL-COA DEHYDROGENASES (8 genes)
      • CH-CH OXIDOREDUCTASES, NAD OR NADP AS ACCEPTOR (10 genes)
        • TRNA DIHYDROURIDINE SYNTHASES (4 genes)
        • UNCLASSIFIED CH-CH OXIDOREDUCTASES, NAD OR NADP AS ACCEPTOR (6 genes)
      • CH-CH OXIDOREDUCTASES, OXYGEN AS ACCEPTOR (8 genes)
        • ACYL-COA OXIDASES (6 genes)
        • UNCLASSIFIED CH-CH OXIDOREDUCTASES, OXYGEN AS ACCEPTOR (2 genes)
      • CH-CH OXIDOREDUCTASES, QUINONE AS ACCEPTOR (8 genes)
        • DIHYDROOROTATE DEHYDROGENASES (1 gene)
        • MITOCHONDRIAL COMPLEX II (SUCCINATE DEHYDROGENASE) SUBUNITS (7 genes)
    • CH-NH2 GROUP OXIDOREDUCTASES (12 genes)
      • CH-NH2 OXIDOREDUCTASES, DISULFIDE AS ACCEPTOR (1 gene)
      • CH-NH2 OXIDOREDUCTASES, NAD OR NADP AS ACCEPTOR (3 genes)
      • CH-NH2 OXIDOREDUCTASES, OXYGEN AS ACCEPTOR (8 genes)
    • CH-NH GROUP OXIDOREDUCTASES (21 genes)
      • CH-NH OXIDOREDUCTASES, NAD OR NADP AS ACCEPTOR (11 genes)
      • CH-NH OXIDOREDUCTASES, OXYGEN AS ACCEPTOR (6 genes)
      • UNCLASSIFIED CH-NH OXIDOREDUCTASES (4 genes)
    • CH-OH GROUP OXIDOREDUCTASES (127 genes)
      • CH-OH OXIDOREDUCTASES, NAD OR NADP AS ACCEPTOR (106 genes)
        • ALCOHOL DEHYDROGENASES (NAD-DEPENDENT) (11 genes)
          • ALL-TRANS-RETINOL DEHYDROGENASES (NAD-DEPENDENT) (3 genes)
          • L-IDITOL 2-DEHYDROGENASES (2 genes)
          • UNCLASSIFIED ALCOHOL DEHYDROGENASES (NAD-DEPENDENT) (6 genes)
        • ALCOHOL DEHYDROGENASES (NADP-DEPENDENT) (23 genes)
          • ALDOSE REDUCTASES (8 genes)
          • ALL-TRANS-RETINOL DEHYDROGENASES (NADP-DEPENDENT) (8 genes)
          • CARBONYL REDUCTASES (4 genes)
          • UNCLASSIFIED ALCOHOL DEHYDROGENASES (NADP-DEPENDENT) (3 genes)
        • BETA HYDROXY ACID DEHYDROGENASES (2 genes)
        • CH-OH STEROID DEHYDROGENASES (11 genes)
        • FUCOSE DEHYDROGENASES (5 genes)
        • GLYCEROL-3-PHOSPHATE DEHYDROGENASES (NAD+) (3 genes)
        • GLYOXYLATE AND HYDROXYPYRUVATE REDUCTASES (4 genes)
        • ISOCITRATE DEHYDROGENASES (4 genes)
        • MALATE DEHYDROGENASES (9 genes)
          • L-MALATE DEHYDROGENASES (4 genes)
          • MALIC ENZYMES (5 genes)
        • UNCLASSIFIED CH-OH OXIDOREDUCTASES, NAD OR NADP AS ACCEPTOR (30 genes)
        • VERY-LONG-CHAIN 3-OXOACYL-COA REDUCTASES (5 genes)
      • GLUCOSE-METHANOL-CHOLINE OXIDOREDUCTASES (15 genes)
      • GLYCEROL-3-PHOSPHATE DEHYDROGENASES (QUINONE) (3 genes)
      • UNCLASSIFIED CH-OH OXIDOREDUCTASES (3 genes)
    • CH OR CH2 GROUP OXIDOREDUCTASES (5 genes)
    • DESATURASES (12 genes)
    • DIOXYGENASES (62 genes)
      • 2-OXOGLUTARATE-DEPENDENT DIOXYGENASES (54 genes)
        • GAMMA-BUTYROBETAINE HYDROXYLASES (3 genes)
        • JMJC FAMILY HISTONE DEMETHYLASES (10 genes)
        • PEPTIDYL-PROLINE DIOXYGENASES (27 genes)
        • UNCLASSIFIED 2-OXOGLUTARATE-DEPENDENT DIOXYGENASES (14 genes)
      • UNCLASSIFIED DIOXYGENASES (8 genes)
    • DIPHENOL OXIDOREDUCTASES (5 genes)
      • DIPHENOL OXIDOREDUCTASES, OXYGEN AS ACCEPTOR (5 genes)
        • ASCORBATE OXIDASES (1 gene)
        • PHENOLOXIDASES (4 genes)
    • HISTONE DEMETHYLASES (11 genes)
      • JMJC FAMILY HISTONE DEMETHYLASES (10 genes)
      • LSD1 FAMILY HISTONE DEMETHYLASES (1 gene)
    • IRON-SULFUR PROTEIN OXIDOREDUCTASES (2 genes)
    • METAL ION OXIDOREDUCTASES (15 genes)
      • CYTOCHROMES B561 (8 genes)
      • FERROXIDASES (6 genes)
      • METAL ION OXIDOREDUCTASES, NAD OR NADP AS ACCEPTOR (1 gene)
    • MONOOXYGENASES (111 genes)
      • CYTOCHROME P450 (87 genes)
        • CYTOCHROME P450 - CYP2 CLAN (7 genes)
        • CYTOCHROME P450 - CYP3 CLAN (36 genes)
        • CYTOCHROME P450 - CYP4 CLAN (32 genes)
        • CYTOCHROME P450 - MITO CLAN (12 genes)
      • MONOOXYGENASES, NAD(P)H AS ONE DONOR (5 genes)
      • MONOOXYGENASES, REDUCED ASCORBATE AS ONE DONOR (4 genes)
      • MONOOXYGENASES, REDUCED PTERIDINE AS ONE DONOR (3 genes)
      • PHENOLOXIDASES (4 genes)
      • UNCLASSIFIED MONOOXYGENASES (8 genes)
    • NAD(P)H OXIDOREDUCTASES (11 genes)
      • NAD(P)H OXIDOREDUCTASES, HEME PROTEIN AS ACCEPTOR (4 genes)
      • NAD(P)H OXIDOREDUCTASES, OXYGEN AS ACCEPTOR (4 genes)
      • UNCLASSIFIED NAD(P)H OXIDOREDUCTASES (3 genes)
    • OTHER NITROGENOUS GROUP OXIDOREDUCTASES (3 genes)
    • PEROXIDE OXIDOREDUCTASES (42 genes)
      • PEROXIDASES (42 genes)
        • CATALASES (2 genes)
        • GLUTATHIONE PEROXIDASES (15 genes)
        • HEME PEROXIDASES (10 genes)
        • PEROXIREDOXINS (13 genes)
        • UNCLASSIFIED PEROXIDASES (2 genes)
    • SULFUR GROUP OXIDOREDUCTASES (47 genes)
      • SULFUR OXIDOREDUCTASES, DISULFIDE AS ACCEPTOR (11 genes)
        • GAMMA-INTERFERON-INDUCIBLE LYSOSOMAL THIOL REDUCTASES (5 genes)
        • GLUTAREDOXINS (4 genes)
        • UNCLASSIFIED SULFUR OXIDOREDUCTASES, DISULFIDE AS ACCEPTOR (2 genes)
      • SULFUR OXIDOREDUCTASES, NAD(P) AS ACCEPTOR (7 genes)
        • THIOREDOXIN REDUCTASES (4 genes)
        • UNCLASSIFIED SULFUR OXIDOREDUCTASES, NAD(P) AS ACCEPTOR (3 genes)
      • SULFUR OXIDOREDUCTASES, OXYGEN AS ACCEPTOR (9 genes)
      • SULFUR OXIDOREDUCTASES, QUINONE AS ACCEPTOR (5 genes)
        • DEHYDROASCORBATE REDUCTASES (4 genes)
        • SULFIDE-QUINONE OXIOREDUCTASES (1 gene)
      • THIOREDOXINS (9 genes)
      • UNCLASSIFIED SULFUR GROUP OXIDOREDUCTASES (6 genes)
    • SUPEROXIDE DISMUTASES (4 genes)
    • UNCLASSIFIED OXIDOREDUCTASES (8 genes)
  • TRANSFERASES (1250 genes)
    • ACYLTRANSFERASES (385 genes)
      • ACYL TO ALKYL ACYLTRANSFERASES (4 genes)
      • AMINOACYLTRANSFERASES (206 genes)
        • GLUTAMINYL CYCLASES (4 genes)
        • UBIQUITIN-LIKE PROTEIN TRANSFERASES (200 genes)
          • ATG8 TRANSFERASES (3 genes)
          • ATG12 TRANSFERASES (1 gene)
          • NEDD8 TRANSFERASES (5 genes)
          • SUMO TRANSFERASES (14 genes)
          • UBIQUITIN TRANSFERASES (180 genes)
            • E2 UBIQUITIN CONJUGATING ENZYMES (27 genes)
            • E3 UBIQUITIN LIGASES (153 genes)
              • HECT UBIQUITIN LIGASES (14 genes)
              • KCMF1 UBIQUITIN LIGASES (6 genes)
              • RING-BETWEEN-RING UBIQUITIN LIGASES (6 genes)
              • RING DOMAIN E3 UBIQUITIN LIGASES (119 genes)
                • GOLIATH UBIQUITIN LIGASES (2 genes)
                • INHIBITOR OF APOPTOSIS UBIQUITIN LIGASES (2 genes)
                • ROC UBIQUITIN LIGASES (3 genes)
                • TRIM UBIQUITIN LIGASES (5 genes)
                • U-BOX UBIQUITIN LIGASES (7 genes)
                • UNCLASSIFIED RING DOMAIN UBIQUITIN LIGASES (100 genes)
              • UNCLASSIFIED E3 UBIQUITIN LIGASES (8 genes)
          • UFM1 TRANSFERASES (2 genes)
        • UNCLASSIFIED AMINOACYLTRANSFERASES (2 genes)
      • NON-AMINOACYL ACYLTRANSFERASES (175 genes)
        • ACETYLTRANSFERASES (55 genes)
          • C-ACETYLTRANSFERASES (5 genes)
          • N-ACETYLTRANSFERASES (43 genes)
            • ARYLALKYLAMINE N-ACETYLTRANSFERASES (8 genes)
            • N-TERMINAL ACETYLTRANSFERASE CATALYTIC SUBUNITS (11 genes)
            • PROTEIN-LYSINE ACETYLTRANSFERASES (17 genes)
              • HISTONE ACETYLTRANSFERASES (12 genes)
              • TUBULIN N-ACETYLTRANSFERASES (2 genes)
              • UNCLASSIFIED PROTEIN-LYSINE ACETYLTRANSFERASES (3 genes)
            • UNCLASSIFIED N-ACETYLTRANSFERASES (9 genes)
          • O-ACETYLTRANSFERASES (6 genes)
          • S-ACETYLTRANSFERASES (1 gene)
        • DIACYLGLYCEROL O-ACYLTRANSFERASES (4 genes)
        • FATTY ACID ELONGASES (20 genes)
        • FATTY ACID SYNTHASES (3 genes)
        • GLYCEROL-3-PHOSPHATE O-ACYLTRANSFERASES (3 genes)
        • GLYCINE N-ACYLTRANSFERASES (7 genes)
        • LYSOPHOSPHOLIPID ACYLTRANSFERASES (9 genes)
          • 1-ACYLGLYCEROL-3-PHOSPHATE O-ACYLTRANSFERASES (4 genes)
          • UNCLASSIFIED LYSOPHOSPHOLIPID ACYLTRANSFERASES (5 genes)
        • PALMITOYLTRANSFERASES (27 genes)
        • SIRTUIN LYSINE DEACETYLASES (5 genes)
        • SUCCINYLTRANSFERASES (2 genes)
        • UNCLASSIFIED NON-AMINOACYL ACYLTRANSFERASES (40 genes)
      • UNCLASSIFIED ACYLTRANSFERASES (1 gene)
    • ALDEHYDE OR KETONIC GROUP TRANSFERASES (2 genes)
    • ALKYL OR ARYL (NON-METHYL) TRANSFERASES (66 genes)
      • GLUTATHIONE S-TRANSFERASES (38 genes)
        • MICROSOMAL GLUTATHIONE S-TRANSFERASES (3 genes)
        • SOLUBLE GLUTATHIONE S-TRANSFERASES (35 genes)
      • PRENYLTRANSFERASES (15 genes)
        • AROMATIC PRENYLTRANSFERASES (3 genes)
        • ISOPRENYL PYROPHOSPHATE SYNTHASES (6 genes)
        • PROTEIN PRENYLTRANSFERASES (6 genes)
      • UNCLASSIFIED ALKYL OR ARYL (OTHER THAN METHYL) TRANSFERASES (13 genes)
    • GLYCOSYLTRANSFERASES (170 genes)
      • GT1 FAMILY OF UDP-GLYCOSYLTRANSFERASES (35 genes)
      • HEXOSYLTRANSFERASES (114 genes)
        • FUCOSYLTRANSFERASES (4 genes)
        • GALACTOSYLTRANSFERASES (27 genes)
          • BETA-N-ACETYLGLUCOSAMINE BETA-1,3-GALACTOSYLTRANSFERASES (7 genes)
          • CORE 1 BETA 1,3-GALACTOSYLTRANSFERASES (11 genes)
          • GT92 FAMILY GALACTOSYLTRANSFERASES (5 genes)
          • PROCOLLAGEN GALACTOSYLTRANSFERASES (2 genes)
          • UNCLASSIFIED GALACTOSYLTRANSFERASES (2 genes)
        • GLUCOSYLTRANSFERASES (15 genes)
          • DOLICHYL PYROPHOSPHATE GLUCOSYLTRANSFERASES (3 genes)
          • UNCLASSIFIED GLUCOSYLTRANSFERASES (12 genes)
        • GLUCURONOSYLTRANSFERASES (11 genes)
        • MANNOSYLTRANSFERASES (20 genes)
          • DOLICHYL PYROPHOSPHATE MANNOSYLTRANSFERASES (6 genes)
          • GPI MANNOSYLTRANSFERASES (4 genes)
          • PROTEIN O-MANNOSYLTRANSFERASES (6 genes)
          • UNCLASSIFIED MANNOSYLTRANSFERASES (4 genes)
        • N-ACETYLGALACTOSAMINYLTRANSFERASES (19 genes)
          • ALPHA-1,4-N-ACETYLGALACTOSAMINYLTRANSFERASES (2 genes)
          • BETA-1,4-N-ACETYLGALACTOSAMINYLTRANSFERASES (2 genes)
          • CHONDROITIN SYNTHASES (3 genes)
          • POLYPEPTIDE N-ACETYLGALACTOSAMINYLTRANSFERASES (12 genes)
        • N-ACETYLGLUCOSAMINYLTRANSFERASES (16 genes)
          • BETA 1,3-N-ACETYLGLUCOSAMINYLTRANSFERASE (2 genes)
          • CHITIN SYNTHASES (2 genes)
          • MANNOSYL-GLYCOPROTEIN N-ACETYLGLUCOSAMINYLTRANSFERASES (5 genes)
          • PROTEIN O-GLCNAC TRANSFERASES (2 genes)
          • PROTEOGLYCAN N-ACETYLGLUCOSAMINYLTRANSFERASES (3 genes)
          • UNCLASSIFIED N-ACETYLGLUCOSAMINYLTRANSFERASES (2 genes)
        • OLIGOSACCHARYLTRANSFERASES (2 genes)
        • UNCLASSIFIED HEXOSYLTRANSFERASES (5 genes)
      • PENTOSYLTRANSFERASES (22 genes)
        • ADP-RIBOSYLTRANSFERASES (4 genes)
        • AMIDOPHOSPHORIBOSYLTRANSFERASES (2 genes)
        • PURINE NUCLEOSIDE PHOSPHORYLASES (4 genes)
        • UNCLASSIFIED PENTOSYLTRANSFERASES (4 genes)
        • URIDINE PHOSPHORYLASES (3 genes)
        • XYLOSYLTRANSFERASES (5 genes)
      • SIALYLTRANSFERASES (1 gene)
    • MICROTUBULE PLUS END POLYMERASES (1 gene)
    • MOLYBDOPTERIN MOLYBDENUMTRANSFERASES (1 gene)
    • NITROGENOUS GROUP TRANSFERASES (19 genes)
      • GPI-ANCHOR TRANSAMIDASES (1 gene)
      • PEPTIDYL-CYSTEINE S-NITROSYLASES (3 genes)
      • TRANSAMINASES (15 genes)
    • ONE-CARBON GROUP TRANSFERASES (132 genes)
      • ASPARTATE CARBAMOYLTRANSFERASES (1 gene)
      • HYDROXYMETHYL-, FORMYL- AND RELATED TRANSFERASES (5 genes)
      • METHYLTRANSFERASES (126 genes)
        • PROTEIN METHYLTRANSFERASES (64 genes)
          • PROTEIN-GLUTAMINE N-METHYLTRANSFERASES (4 genes)
          • PROTEIN-LYSINE N-METHYLTRANSFERASES (41 genes)
            • SET AND MYND DOMAIN FAMILY (15 genes)
            • SET DOMAIN LYSINE METHYLTRANSFERASES (15 genes)
            • UNCLASSIFIED PROTEIN-LYSINE N-METHYLTRANSFERASES (11 genes)
          • PROTEIN ARGININE N-METHYLTRANSFERASES (12 genes)
          • PROTEIN CARBOXYL O-METHYLTRANSFERASES (3 genes)
          • UNCLASSIFIED PROTEIN METHYLTRANSFERASES (5 genes)
        • RNA METHYLTRANSFERASES (51 genes)
          • MRNA METHYLTRANSFERASES (3 genes)
          • RRNA METHYLTRANSFERASES (18 genes)
          • TRNA METHYLTRANSFERASES (22 genes)
          • UNCLASSIFIED RNA METHYLTRANSFERASES (8 genes)
        • UNCLASSIFIED METHYLTRANSFERASES (13 genes)
    • PHOSPHORUS-CONTAINING GROUP TRANSFERASES (447 genes)
      • DIPHOSPHOSPHOTRANSFERASES (2 genes)
      • KINASES (361 genes)
        • ARGININE KINASES (4 genes)
        • CARBOHYDRATE KINASES (14 genes)
        • ECDYSTEROID KINASE-LIKE (51 genes)
        • GLYCEROL KINASE (2 genes)
        • INOSITOL PHOSPHATE KINASES (6 genes)
        • LIPID KINASES (19 genes)
          • CERAMIDE KINASES (2 genes)
          • DIACYLGLYCEROL KINASES (6 genes)
          • PHOSPHATIDYLINOSITOL KINASES (10 genes)
            • PHOSPHATIDYLINOSITOL 3 KINASES (3 genes)
            • PHOSPHATIDYLINOSITOL 4 KINASES (4 genes)
            • PHOSPHATIDYLINOSITOL 5 KINASES (3 genes)
          • SPHINGOSINE KINASES (2 genes)
        • NAD+ KINASES (3 genes)
        • NUCLEOBASE-CONTAINING COMPOUND KINASES (23 genes)
          • DEOXYNUCLEOSIDE MONOPHOSPHATE KINASES (2 genes)
          • NUCLEOSIDE DIPHOSPHATE KINASES (3 genes)
          • NUCLEOSIDE KINASES (6 genes)
          • NUCLEOSIDE MONOPHOSPHATE KINASES (10 genes)
          • POLYNUCLEOTIDE 5'-HYDROXYL-KINASES (3 genes)
        • PROTEIN KINASES (218 genes)
          • AGC-KINASES (29 genes)
            • PROTEIN KINASE A FAMILY (4 genes)
            • PROTEIN KINASE C FAMILY (5 genes)
              • ATYPICAL PROTEIN KINASE C SUBFAMILY (1 gene)
              • CLASSICAL PROTEIN KINASE C SUBFAMILY (2 genes)
              • NOVEL PROTEIN KINASE C SUBFAMILY (2 genes)
            • PROTEIN KINASE G FAMILY (3 genes)
            • UNCLASSIFIED AGC KINASES (17 genes)
          • ATYPICAL PROTEIN KINASES (18 genes)
          • CALCIUM/CALMODULIN-DEPENDENT PROTEIN KINASES (29 genes)
          • CK1 KINASES (10 genes)
          • CMGC KINASES (34 genes)
            • CYCLIN DEPENDENT KINASES (13 genes)
            • DUAL SPECIFICITY TYROSINE-PHOSPHORYLATION REGULATED KINASES (5 genes)
            • GLYCOGEN SYNTHASE 3-LIKE KINASES (3 genes)
            • MITOGEN ACTIVATED PROTEIN KINASES (7 genes)
              • ATYPICAL MITOGEN ACTIVATED PROTEIN KINASES (2 genes)
              • CONVENTIONAL MITOGEN ACTIVATED PROTEIN KINASES (5 genes)
            • SERINE-ARGININE PROTEIN KINASES (3 genes)
            • UNCLASSIFIED CMGC KINASES (3 genes)
          • STE KINASES (17 genes)
            • STE7 MAP KINASE KINASES (4 genes)
            • STE11 MAP KINASE KINASE KINASES (2 genes)
            • STE20 KINASES (11 genes)
              • GERMINAL CENTER KINASES (8 genes)
              • P21-ACTIVATED KINASES (3 genes)
          • TYROSINE KINASE-LIKE KINASES (16 genes)
            • NON-RECEPTOR TKL KINASES (11 genes)
            • TGF-BETA RECEPTOR FAMILY (5 genes)
              • TGF-BETA TYPE I RECEPTORS (3 genes)
              • TGF-BETA TYPE II RECEPTORS (2 genes)
          • TYROSINE KINASES (29 genes)
            • NON-RECEPTOR TYROSINE KINASES (12 genes)
            • RECEPTOR TYROSINE KINASES (17 genes)
          • UNCLASSIFIED CONVENTIONAL PROTEIN KINASE DOMAIN KINASES (36 genes)
        • UNCLASSIFIED KINASES (21 genes)
      • NUCLEOTIDYLTRANSFERASES (64 genes)
        • ADENYLYLTRANSFERASES (15 genes)
          • POLY(A) POLYMERASES (7 genes)
          • UNCLASSIFIED ADENYLYLTRANSFERASES (8 genes)
        • CGAS-LIKE RECEPTORS (2 genes)
        • CYTIDYLYLTRANSFERASES (7 genes)
        • DNA POLYMERASE CATALYTIC SUBUNITS (9 genes)
        • GUANYLYLTRANSFERASES (4 genes)
        • RNA POLYMERASE CATALYTIC SUBUNITS (20 genes)
        • UNCLASSIFIED NUCLEOTIDYLTRANSFERASES (3 genes)
        • URIDYLYLTRANSFERASES (5 genes)
      • UNCLASSIFIED PHOSPHORUS-CONTAINING GROUP TRANSFERASES (22 genes)
    • SELENIUM-CONTAINING GROUP TRANSFERASES (1 gene)
    • SULFUR-CONTAINING GROUP TRANSFERASES (31 genes)
      • ALKYLTHIOLTRANSFERASES (2 genes)
      • COA-TRANSFERASES (3 genes)
      • SULFOTRANSFERASES (16 genes)
        • HEPARAN SULFATE SULFOTRANSFERASES (5 genes)
        • N-ACETYLGLUCOSAMINE-6-O-SULFOTRANSFERASES (2 genes)
        • UNCLASSIFIED SULFOTRANSFERASES (9 genes)
      • SULFURTRANSFERASES (10 genes)
  • TRANSLOCASES (107 genes)
    • ATPASE-COUPLED TRANSLOCASES (73 genes)
      • ATP-BINDING CASSETTE TRANSPORTERS (52 genes)
        • ABCA ATP-BINDING CASSETTE TRANSPORTER SUBFAMILY (10 genes)
        • ABCB ATP-BINDING CASSETTE TRANSPORTER SUBFAMILY (8 genes)
          • ABCB ATP-BINDING CASSETTE TRANSPORTER ATM SUBFAMILY - HALF TRANSPORTERS (3 genes)
          • ABCB ATP-BINDING CASSETTE TRANSPORTER HMT-1 SUBFAMILY - HALF TRANSPORTERS (1 gene)
          • ABCB ATP-BINDING CASSETTE TRANSPORTER SUBFAMILY - FULL TRANSPORTERS (4 genes)
        • ABCC ATP-BINDING CASSETTE TRANSPORTER SUBFAMILY (14 genes)
        • ABCD ATP-BINDING CASSETTE TRANSPORTER SUBFAMILY (2 genes)
        • ABCG ATP-BINDING CASSETTE TRANSPORTER SUBFAMILY (15 genes)
        • ABCH ATP-BINDING CASSETTE TRANSPORTER SUBFAMILY (3 genes)
      • P-TYPE ATPASES (15 genes)
        • COPPER TRANSPORTING P-ATPASES (1 gene)
        • MAGNESIUM TRANSPORTING P-ATPASES (1 gene)
        • NA+/K+ TRANSPORTING P-ATPASE - ALPHA SUBUNITS (2 genes)
        • PHOSPHOLIPID TRANSPORTING ATPASES (6 genes)
        • PLASMA MEMBRANE CALCIUM TRANSPORTING P-ATPASES (1 gene)
        • SARCO(ENDO)PLASMIC RETICULUM CALCIUM TRANSPORTING P-ATPASES (2 genes)
        • TYPE V P-ATPASES (2 genes)
      • PROTEIN-TRANSPORTING ATPASES (3 genes)
      • VACUOLAR ATPASE V1 DOMAIN CATALYTIC SUBUNITS (3 genes)
    • OXIDOREDUCTASE-COUPLED TRANSLOCASES (34 genes)
      • CYTOCHROMES B561 (8 genes)
      • MITOCHONDRIAL COMPLEX I - CORE SUBUNITS (19 genes)
      • MITOCHONDRIAL COMPLEX III - CORE SUBUNITS (4 genes)
      • MITOCHONDRIAL COMPLEX IV - CORE SUBUNITS (3 genes)
• EPS8 GENE FAMILY (2 genes)
• ERF1-ERF3 TRANSLATION TERMINATION COMPLEX (2 genes)
• EXT1-EXT2 COMPLEX (2 genes)
• F-ACTIN CAPPING PROTEIN COMPLEX (2 genes)
• F BOX PROTEINS (43 genes)
  • F BOX AND LEUCINE-RICH REPEAT PROTEINS (12 genes)
  • F BOX AND WD DOMAIN PROTEINS (3 genes)
  • F BOX ONLY PROTEINS (28 genes)
• FERRITINS (3 genes)
• FLOTILLINS (2 genes)
• FUSED-SMURF UBIQUITIN LIGASE COMPLEX (2 genes)
• GAMMA-TUBULIN COMPLEXES (11 genes)
  • GAMMA-TUBULIN RING COMPLEX (8 genes)
  • GAMMA-TUBULIN SMALL COMPLEX (4 genes)
  • TESTIS-SPECIFIC GAMMA-TUBULIN RING COMPLEX (4 genes)
• GAMMA SECRETASE COMPLEX (4 genes)
• GEMINS (6 genes)
• GENERAL TRANSCRIPTION FACTORS (36 genes)
  • TRANSCRIPTION FACTOR II A (3 genes)
    • GENERAL TRANSCRIPTION FACTOR II A COMPLEX - GERMLINE SPECIFIC VARIANT (2 genes)
    • GENERAL TRANSCRIPTION FACTOR II A COMPLEX - TFIIA-S VARIANT (2 genes)
  • TRANSCRIPTION FACTOR II B (1 gene)
  • TRANSCRIPTION FACTOR II D (17 genes)
  • TRANSCRIPTION FACTOR II E (2 genes)
  • TRANSCRIPTION FACTOR II F (3 genes)
  • TRANSCRIPTION FACTOR II H HOLOENZYME (10 genes)
    • CDK-ACTIVATING KINASE COMPLEX (3 genes)
    • TRANSCRIPTION FACTOR II H - CORE COMPLEX (7 genes)
• GINS COMPLEX (4 genes)
• GLUCOSIDASE II COMPLEX (2 genes)
• GLUE PROTEINS (8 genes)
• GLUTAMATE-CYSTEINE LIGASE COMPLEX (2 genes)
• GLUTAMYL-TRNA(GLN) AMIDOTRANSFERASE COMPLEX (3 genes)
• GLYCEROL KINASE-LIKE (5 genes)
  • GLYCEROL KINASE (2 genes)
  • PSEUDO-GLYCEROL KINASE (3 genes)
• GLYCINE CLEAVAGE COMPLEX (4 genes)
• GLYCOSIDE HYDROLASE FAMILY 18 (17 genes)
  • CHITINASES (9 genes)
  • IMAGINAL DISC GROWTH FACTORS (6 genes)
  • PSEUDO-CHITINASES (1 gene)
  • STABILIN-1 INTERACTING CHITOLECTINS (1 gene)
• GLYPICANS (3 genes)
• GTPBP3-MTO1 COMPLEX (2 genes)
• HEDGEHOG SIGNALING COMPLEX (3 genes)
• HETEROCHROMATIN PROTEIN 1 FAMILY (5 genes)
• HETEROTRIMERIC G-PROTEIN SUBUNITS (14 genes)
  • HETEROTRIMERIC G-PROTEIN ALPHA SUBUNITS (8 genes)
  • HETEROTRIMERIC G-PROTEIN BETA SUBUNITS (3 genes)
  • HETEROTRIMERIC G-PROTEIN GAMMA SUBUNITS (3 genes)
• HIPHOP-HOAP TELOMERE-CAPPING COMPLEX (2 genes)
• HISTONE MRNA 3' END PROCESSING FACTORS (20 genes)
  • HISTONE MRNA 3' END PROCESSING FACTORS - ACCESSORY (2 genes)
  • HISTONE PRE-MRNA CLEAVAGE COMPLEX (10 genes)
  • U7 SMALL NUCLEAR RIBONUCLEOPROTEIN PARTICLE (8 genes)
• HOST DEFENSE PEPTIDES (52 genes)
  • ANTIMICROBIAL PEPTIDES (23 genes)
    • ATTACINS (5 genes)
    • CECROPINS (4 genes)
    • DEFENSINS (1 gene)
    • DIPTERICINS (2 genes)
    • DROSOCINS (1 gene)
    • DROSOMYCINS (7 genes)
    • METCHNIKOWINS (3 genes)
  • BOMANINS (12 genes)
  • DAISHO PEPTIDES (2 genes)
  • TURANDOTS (8 genes)
  • UNCLASSIFIED HOST DEFENSE PEPTIDES (7 genes)
• HOX GENE COMPLEX (8 genes)
  • ANTENNAPEDIA COMPLEX (5 genes)
  • BITHORAX COMPLEX (3 genes)
• HYPOXIA-INDUCIBLE FACTOR (2 genes)
• IMPORTINS (16 genes)
  • ALPHA IMPORTINS (4 genes)
  • BETA IMPORTINS (12 genes)
• INHIBITOR OF APOPTOSIS (4 genes)
• INTEGRATOR-PP2A COMPLEX (17 genes)
• INTEGRATOR COMPLEX (15 genes)
• INTRACELLULAR TRANSPORT COAT, SCAFFOLD AND ADAPTOR PROTEINS (84 genes)
  • ADAPTOR PROTEIN COMPLEXES (11 genes)
    • ADAPTOR PROTEIN COMPLEX 1 (4 genes)
    • ADAPTOR PROTEIN COMPLEX 2 (4 genes)
    • ADAPTOR PROTEIN COMPLEX 3 (4 genes)
  • CLATHRIN COMPLEX (2 genes)
  • COAT PROTEIN COMPLEX I (7 genes)
  • COAT PROTEIN COMPLEX II (6 genes)
  • ENDOSOMAL SORTING COMPLEXES REQUIRED FOR TRANSPORT (20 genes)
    • ESCRT-0 COMPLEX (2 genes)
    • ESCRT-I COMPLEX (5 genes)
      • ESCRT-I COMPLEX VPS37A VARIANT (4 genes)
      • ESCRT-I COMPLEX VPS37B VARIANT (4 genes)
    • ESCRT-II COMPLEX (3 genes)
    • ESCRT-III COMPLEX (8 genes)
    • VPS4-VTA1 COMPLEX (2 genes)
  • GATOR COMPLEXES (8 genes)
    • GATOR1 COMPLEX (3 genes)
    • GATOR2 COMPLEX (5 genes)
  • GOLGI-LOCALIZING, GAMMA-ADAPTIN EAR DOMAIN HOMOLOGY, ARF-BINDING PROTEINS (1 gene)
  • INTRAFLAGELLAR TRANSPORT COMPLEXES (23 genes)
    • BBSOME (7 genes)
    • INTRAFLAGELLAR TRANSPORT SUBCOMPLEX-A (5 genes)
    • INTRAFLAGELLAR TRANSPORT SUBCOMPLEX-B (11 genes)
  • RETROMER COMPLEX (5 genes)
  • STONINS (2 genes)
• IONOTROPIC RECEPTOR PSEUDOGENES (6 genes)
• IRM ADHESION COMPLEXES (4 genes)
  • HBS-KIRRE CELL ADHESION COMPLEX (2 genes)
  • HBS-RST CELL ADHESION COMPLEX (2 genes)
  • RST-SNS CELL ADHESION COMPLEX (2 genes)
  • SNS-KIRRE CELL ADHESION COMPLEX (2 genes)
• ISOCITRATE DEHYDROGENASE COMPLEX (3 genes)
• KASH DOMAIN GENES (2 genes)
• KIBRA-EX-MER COMPLEX (3 genes)
• KIP1 UBIQUITINATION-PROMOTING COMPLEX (2 genes)
• KMN PROTEIN NETWORK (8 genes)
  • KINETOCHORE MIS12 COMPLEX - NF1A VARIANT (3 genes)
  • KINETOCHORE MIS12 COMPLEX - NF1B VARIANT (3 genes)
  • KNL1 SUBUNIT (1 gene)
  • NDC80 KINETOCHORE COMPLEX (3 genes)
• LA-RELATED PROTEINS (3 genes)
• LAMININS (4 genes)
• LAMINS (2 genes)
• LARGE CYTOPLASMIC STAUFEN RNP GRANULES (4 genes)
• LARVAL SERUM PROTEIN SUBUNITS (4 genes)
• LKB1-STRAD-MO25 SERINE/THREONINE PROTEIN KINASE COMPLEX (3 genes)
• LSP1 COMPLEX (3 genes)
• M6A METHYLTRANSFERASE COMPLEX (7 genes)
• M13 METALLOENDOPEPTIDASES (28 genes)
  • NEPRILYSIN-LIKE METALLOENDOPEPTIDASES (21 genes)
  • NEPRILYSINS (7 genes)
• MADF-BESS DOMAIN PROTEINS (45 genes)
  • MADF-BESS DOMAIN TRANSCRIPTION FACTORS (3 genes)
  • MADF-BESS DOMAIN TRANSCRIPTION REGULATORS (42 genes)
• MCM2-7 COMPLEX (6 genes)
• MD-2-RELATED LIPID-RECOGNITION PROTEINS (8 genes)
• MEDIATOR COMPLEXES (30 genes)
  • CKM COMPLEX (4 genes)
  • MEDIATOR CORE COMPLEX (26 genes)
• METALLOTHIONEINS (6 genes)
• METAXINS (3 genes)
• METHYLCROTONOYL-COA CARBOXYLASE COMPLEX (2 genes)
• METTL1-WUHO TRNA (GUANINE-N(7)-)-METHYLTRANSFERASE COMPLEX (2 genes)
• miRNA-INDUCED SILENCING COMPLEX (2 genes)
• MITOCHONDRIAL 2FE-2S ASSEMBLY COMPLEX (5 genes)
• MITOCHONDRIAL 4FE-4S ASSEMBLY COMPLEX (2 genes)
• MITOCHONDRIAL ALPHA-KETOACID DEHYDROGENASE COMPLEXES (15 genes)
  • BRANCHED-CHAIN ALPHA-KETOACID DEHYDROGENASE COMPLEX (4 genes)
  • OXOADIPATE DEHYDROGENASE COMPLEX (3 genes)
  • OXOGLUTARATE DEHYDROGENASE COMPLEX VARIANTS (4 genes)
    • OXOGLUTARATE DEHYDROGENASE COMPLEX - OGDH1 VARIANT (3 genes)
    • OXOGLUTARATE DEHYDROGENASE COMPLEX - OGDH2 VARIANT (3 genes)
  • PYRUVATE DEHYDROGENASE COMPLEX VARIANTS (8 genes)
    • PYRUVATE DEHYDROGENASE COMPLEX - PDHA1 VARIANT (7 genes)
    • PYRUVATE DEHYDROGENASE COMPLEX - PDHA2 VARIANT (7 genes)
• MITOCHONDRIAL CLPXP COMPLEX (2 genes)
• MITOCHONDRIAL COMPLEX I INTERMEDIATE ASSEMBLY COMPLEX (5 genes)
• MITOCHONDRIAL DEGRADOSOME (2 genes)
• MITOCHONDRIAL DISULFIDE RELAY SYSTEM (3 genes)
• MITOCHONDRIAL DNA REPLISOME (4 genes)
• MITOCHONDRIAL INNER MEMBRANE PEPTIDASE COMPLEX (2 genes)
• MITOCHONDRIAL INTERMEMBRANE SPACE BRIDGING COMPLEX SUBUNITS (11 genes)
  • MITOCHONDRIAL CONTACT SITE AND CRISTAE ORGANIZING SYSTEM SUBUNITS (7 genes)
    • MICOS COMPLEX - MIC10A TESTIS-SPECIFIC VARIANT (5 genes)
    • MICOS COMPLEX - MIC10B VARIANT (5 genes)
    • MICOS COMPLEX - MIC10C TESTIS-SPECIFIC VARIANT (5 genes)
  • SORTING AND ASSEMBLY MACHINERY COMPLEX SUBUNITS (4 genes)
• MITOCHONDRIAL OXPHOS COMPLEX ASSEMBLY FACTORS (66 genes)
  • MITOCHONDRIAL PROTON-TRANSPORTING ATP SYNTHASE COMPLEX ASSEMBLY FACTORS (6 genes)
  • MITOCHONDRIAL RESPIRATORY CHAIN COMPLEX ASSEMBLY FACTORS (61 genes)
    • MITOCHONDRIAL RESPIRASOME ASSEMBLY FACTORS (4 genes)
    • MITOCHONDRIAL RESPIRATORY CHAIN COMPLEX I ASSEMBLY FACTORS (21 genes)
    • MITOCHONDRIAL RESPIRATORY CHAIN COMPLEX II ASSEMBLY FACTORS (5 genes)
    • MITOCHONDRIAL RESPIRATORY CHAIN COMPLEX III ASSEMBLY FACTORS (9 genes)
    • MITOCHONDRIAL RESPIRATORY CHAIN COMPLEX IV ASSEMBLY FACTORS (24 genes)
• MITOCHONDRIAL PROCESSING PEPTIDASE (2 genes)
• MITOCHONDRIAL PYRUVATE CARRIER COMPLEX - Mpc2a VARIANT (2 genes)
• MITOCHONDRIAL PYRUVATE CARRIER COMPLEX - Mpc2b VARIANT (2 genes)
• MITOCHONDRIAL TRIFUNCTIONAL PROTEIN COMPLEX (2 genes)
• MOLYBDOPTERIN SYNTHASE COMPLEX (2 genes)
• MRN COMPLEX (3 genes)
• MTERF FAMILY (4 genes)
• MTV COMPLEX (4 genes)
• MUCINS (24 genes)
• MULTICOPPER OXIDASES (4 genes)
• MUVB COMPLEX GROUPS (14 genes)
  • DREAM TRANSCRIPTIONAL REPRESSOR COMPLEX, RBF2 VARIANT (9 genes)
  • DREAM TRANSCRIPTIONAL REPRESSOR COMPLEX, RBF VARIANT (10 genes)
  • MUVB CORE SUBUNITS (5 genes)
  • MYB-MUVB TRANSCRIPTIONAL ACTIVATION COMPLEX (6 genes)
  • TESTIS-SPECIFIC MEIOTIC ARREST COMPLEX (6 genes)
• MYOSIN LIGHT CHAINS (6 genes)
• MYOSINS (14 genes)
  • MYOSIN MOTORS (12 genes)
  • NON-MOTOR MYOSINS (2 genes)
• N-TERMINAL ACETYLTRANSFERASE COMPLEXES (9 genes)
  • N-TERMINAL ACETYLTRANSFERASE A COMPLEX (3 genes)
  • N-TERMINAL ACETYLTRANSFERASE B COMPLEX (2 genes)
  • N-TERMINAL ACETYLTRANSFERASE C COMPLEX (3 genes)
  • N-TERMINAL ACETYLTRANSFERASE C COMPLEX - TESTIS-SPECIFIC VARIANT (3 genes)
• N-TERMINAL ACETYLTRANSFERASE SUBUNITS (14 genes)
  • N-TERMINAL ACETYLTRANSFERASE AUXILIARY SUBUNITS (3 genes)
  • N-TERMINAL ACETYLTRANSFERASE CATALYTIC SUBUNITS (11 genes)
• NASCENT POLYPEPTIDE-ASSOCIATED COMPLEX SUBUNITS (9 genes)
  • NASCENT POLYPEPTIDE-ASSOCIATED COMPLEX ALPHA SUBUNITS (2 genes)
  • NASCENT POLYPEPTIDE-ASSOCIATED COMPLEX BETA SUBUNITS (7 genes)
• NETRINS (2 genes)
• NONASPANINS (3 genes)
• NUCLEAR EXOSOME TARGETING COMPLEX (3 genes)
• NUCLEAR FACTOR - KAPPA B INHIBITOR FAMILY (3 genes)
• NUCLEAR PORE COMPLEX (31 genes)
• NUCLEOLAR COMPLEX ASSOCIATED FAMILY (3 genes)
• NXF1-NXT1 MRNA NUCLEAR EXPORT FACTOR COMPLEX (2 genes)
• OBSTRUCTOR FAMILY (10 genes)
• ODORANT BINDING PROTEINS (52 genes)
• OLIGOSACCHARYLTRANSFERASE COMPLEXES (11 genes)
  • OLIGOSACCHARYL TRANSFERASE A COMPLEX (9 genes)
  • OLIGOSACCHARYL TRANSFERASE B COMPLEX (8 genes)
• ORIGIN RECOGNITION COMPLEX (6 genes)
• OSIRIS (23 genes)
• OXIDATIVE PHOSPHORYLATION GROUPS (121 genes)
  • MITOCHONDRIAL OXPHOS COMPLEX VARIANTS (117 genes)
    • MITOCHONDRIAL COMPLEX I (44 genes)
    • MITOCHONDRIAL COMPLEX I - TESTIS-SPECIFIC VARIANT (45 genes)
    • MITOCHONDRIAL COMPLEX II (SUCCINATE DEHYDROGENASE) (4 genes)
    • MITOCHONDRIAL COMPLEX II (SUCCINATE DEHYDROGENASE) - TESTIS-SPECIFIC VARIANT (4 genes)
    • MITOCHONDRIAL COMPLEX III (10 genes)
    • MITOCHONDRIAL COMPLEX III - TESTIS-SPECIFIC VARIANT (10 genes)
    • MITOCHONDRIAL COMPLEX IV (15 genes)
    • MITOCHONDRIAL COMPLEX IV - TESTIS-SPECIFIC VARIANT (15 genes)
    • MITOCHONDRIAL COMPLEX V (16 genes)
    • MITOCHONDRIAL COMPLEX V - TESTIS-SPECIFIC VARIANT (17 genes)
  • OXIDATIVE PHOSPHORYLATION FUNCTIONAL GROUPS (97 genes)
    • CYTOCHROME C (2 genes)
    • ELECTRON TRANSFER FLAVOPROTEIN COMPLEX (2 genes)
    • MITOCHONDRIAL COMPLEX I SUBUNITS (50 genes)
      • MITOCHONDRIAL COMPLEX I - ACCESSORY SUBUNITS (31 genes)
      • MITOCHONDRIAL COMPLEX I - CORE SUBUNITS (19 genes)
    • MITOCHONDRIAL COMPLEX II (SUCCINATE DEHYDROGENASE) SUBUNITS (7 genes)
    • MITOCHONDRIAL COMPLEX III SUBUNITS (14 genes)
      • MITOCHONDRIAL COMPLEX III - CORE SUBUNITS (4 genes)
      • MITOCHONDRIAL COMPLEX III - SUPERNUMERARY SUBUNITS (10 genes)
    • MITOCHONDRIAL COMPLEX IV SUBUNITS (22 genes)
      • MITOCHONDRIAL COMPLEX IV - CORE SUBUNITS (3 genes)
      • MITOCHONDRIAL COMPLEX IV - SUPERNUMERARY SUBUNITS (19 genes)
• P24 TRANSPORTERS (9 genes)
• PANORAMIX-INDUCED CO-TRANSCRIPTIONAL SILENCING COMPLEX (4 genes)
• PAR COMPLEX (3 genes)
• PASIFLORA PROTEINS (9 genes)
• PEPTIDASE FAMILY C1 (13 genes)
  • C1 CYSTEINE PEPTIDASES (9 genes)
    • C1B CYSTEINE PEPTIDASES (1 gene)
    • CATHEPSINS (8 genes)
  • C1 NON-PEPTIDASE HOMOLOGS (4 genes)
• PEPTIDASE FAMILY C2 (4 genes)
  • CALPAIN NON-PEPTIDASE HOMOLOGS (1 gene)
  • CALPAINS (3 genes)
• PEPTIDASE FAMILY C19 (23 genes)
  • C19 NON-PEPTIDASE HOMOLOGS (3 genes)
  • USP DEUBIQUITINASES (20 genes)
• PEPTIDASE FAMILY C26 (3 genes)
  • C26 NON-PEPTIDASE HOMOLOGS (1 gene)
  • GAMMA-GLUTAMYL HYDROLASES (2 genes)
• PEPTIDASE FAMILY C48 (6 genes)
  • C48 NON-PEPTIDASE HOMOLOGS (1 gene)
  • CYSTEINE-TYPE DENEDDYLASES (1 gene)
  • DESUMOYLASES (4 genes)
• PEPTIDASE FAMILY M1 (23 genes)
  • M1 METALLOPEPTIDASES (17 genes)
  • M1 NON-PEPTIDASE HOMOLOGS (6 genes)
• PEPTIDASE FAMILY M3 (2 genes)
  • M3 METALLOPEPTIDASES (1 gene)
  • M3 NON-PEPTIDASE HOMOLOGS (1 gene)
• PEPTIDASE FAMILY M12 (22 genes)
  • ADAM METALLOPROTEASES (4 genes)
  • ADAM WITH THROMBOSPONDIN MOTIF (4 genes)
  • ASTACINS (13 genes)
  • M12 NON-PEPTIDASE HOMOLOGS (1 gene)
• PEPTIDASE FAMILY M14 (23 genes)
  • M14 METALLOCARBOXYPEPTIDASES (21 genes)
  • M14 NON-PEPTIDASE HOMOLOGS (2 genes)
• PEPTIDASE FAMILY M16 (7 genes)
  • M16 METALLOENDOPEPTIDASES (5 genes)
  • M16 NON-PEPTIDASE HOMOLOGS (2 genes)
• PEPTIDASE FAMILY M17 (10 genes)
  • LEUCYL AMINOPEPTIDASES (2 genes)
  • SPERM LEUCYL AMINOPEPTIDASES (8 genes)
• PEPTIDASE FAMILY M19 (4 genes)
  • M19 METALLODIPEPTIDASES (3 genes)
  • M19 NON-PEPTIDASE HOMOLOGS (1 gene)
• PEPTIDASE FAMILY M20 (7 genes)
  • AMINOACYLASES (6 genes)
  • M20 METALLOEXOPEPTIDASES (1 gene)
• PEPTIDASE FAMILY M24 (10 genes)
  • M24 METALLOEXOPEPTIDASES (6 genes)
    • M24B METALLOEXOPEPTIDASES (3 genes)
    • METHIONYL AMINOPEPTIDASES (3 genes)
  • M24 NON-PEPTIDASE HOMOLOGS (4 genes)
• PEPTIDASE FAMILY M28 (15 genes)
  • GLUTAMINYL CYCLASES (4 genes)
  • M28 METALLOEXOPEPTIDASES (11 genes)
• PEPTIDASE FAMILY M48 (4 genes)
  • M48 NON-PEPTIDASE HOMOLOGS (1 gene)
  • STE24 METALLOENDOPEPTIDASES (3 genes)
• PEPTIDASE FAMILY M67 (9 genes)
  • JAMM DEUBIQUITINASES (6 genes)
  • M67 NON-PEPTIDASE HOMOLOGS (3 genes)
• PEPTIDASE FAMILY S1 (260 genes)
  • PEPTIDASE FAMILY S1A (258 genes)
    • S1A NON-PEPTIDASE HOMOLOGS (68 genes)
    • S1A SERINE PROTEASES (190 genes)
      • S1A SERINE PROTEASES - CHYMOTRYPSIN-LIKE (61 genes)
      • S1A SERINE PROTEASES - ELASTASE-LIKE (15 genes)
      • S1A SERINE PROTEASES - TRYPSIN-LIKE (114 genes)
  • S1C SERINE PEPTIDASES (2 genes)
• PEPTIDASE FAMILY S9 (23 genes)
  • S9 NON-PEPTIDASE HOMOLOGS (16 genes)
  • S9 SERINE PEPTIDASES (7 genes)
    • DIPEPTIDYL PEPTIDASES IV (5 genes)
    • S9A SERINE OLIGOPEPTIDASES (2 genes)
• PEPTIDASE FAMILY S81 (5 genes)
  • S81 NON-PEPTIDASE HOMOLOGS (3 genes)
  • S81 SERINE ISOPEPTIDASES (2 genes)
• PEPTIDOGLYCAN RECOGNITION PROTEINS (13 genes)
  • LONG PEPTIDOGLYCAN RECOGNITION PROTEINS (6 genes)
  • SHORT PEPTIDOGLYCAN RECOGNITION PROTEINS (7 genes)
• PEROXINS (16 genes)
• PHOSDUCIN-LIKE PROTEINS (3 genes)
• PHOSPHATIDYLINOSITOL GLYCAN ANCHOR BIOSYNTHESIS COMPLEXES (15 genes)
  • GLYCOSYLPHOSPHATIDYLINOSITOL-N-ACETYLGLUCOSAMINYLTRANSFERASE COMPLEX (5 genes)
  • GLYCOSYLPHOSPHATIDYLINOSITOL ETHANOLAMINE-PHOSPHATE TRANSFERASE II COMPLEX (2 genes)
  • GLYCOSYLPHOSPHATIDYLINOSITOL ETHANOLAMINE-PHOSPHATE TRANSFERASE III COMPLEX (2 genes)
  • GLYCOSYLPHOSPHATIDYLINOSITOL MANNOSYLTRANSFERASE I COMPLEX (2 genes)
  • GLYCOSYLPHOSPHATIDYLINOSITOL TRANSAMIDASE COMPLEX (5 genes)
• PHOSPHATIDYLINOSITOL GLYCAN ANCHOR BIOSYNTHESIS GENES (26 genes)
• PHOSPHOLIPID SCRAMBLASES (5 genes)
• POLYADENYLATION FACTORS (7 genes)
• POLYCOMB GROUP COMPLEXES (19 genes)
  • dRING-ASSOCIATED FACTORS COMPLEX (3 genes)
  • PHO REPRESSIVE COMPLEX - PHO VARIANT (2 genes)
  • PHO REPRESSIVE COMPLEX - PHOL VARIANT (2 genes)
  • POLYCOMB REPRESSIVE COMPLEX 1, PSC VARIANT (5 genes)
  • POLYCOMB REPRESSIVE COMPLEX 1, SU(Z)2 VARIANT (5 genes)
  • POLYCOMB REPRESSIVE COMPLEX 2, JARID2-JING VARIANT (6 genes)
  • POLYCOMB REPRESSIVE COMPLEX 2, PCL VARIANT (5 genes)
  • POLYCOMB REPRESSIVE DEUBIQUITINASE COMPLEX (2 genes)
• POLYCOMB GROUP RECRUITERS/DNA-BINDING PROTEINS (7 genes)
• POMT1-POMT2 COMPLEX (2 genes)
• PRENYL DIPHOSPHATE SYNTHASE COMPLEX (2 genes)
• PROTAMINES (2 genes)
• PROTEASOME GROUPS (50 genes)
  • PROTEASOME 26S COMPLEX VARIANTS (50 genes)
    • 26S PROTEASOME (34 genes)
    • 26S PROTEASOME - TESTIS-SPECIFIC VARIANT (38 genes)
  • PROTEASOME SUBUNITS (50 genes)
    • PROTEASOME CORE SUBUNITS (25 genes)
      • PROTEASOME ALPHA SUBUNITS (12 genes)
      • PROTEASOME BETA SUBUNITS (13 genes)
        • PROTEASOME ENDOPEPTIDASES (7 genes)
        • PROTEASOME NON-CATALYTIC BETA SUBUNITS (6 genes)
    • PROTEASOME REGULATORY PARTICLE SUBUNITS (25 genes)
      • PROTEASOME REGULATORY PARTICLE ATPASES (9 genes)
      • PROTEASOME REGULATORY PARTICLE NON-ATPASES (16 genes)
• PROTEIN PHOSOPHATASE 2A COMPLEXES (5 genes)
  • TWS-PROTEIN PHOSOPHATASE 2A COMPLEX (3 genes)
  • WDB-PROTEIN PHOSOPHATASE 2A COMPLEX (3 genes)
  • WRD-PROTEIN PHOSOPHATASE 2A COMPLEX (3 genes)
• PSEUDOENZYMES (319 genes)
  • IMAGINAL DISC GROWTH FACTORS (6 genes)
  • NON-MOTOR MYOSINS (2 genes)
  • NON-PEPTIDASE HOMOLOGS (180 genes)
    • CYSTEINE-TYPE NON-PEPTIDASE HOMOLOGS (11 genes)
      • C1 NON-PEPTIDASE HOMOLOGS (4 genes)
      • C19 NON-PEPTIDASE HOMOLOGS (3 genes)
      • C26 NON-PEPTIDASE HOMOLOGS (1 gene)
      • C48 NON-PEPTIDASE HOMOLOGS (1 gene)
      • C110 NON-PEPTIDASE HOMOLOGS (1 gene)
      • CALPAIN NON-PEPTIDASE HOMOLOGS (1 gene)
    • METALLO-TYPE NON-PEPTIDASE HOMOLOGS (54 genes)
      • ANGIOTENSIN-CONVERTING PSEUDOENZYMES (4 genes)
      • M1 NON-PEPTIDASE HOMOLOGS (6 genes)
      • M3 NON-PEPTIDASE HOMOLOGS (1 gene)
      • M12 NON-PEPTIDASE HOMOLOGS (1 gene)
      • M14 NON-PEPTIDASE HOMOLOGS (2 genes)
      • M16 NON-PEPTIDASE HOMOLOGS (2 genes)
      • M19 NON-PEPTIDASE HOMOLOGS (1 gene)
      • M24 NON-PEPTIDASE HOMOLOGS (4 genes)
      • M48 NON-PEPTIDASE HOMOLOGS (1 gene)
      • M67 NON-PEPTIDASE HOMOLOGS (3 genes)
      • NEPRILYSIN-LIKE METALLOENDOPEPTIDASES (21 genes)
      • SPERM LEUCYL AMINOPEPTIDASES (8 genes)
    • SERINE-TYPE NON-PEPTIDASE HOMOLOGS (97 genes)
      • RHOMBOID PSEUDOPROTEASES (1 gene)
      • S1A NON-PEPTIDASE HOMOLOGS (68 genes)
      • S9 NON-PEPTIDASE HOMOLOGS (16 genes)
      • S33 NON-PEPTIDASE HOMOLOGS (6 genes)
      • S60 NON-PEPTIDASE HOMOLOGS (3 genes)
      • S81 NON-PEPTIDASE HOMOLOGS (3 genes)
    • THREONINE-TYPE NON-PEPTIDASE HOMOLOGS (18 genes)
      • PROTEASOME ALPHA SUBUNITS (12 genes)
      • PROTEASOME NON-CATALYTIC BETA SUBUNITS (6 genes)
  • PSEUDO-CHITIN DEACETYLASES (2 genes)
  • PSEUDO-CHITINASES (1 gene)
  • PSEUDOKINASES (41 genes)
    • PSEUDO-GLYCEROL KINASE (3 genes)
    • PSEUDO-PYRUVATE KINASES (5 genes)
    • RECEPTOR GUANYLATE CYCLASES (8 genes)
    • RECEPTOR RELATED TO TYROSINE KINASE (3 genes)
    • SCYL PSEUDOKINASES (4 genes)
    • UNCLASSIFIED PSEUDOKINASES (18 genes)
  • PSEUDOPHOSPHATASES (11 genes)
  • UBIQUITIN E2 ENZYME VARIANTS (5 genes)
  • UNCLASSIFIED PSEUDOENZYMES (71 genes)
• PTW-PP1 PHOSPHATASE COMPLEXES (7 genes)
  • PTW-PP1 COMPLEX FLW VARIANT (4 genes)
  • PTW-PP1 COMPLEX PP1-13C VARIANT (4 genes)
  • PTW-PP1 COMPLEX PP1-87B VARIANT (4 genes)
  • PTW-PP1 COMPLEX PP1ALPHA-96A VARIANT (4 genes)
• RAPS-INSC COMPLEX (2 genes)
• RAS SUPERFAMILY GTPASE ACTIVATING PROTEINS (67 genes)
  • ADP-RIBOSYLATION FACTOR GTPASE ACTIVATING PROTEINS (10 genes)
  • RAB GTPASE ACTIVATING PROTEINS (25 genes)
  • RAN GTPASE ACTIVATING PROTEINS (1 gene)
  • RAS GTPASE ACTIVATING PROTEINS (10 genes)
    • RAP-LIKE GTPASE ACTIVATING PROTEINS (4 genes)
    • RAS-LIKE GTPASE ACTIVATING PROTEINS (6 genes)
  • RHO GTPASE ACTIVATING PROTEINS (22 genes)
• RAS SUPERFAMILY GUANINE NUCLEOTIDE EXCHANGE FACTORS (77 genes)
  • ARF GUANINE NUCLEOTIDE EXCHANGE FACTORS (6 genes)
  • RAB GUANINE NUCLEOTIDE EXCHANGE FACTORS (29 genes)
    • RAB GUANINE NUCLEOTIDE EXCHANGE FACTOR COMPLEXES (16 genes)
      • MON1-CCZ1 COMPLEX (3 genes)
      • TRAPP COMPLEXES (13 genes)
        • TRAPPII COMPLEX (9 genes)
        • TRAPPIII COMPLEX (11 genes)
    • RAB GUANINE NUCLEOTIDE EXCHANGE FACTORS - DENN DOMAIN (5 genes)
    • RAB GUANINE NUCLEOTIDE EXCHANGE FACTORS - VPS9 DOMAIN (4 genes)
    • UNCLASSIFIED RAB GUANINE NUCLEOTIDE EXCHANGE FACTORS (4 genes)
  • RAGULATOR COMPLEX (5 genes)
  • RAN GUANINE NUCLEOTIDE EXCHANGE FACTORS (1 gene)
  • RAS GUANINE NUCLEOTIDE EXCHANGE FACTORS (10 genes)
  • RHO GUANINE NUCLEOTIDE EXCHANGE FACTORS (27 genes)
• RECEPTOR LIGANDS (116 genes)
  • EGFR AGONISTS (4 genes)
  • FIBROBLAST GROWTH FACTORS (3 genes)
  • GROWTH-BLOCKING PEPTIDES (5 genes)
  • INSULIN-LIKE PEPTIDES (8 genes)
  • NEUROPEPTIDES (50 genes)
  • NOTCH LIGANDS (3 genes)
  • PDGF- AND VEGF-RELATED FACTORS (3 genes)
  • SEMAPHORINS (5 genes)
  • SPATZLES (6 genes)
  • TRANSFORMING GROWTH FACTOR-BETA FAMILY (7 genes)
    • ACTIVINS (3 genes)
    • BONE MORPHOGENETIC PROTEINS (4 genes)
  • UNCLASSIFIED RECEPTOR LIGANDS (20 genes)
  • UNPAIRED FAMILY (3 genes)
  • WNTs (7 genes)
• RHG PROTEINS (6 genes)
• RHINO-DEADLOCK-CUTOFF COMPLEX (3 genes)
• RHOMBOID-LIKE PROTEINS (7 genes)
  • RHOMBOID PROTEASES (6 genes)
  • RHOMBOID PSEUDOPROTEASES (1 gene)
• RIBONUCLEOTIDE REDUCTASE COMPLEX (2 genes)
• RIBOSOMAL SUBUNITS (177 genes)
  • CYTOPLASMIC RIBOSOMAL SUBUNITS (94 genes)
    • CYTOPLASMIC LARGE RIBOSOMAL SUBUNIT (51 genes)
    • CYTOPLASMIC LARGE RIBOSOMAL SUBUNIT - TESTIS-SPECIFIC VARIANT (51 genes)
    • CYTOPLASMIC SMALL RIBOSOMAL SUBUNIT (36 genes)
    • CYTOPLASMIC SMALL RIBOSOMAL SUBUNIT - TESTIS-SPECIFIC VARIANT (37 genes)
  • MITOCHONDRIAL RIBOSOMAL SUBUNITS (83 genes)
    • MITOCHONDRIAL LARGE RIBOSOMAL SUBUNIT (53 genes)
    • MITOCHONDRIAL SMALL RIBOSOMAL SUBUNIT (31 genes)
• RISC LOADING COMPLEXES (6 genes)
  • ALTERNATIVE siRNA RISC-LOADING COMPLEX (3 genes)
  • miRNA RISC LOADING COMPLEX (3 genes)
  • siRNA RISC-LOADING COMPLEX (3 genes)
• RNA EXOSOME COMPLEXES (10 genes)
  • CYTOPLASMIC EXOSOME COMPLEX (9 genes)
  • NUCLEAR EXOSOME COMPLEX (10 genes)
• RNA POLYMERASES (32 genes)
  • MITOCHONDRIAL RNA POLYMERASES (1 gene)
  • RNA POLYMERASE I (13 genes)
  • RNA POLYMERASE II (13 genes)
  • RNA POLYMERASE III (17 genes)
• RNASE MRP COMPLEX (9 genes)
• RNASE P COMPLEXES (13 genes)
  • MITOCHONDRIAL RNASE P COMPLEX (3 genes)
  • NUCLEAR RNASE P COMPLEX (10 genes)
• RZZ COMPLEX (3 genes)
• SANT-MYB DOMAIN PROTEINS (16 genes)
  • SANT-MYB DOMAIN TRANSCRIPTION FACTORS (4 genes)
  • SANT-MYB DOMAIN TRANSCRIPTION REGULATORS (12 genes)
• SARCOGLYCANS (3 genes)
• SCF-SLMB UBIQUITIN LIGASE COMPLEX (4 genes)
• SCRIBBLE COMPLEX (3 genes)
• SELENOPROTEINS (3 genes)
• SEPTIN COMPLEXES (5 genes)
  • SEP1-SEP2-PNUT SEPTIN COMPLEX (3 genes)
  • SEP4-SEP5-PNUT SEPTIN COMPLEX (3 genes)
• SERINE AND ARGININE RICH SPLICING FACTORS (11 genes)
  • CANONICAL SERINE AND ARGININE RICH SPLICING FACTORS (8 genes)
  • NON-CANONICAL SERINE AND ARGININE RICH SPLICING FACTORS (3 genes)
• SERINE C-PALMITOYLTRANSFERASE COMPLEX (5 genes)
• SERPINS (30 genes)
  • INHIBITORY SERPINS (17 genes)
  • NON-INHIBITORY SERPINS (13 genes)
• SIGNAL PEPTIDASE COMPLEX (4 genes)
• SINGLE VON WILLEBRAND FACTOR TYPE C DOMAIN PROTEINS (14 genes)
• SKP1 GENE FAMILY (6 genes)
• SM PROTEINS (9 genes)
  • SPLICEOSOMAL SM PROTEINS (7 genes)
  • U7 SM PROTEINS (7 genes)
• SM TRAFFICKING GENES (5 genes)
• SMALL NUCLEAR RIBONUCLEOPROTEIN PARTICLES (77 genes)
  • 7SK SMALL NUCLEAR RIBONUCLEOPROTEIN (5 genes)
  • SPLICEOSOMAL SMALL NUCLEAR RIBONUCLEOPROTEIN PARTICLES (69 genes)
    • U1 SMALL NUCLEAR RIBONUCLEOPROTEIN PARTICLE (17 genes)
    • U2 SMALL NUCLEAR RIBONUCLEOPROTEIN PARTICLE (25 genes)
    • U4-U6-U5 SMALL NUCLEAR RIBONUCLEOPROTEIN PARTICLE (42 genes)
    • U4-U6 SMALL NUCLEAR RIBONUCLEOPROTEIN PARTICLE (18 genes)
    • U5 SMALL NUCLEAR RIBONUCLEOPROTEIN PARTICLE (22 genes)
  • U7 SMALL NUCLEAR RIBONUCLEOPROTEIN PARTICLE (8 genes)
• SMALL NUCLEOLAR RIBONUCLEOPROTEIN COMPLEXES (8 genes)
  • C/D SMALL NUCLEOLAR RIBONUCLEOPROTEIN COMPLEX (4 genes)
  • H/ACA SMALL NUCLEOLAR RIBONUCLEOPROTEIN COMPLEX (4 genes)
• SMC COMPLEXES (21 genes)
  • CONDENSIN (7 genes)
    • CONDENSIN I (5 genes)
    • CONDENSIN II (4 genes)
  • MEIOTIC COHESIN COMPLEX C2M-SA VARIANT (4 genes)
  • MEIOTIC COHESIN COMPLEX SOLO-SUNN VARIANT (4 genes)
  • MITOTIC COHESIN COMPLEX (4 genes)
  • SMC5/6 COMPLEX - CERV VARIANT (6 genes)
  • SMC5/6 COMPLEX - QJT VARIANT (6 genes)
• SNAREs (25 genes)
  • Q-SNAREs (20 genes)
    • Qa-SNAREs (8 genes)
    • Qb-SNAREs (5 genes)
    • Qbc-SNAREs (3 genes)
    • Qc-SNAREs (4 genes)
  • R-SNAREs (5 genes)
• SOLUBLE N-ETHYLMALEIMIDE-SENSITIVE FACTOR-ATTACHMENT PROTEINS (3 genes)
• SP1/KLF TRANSCRIPTION FACTORS (10 genes)
• SPECTRINS (8 genes)
• SPLICEOSOMAL COMPLEXES (146 genes)
  • SPLICEOSOMAL SMALL NUCLEAR RIBONUCLEOPROTEIN PARTICLES (69 genes)
    • U1 SMALL NUCLEAR RIBONUCLEOPROTEIN PARTICLE (17 genes)
    • U2 SMALL NUCLEAR RIBONUCLEOPROTEIN PARTICLE (25 genes)
    • U4-U6-U5 SMALL NUCLEAR RIBONUCLEOPROTEIN PARTICLE (42 genes)
    • U4-U6 SMALL NUCLEAR RIBONUCLEOPROTEIN PARTICLE (18 genes)
    • U5 SMALL NUCLEAR RIBONUCLEOPROTEIN PARTICLE (22 genes)
  • SPLICEOSOME COMPLEX INTERMEDIATES (145 genes)
    • SPLICEOSOME COMPLEX A (50 genes)
    • SPLICEOSOME COMPLEX B (91 genes)
    • SPLICEOSOME COMPLEX C (91 genes)
    • SPLICEOSOME COMPLEX P (86 genes)
  • U2 SNRNP AUXILIARY FACTOR (2 genes)
• SPONDINS (5 genes)
• SREBP-SCAP COMPLEX (2 genes)
• STRIATIN-INTERACTING PHOSPHATASE AND KINASE COMPLEX (9 genes)
• SUCCINATE-COA LIGASE (ADP/ATP) COMPLEX (2 genes)
• SUCCINATE-COA LIGASE (GDP/GTP) COMPLEX (2 genes)
• SURVIVAL MOTOR NEURON COMPLEX VARIANTS (6 genes)
  • SURVIVAL MOTOR NEURON COMPLEX - GEM4A VARIANT (5 genes)
  • SURVIVAL MOTOR NEURON COMPLEX - GEM4B VARIANT (5 genes)
  • SURVIVAL MOTOR NEURON COMPLEX - GEM4C VARIANT (4 genes)
• SWR1 COMPLEX (12 genes)
• SYNAPTOTAGMINS & SYNAPTOTAGMIN-LIKE PROTEINS (10 genes)
• SYNTROPHINS (2 genes)
• TATA-BINDING PROTEIN AND TBP-RELATED FACTORS (3 genes)
• TDRD3-TOP3B TYPE IA TOPOISOMERASE COMPLEX (2 genes)
• TESTIS-SPECIFIC TBP-ASSOCIATED FACTORS (5 genes)
• TETHERING FACTORS (55 genes)
  • COILED-COIL HOMODIMERIC TETHERING FACTORS (12 genes)
    • GOLGINS (12 genes)
  • TETHERING COMPLEXES (43 genes)
    • COMPLEX ASSOCIATED WITH TETHERING CONTAINING HELICAL RODS (21 genes)
      • CONSERVED OLIGOMERIC GOLGI COMPLEX (8 genes)
      • EXOCYST (8 genes)
      • GOLGI-ASSOCIATED RETROGRADE PROTEIN COMPLEX (5 genes)
        • GOLGI-ASSOCIATED RETROGRADE PROTEIN COMPLEX I (4 genes)
        • GOLGI-ASSOCIATED RETROGRADE PROTEIN COMPLEX II (4 genes)
    • TRAPP COMPLEXES (13 genes)
      • TRAPPII COMPLEX (9 genes)
      • TRAPPIII COMPLEX (11 genes)
    • VPS-C COMPLEXES: HOPS AND CORVET (9 genes)
• TETRASPANINS (38 genes)
• THREONYL-CARBAMOYL TRANSFERASE COMPLEX (3 genes)
• TIM17-RELATED FAMILY (14 genes)
  • NDUFA11 FAMILY (1 gene)
  • ROMO1 FAMILY (1 gene)
  • TIM17 FAMILY (6 genes)
  • TIM22 FAMILY (1 gene)
  • TIM23 FAMILY (1 gene)
  • TIMMDC1 FAMILY (1 gene)
  • TMEM135 FAMILY (3 genes)
• TM2 DOMAIN CONTAINING PROTEINS (3 genes)
• TNF RECEPTOR ASSOCIATED FACTORS (3 genes)
• TOR COMPLEXES (5 genes)
  • TORC1 COMPLEX (2 genes)
  • TORC2 COMPLEX (4 genes)
• TRANSCRIPTION ELONGATION FACTOR COMPLEXES (39 genes)
  • 7SK SMALL NUCLEAR RIBONUCLEOPROTEIN (5 genes)
  • DRB SENSITIVITY-INDUCING FACTOR COMPLEX (2 genes)
  • ELONGIN COMPLEX (3 genes)
  • FACT COMPLEX (2 genes)
  • LITTLE ELONGATION COMPLEX (4 genes)
  • NEGATIVE ELONGATION FACTOR (4 genes)
  • POSITIVE TRANSCRIPTION ELONGATION FACTOR COMPLEX B (2 genes)
  • RNA POLYMERASE-ASSOCIATED FACTOR 1 COMPLEX (5 genes)
  • RNA POLYMERASE-ASSOCIATED FACTOR 1 COMPLEX - TESTIS-SPECIFIC VARIANT (5 genes)
  • SUPER ELONGATION COMPLEX (4 genes)
  • THO COMPLEX (5 genes)
• TRANSCRIPTION EXPORT COMPLEX (8 genes)
• TRANSCRIPTION EXPORT COMPLEX-2 (3 genes)
• TRANSCRIPTION FACTORS (631 genes)
  • BASIC DOMAIN TRANSCRIPTION FACTORS (80 genes)
    • BASIC HELIX-LOOP-HELIX TRANSCRIPTION FACTORS (59 genes)
    • BASIC LEUCINE ZIPPER TRANSCRIPTION FACTORS (21 genes)
  • CBF DOMAIN TRANSCRIPTION FACTOR COMPLEX (3 genes)
  • E2F TRANSCRIPTION FACTORS (3 genes)
  • ETS DOMAIN TRANSCRIPTION FACTORS (8 genes)
  • GLIAL CELL MISSING TRANSCRIPTION FACTORS (2 genes)
  • HELIX-TURN-HELIX TRANSCRIPTION FACTORS (146 genes)
    • A-T RICH INTERACTION DOMAIN TRANSCRIPTION FACTORS (1 gene)
    • FORK HEAD BOX TRANSCRIPTION FACTORS (19 genes)
    • HOMEOBOX TRANSCRIPTION FACTORS (102 genes)
      • CUT HOMEOBOX TRANSCRIPTION FACTORS (3 genes)
      • HOX-LIKE HOMEOBOX TRANSCRIPTION FACTORS (17 genes)
      • LIM HOMEOBOX TRANSCRIPTION FACTORS (7 genes)
      • NK-LIKE HOMEOBOX TRANSCRIPTION FACTORS (30 genes)
      • PAIRED-LIKE HOMEOBOX TRANSCRIPTION FACTORS (19 genes)
      • PAIRED HOMEOBOX TRANSCRIPTION FACTORS (7 genes)
      • POU HOMEOBOX TRANSCRIPTION FACTORS (5 genes)
      • PROSPERO HOMEOBOX TRANSCRIPTION FACTORS (1 gene)
      • SINE OCULIS HOMEOBOX TRANSCRIPTION FACTORS (3 genes)
      • TALE HOMEOBOX TRANSCRIPTION FACTORS (8 genes)
      • ZINC FINGER HOMEOBOX TRANSCRIPTION FACTORS (2 genes)
    • MADF-BESS DOMAIN TRANSCRIPTION FACTORS (3 genes)
    • PAIRED TRANSCRIPTION FACTORS (10 genes)
      • PAIRED DOMAIN TRANSCRIPTION FACTORS (3 genes)
      • PAIRED HOMEOBOX TRANSCRIPTION FACTORS (7 genes)
    • PIPSQUEAK TRANSCRIPTION FACTORS (13 genes)
    • SANT-MYB DOMAIN TRANSCRIPTION FACTORS (4 genes)
    • TEA DOMAIN TRANSCRIPTION FACTORS (1 gene)
  • HIGH MOBILITY GROUP BOX TRANSCRIPTION FACTORS (24 genes)
  • IMMUNOGLOBULIN FOLD TRANSCRIPTION FACTORS (16 genes)
    • REL HOMOLOGY DOMAIN TRANSCRIPTION FACTORS (4 genes)
      • NUCLEAR FACTOR - KAPPA B (3 genes)
      • NUCLEAR FACTOR OF ACTIVATED T-CELLS TRANSCRIPTION FACTORS (1 gene)
    • RUNT DOMAIN TRANSCRIPTION FACTORS (4 genes)
    • T-BOX TRANSCRIPTION FACTORS (8 genes)
  • MAD HOMOLOGY DOMAIN TRANSCRIPTION FACTORS (4 genes)
  • MADS-BOX TRANSCRIPTION FACTORS (2 genes)
  • THAP DOMAIN TRANSCRIPTION FACTORS (4 genes)
  • UNCLASSIFIED DNA BINDING DOMAIN TRANSCRIPTION FACTORS (38 genes)
  • ZINC FINGER TRANSCRIPTION FACTORS (303 genes)
    • C2H2 ZINC FINGER TRANSCRIPTION FACTORS (273 genes)
    • C4 ZINC FINGER TRANSCRIPTION FACTORS (26 genes)
      • GATA TRANSCRIPTION FACTORS (5 genes)
      • NUCLEAR RECEPTOR (LIGAND-DEPENDENT) TRANSCRIPTION FACTORS (18 genes)
      • NUCLEAR RECEPTOR SUBFAMILY 0 (LIGAND-INDEPENDENT) TRANSCRIPTION FACTORS (3 genes)
    • DMRT TRANSCRIPTION FACTORS (4 genes)
• TRANSFER RNAS (317 genes)
  • CYTOSOLIC TRANSFER RNAS (295 genes)
    • CYTOSOLIC ALANINE TRANSFER RNAS (17 genes)
      • CYTOSOLIC ALANINE-AGC TRANSFER RNAS (12 genes)
      • CYTOSOLIC ALANINE-CGC TRANSFER RNAS (3 genes)
      • CYTOSOLIC ALANINE-TGC TRANSFER RNAS (2 genes)
    • CYTOSOLIC ARGININE TRANSFER RNAS (26 genes)
      • CYTOSOLIC ARGININE-ACG TRANSFER RNAS (10 genes)
      • CYTOSOLIC ARGININE-CCT TRANSFER RNAS (3 genes)
      • CYTOSOLIC ARGININE-TCG TRANSFER RNAS (10 genes)
      • CYTOSOLIC ARGININE-TCT TRANSFER RNAS (3 genes)
    • CYTOSOLIC ASPARAGINE TRANSFER RNAS (10 genes)
      • CYTOSOLIC ASPARAGINE-GTT TRANSFER RNAS (10 genes)
    • CYTOSOLIC ASPARTIC ACID TRANSFER RNAS (14 genes)
      • CYTOSOLIC ASPARTIC ACID-GTC TRANSFER RNAS (14 genes)
    • CYTOSOLIC CYSTEINE TRANSFER RNAS (7 genes)
      • CYTOSOLIC CYSTEINE-GCA TRANSFER RNAS (7 genes)
    • CYTOSOLIC GLUTAMIC ACID TRANSFER RNAS (21 genes)
      • CYTOSOLIC GLUTAMIC ACID-CTC TRANSFER RNAS (15 genes)
      • CYTOSOLIC GLUTAMIC ACID-TTC TRANSFER RNAS (6 genes)
    • CYTOSOLIC GLUTAMINE TRANSFER RNAS (12 genes)
      • CYTOSOLIC GLUTAMINE-CTG TRANSFER RNAS (8 genes)
      • CYTOSOLIC GLUTAMINE-TTG TRANSFER RNAS (4 genes)
    • CYTOSOLIC GLYCINE TRANSFER RNAS (20 genes)
      • CYTOSOLIC GLYCINE-GCC TRANSFER RNAS (14 genes)
      • CYTOSOLIC GLYCINE-TCC TRANSFER RNAS (6 genes)
    • CYTOSOLIC HISTIDINE TRANSFER RNAS (6 genes)
      • CYTOSOLIC HISTIDINE-GTG TRANSFER RNAS (6 genes)
    • CYTOSOLIC ISOLEUCINE TRANSFER RNAS (12 genes)
      • CYTOSOLIC ISOLEUCINE-AAT TRANSFER RNAS (10 genes)
      • CYTOSOLIC ISOLEUCINE-TAT TRANSFER RNAS (2 genes)
    • CYTOSOLIC LEUCINE TRANSFER RNAS (22 genes)
      • CYTOSOLIC LEUCINE-AAG TRANSFER RNAS (4 genes)
      • CYTOSOLIC LEUCINE-CAA TRANSFER RNAS (4 genes)
      • CYTOSOLIC LEUCINE-CAG TRANSFER RNAS (8 genes)
      • CYTOSOLIC LEUCINE-TAA TRANSFER RNAS (4 genes)
      • CYTOSOLIC LEUCINE-TAG TRANSFER RNAS (2 genes)
    • CYTOSOLIC LYSINE TRANSFER RNAS (19 genes)
      • CYTOSOLIC LYSINE-CTT TRANSFER RNAS (13 genes)
      • CYTOSOLIC LYSINE-TTT TRANSFER RNAS (6 genes)
    • CYTOSOLIC METHIONINE TRANSFER RNAS (12 genes)
      • CYTOSOLIC METHIONINE-CAT TRANSFER RNAS (12 genes)
    • CYTOSOLIC PHENYLALANINE TRANSFER RNAS (8 genes)
      • CYTOSOLIC PHENYLALANINE-GAA TRANSFER RNAS (8 genes)
    • CYTOSOLIC PROLINE TRANSFER RNAS (17 genes)
      • CYTOSOLIC PROLINE-AGG TRANSFER RNAS (7 genes)
      • CYTOSOLIC PROLINE-CGG TRANSFER RNAS (5 genes)
      • CYTOSOLIC PROLINE-TGG TRANSFER RNAS (5 genes)
    • CYTOSOLIC SELENOCYSTEINE TRANSFER RNAS (1 gene)
      • CYTOSOLIC SELENOCYSTEINE-TCA TRANSFER RNAS (1 gene)
    • CYTOSOLIC SERINE TRANSFER RNAS (20 genes)
      • CYTOSOLIC SERINE-AGA TRANSFER RNAS (8 genes)
      • CYTOSOLIC SERINE-CGA TRANSFER RNAS (4 genes)
      • CYTOSOLIC SERINE-GCT TRANSFER RNAS (6 genes)
      • CYTOSOLIC SERINE-TGA TRANSFER RNAS (2 genes)
    • CYTOSOLIC THREONINE TRANSFER RNAS (18 genes)
      • CYTOSOLIC THREONINE-AGT TRANSFER RNAS (9 genes)
      • CYTOSOLIC THREONINE-CGT TRANSFER RNAS (3 genes)
      • CYTOSOLIC THREONINE-TGT TRANSFER RNAS (6 genes)
    • CYTOSOLIC TRYPTOPHAN TRANSFER RNAS (8 genes)
      • CYTOSOLIC TRYPTOPHAN-CCA TRANSFER RNAS (8 genes)
    • CYTOSOLIC TYROSINE TRANSFER RNAS (10 genes)
      • CYTOSOLIC TYROSINE-GTA TRANSFER RNAS (10 genes)
    • CYTOSOLIC VALINE TRANSFER RNAS (15 genes)
      • CYTOSOLIC VALINE-AAC TRANSFER RNAS (6 genes)
      • CYTOSOLIC VALINE-CAC TRANSFER RNAS (7 genes)
      • CYTOSOLIC VALINE-TAC TRANSFER RNAS (2 genes)
  • MITOCHONDRIAL TRANSFER RNAS (22 genes)
• TRANSFERRINS (3 genes)
• TRANSGELINS (3 genes)
• TRANSITION ZONE COMPONENTS (10 genes)
  • CEP290 COMPLEX (2 genes)
  • MKS COMPLEX (5 genes)
  • UNCLASSIFIED TRANSITION ZONE COMPONENTS (3 genes)
• TRANSLATION FACTORS (66 genes)
  • CYTOPLASMIC TRANSLATION FACTORS (55 genes)
    • CYTOPLASMIC TRANSLATION ELONGATION FACTORS (8 genes)
    • CYTOPLASMIC TRANSLATION INITIATION FACTORS (41 genes)
    • CYTOPLASMIC TRANSLATION RECYCLING AND REINITIATION FACTORS (4 genes)
    • CYTOPLASMIC TRANSLATION RELEASE FACTORS (2 genes)
  • MITOCHONDRIAL TRANSLATION FACTORS (11 genes)
    • MITOCHONDRIAL TRANSLATION ELONGATION FACTORS (4 genes)
    • MITOCHONDRIAL TRANSLATION INITIATION FACTORS (2 genes)
    • MITOCHONDRIAL TRANSLATION RECYCLING FACTORS (2 genes)
    • MITOCHONDRIAL TRANSLATION RELEASE FACTORS (3 genes)
• TRANSMEMBRANE RECEPTORS (504 genes)
  • ACETYLCHOLINE RECEPTORS (13 genes)
    • MUSCARINIC ACETYLCHOLINE RECEPTORS (3 genes)
    • NICOTINIC ACETYLCHOLINE RECEPTOR SUBUNITS (10 genes)
  • BEAT FAMILY (14 genes)
  • CADHERINS (17 genes)
  • CHEMORECEPTORS (134 genes)
    • GUSTATORY RECEPTOR-LIKE (10 genes)
    • GUSTATORY RECEPTORS (60 genes)
    • ODORANT RECEPTORS (60 genes)
    • OTOPETRIN-LIKE PROTON CHANNELS (3 genes)
    • PHTF PUTATIVE SEVEN TRANSMEMBRANE DOMAIN ION CHANNELS (1 gene)
  • DOWN SYNDROME CELL-ADHESION MOLECULES (4 genes)
  • G PROTEIN COUPLED RECEPTORS (117 genes)
    • CLASS A GPCRs (75 genes)
      • AMINE RECEPTORS (21 genes)
        • 5-HYDROXYTRYPTAMINE (SEROTONIN) GPCRs (5 genes)
        • DOPAMINE RECEPTORS (4 genes)
        • MUSCARINIC ACETYLCHOLINE RECEPTORS (3 genes)
        • OCTOPAMINE RECEPTORS (6 genes)
        • ORPHAN AMINE RECEPTORS (1 gene)
        • TYRAMINE RECEPTORS (3 genes)
      • CLASS A GPCR NEUROPEPTIDE AND PROTEIN HORMONE RECEPTORS (44 genes)
      • PURINE GPCRs (1 gene)
      • RHODOPSINS (7 genes)
      • UNCLASSIFIED CLASS A GPCRs (2 genes)
    • CLASS B GPCRs (26 genes)
      • CLASS B GPCRs, SUBFAMILY B1 (5 genes)
      • CLASS B GPCRs, SUBFAMILY B2 (5 genes)
      • METHUSELAH-TYPE RECEPTORS (16 genes)
    • CLASS C GPCRs (11 genes)
      • BOSS-TYPE RECEPTORS (1 gene)
      • GABA(B) RECEPTORS (3 genes)
      • METABOTROPIC GLUTAMATE RECEPTORS (1 gene)
      • MXR METABOTROPIC GLUTAMATE-LIKE RECEPTORS (1 gene)
      • UNCLASSIFIED CLASS C GPCRs (5 genes)
    • CLASS F GPCRs (5 genes)
      • FRIZZLED-TYPE RECEPTORS (4 genes)
      • SMOOTHENED-TYPE RECEPTORS (1 gene)
  • INTEGRINS (7 genes)
  • IONOTROPIC GLUTAMATE RECEPTOR SUPERFAMILY (74 genes)
    • IONOTROPIC GLUTAMATE RECEPTORS (14 genes)
      • NMDA IONOTROPIC GLUTAMATE RECEPTORS (2 genes)
      • NON-NMDA IONOTROPIC GLUTAMATE RECEPTORS - GLURII NEUROMUSCULAR JUNCTION-SUBTYPE (5 genes)
      • UNCLASSIFIED NON-NMDA IONOTROPIC GLUTAMATE RECEPTORS (7 genes)
    • IONOTROPIC RECEPTORS (60 genes)
      • ANTENNAL IONOTROPIC CO-RECEPTORS (4 genes)
      • ANTENNAL IONOTROPIC RECEPTORS (14 genes)
      • DIVERGENT IONOTROPIC RECEPTORS (42 genes)
  • IRRE CELL RECOGNITION MODULE CELL ADHESION MOLECULES (4 genes)
  • KEKKONS (6 genes)
  • KLINGON SUBFAMILY OF WIRINS (4 genes)
  • LIGAND-GATED CHLORIDE CHANNEL SUBUNITS (12 genes)
    • GABA-GATED CHLORIDE CHANNEL SUBUNITS (4 genes)
    • GLUTAMATE-GATED CHLORIDE CHANNEL SUBUNITS (1 gene)
    • HISTAMINE-GATED CHLORIDE CHANNEL SUBUNITS (2 genes)
    • PH-SENSITIVE CHLORIDE CHANNEL SUBUNITS (5 genes)
  • PLEXINS (2 genes)
  • RECEPTOR GUANYLATE CYCLASES (8 genes)
  • RECEPTOR PROTEIN TYROSINE PHOSPHATASES (7 genes)
  • RECEPTOR RELATED TO TYROSINE KINASE (3 genes)
  • RECEPTOR TYROSINE KINASES (17 genes)
  • ROUNDABOUT (3 genes)
  • SCAVENGER-LIKE RECEPTORS (30 genes)
    • NIMROD-TYPE RECEPTORS (12 genes)
    • SCAVENGER RECEPTORS (18 genes)
      • CLASS B SCAVENGER RECEPTORS (14 genes)
      • CLASS C SCAVENGER RECEPTORS (4 genes)
  • SIDE FAMILY (8 genes)
  • TGF-BETA RECEPTOR FAMILY (5 genes)
    • TGF-BETA TYPE I RECEPTORS (3 genes)
    • TGF-BETA TYPE II RECEPTORS (2 genes)
  • TOLL RECEPTORS (9 genes)
  • TUMOR NECROSIS FACTOR RECEPTORS (2 genes)
  • UNCLASSIFIED TRANSMEMBRANE RECEPTORS (10 genes)
• TRANSMEMBRANE TRANSPORTERS (1113 genes)
  • CHANNELS AND PORES (408 genes)
    • INNEXINS (8 genes)
    • ION CHANNELS (392 genes)
      • ION CHANNELS BY CONDUCTANCE (316 genes)
        • CALCIUM CHANNEL SUBUNITS (31 genes)
          • CALCIUM LOAD-ACTIVATED CALCIUM CHANNEL SUBUNITS (1 gene)
          • CALCIUM RELEASE-ACTIVATED CALCIUM CHANNEL (2 genes)
          • INTRACELLULAR CALCIUM-RELEASE CHANNEL SUBUNITS (2 genes)
          • MITOCHONDRIAL CALCIUM UNIPORTER COMPLEXES (5 genes)
            • MITOCHONDRIAL CALCIUM UNIPORTER COMPLEX (4 genes)
            • MITOCHONDRIAL CALCIUM UNIPORTER COMPLEX - CG4704 VARIANT (4 genes)
          • NON-NMDA IONOTROPIC GLUTAMATE RECEPTORS - GLURII NEUROMUSCULAR JUNCTION-SUBTYPE (5 genes)
          • TRANSMEMBRANE BAX INHIBITOR MOTIF CONTAINING PROTEIN FAMILY (7 genes)
          • UNCLASSIFIED CALCIUM CHANNEL-FORMING SUBUNITS (1 gene)
          • VOLTAGE-GATED CALCIUM CHANNEL SUBUNITS (8 genes)
            • VOLTAGE-GATED CALCIUM CHANNEL ACCESSORY SUBUNITS (5 genes)
            • VOLTAGE-GATED CALCIUM CHANNEL PORE SUBUNITS (3 genes)
        • CHLORIDE CHANNEL SUBUNITS (26 genes)
          • CALCIUM-ACTIVATED CHLORIDE CHANNEL SUBUNITS (11 genes)
            • ANOCTAMINS (5 genes)
            • BESTROPHINS (4 genes)
            • TWEETY FAMILY (2 genes)
          • INTRACELLULAR CHLORIDE CHANNEL FAMILY (1 gene)
          • LIGAND-GATED CHLORIDE CHANNEL SUBUNITS (12 genes)
            • GABA-GATED CHLORIDE CHANNEL SUBUNITS (4 genes)
            • GLUTAMATE-GATED CHLORIDE CHANNEL SUBUNITS (1 gene)
            • HISTAMINE-GATED CHLORIDE CHANNEL SUBUNITS (2 genes)
            • PH-SENSITIVE CHLORIDE CHANNEL SUBUNITS (5 genes)
          • VOLTAGE-GATED CHLORIDE CHANNEL SUBUNITS (3 genes)
            • CLC PLASMA MEMBRANE CHLORIDE CHANNEL SUBUNITS (1 gene)
            • UNCLASSIFIED VOLTAGE-GATED CHLORIDE CHANNEL SUBUNITS (2 genes)
        • CNNM-TYPE Mg2+-EFFLUX TRANSPORTER SUBUNITS (1 gene)
        • ION CHANNELS OF UNCLASSIFIED CONDUCTANCE (75 genes)
          • CITRATE TRANSPORTER-LIKE DOMAIN/ARSB-LIKE TRANSPORTERS (5 genes)
          • GUSTATORY RECEPTOR-LIKE (10 genes)
          • GUSTATORY RECEPTORS (60 genes)
        • NON-SELECTIVE CATION CHANNEL SUBUNITS (114 genes)
          • CYCLIC NUCLEOTIDE-GATED CHANNEL SUBUNITS (4 genes)
          • MPV17/PMP22 CHANNEL FAMILY (10 genes)
            • MPV17/PMP22 PUTATIVE MITOCHONDRIAL CHANNEL FAMILY (9 genes)
            • MPV17/PMP22 PUTATIVE PEROXISOMAL CHANNEL FAMILY (1 gene)
          • NICOTINIC ACETYLCHOLINE RECEPTOR SUBUNITS (10 genes)
          • ODORANT RECEPTORS (60 genes)
          • PIEZO ION CHANNELS (2 genes)
          • POLYCYSTIN CATION CHANNEL FAMILY (7 genes)
          • ROMO1 FAMILY (1 gene)
          • SODIUM CHANNEL-LIKE CATION CHANNEL SUBUNITS (1 gene)
          • SODIUM LEAK CHANNEL COMPLEX (4 genes)
          • TMEM63 MECHANICALLY ACTIVATED ION CHANNEL SUBUNITS (1 gene)
          • TRANSIENT RECEPTOR POTENTIAL ION CHANNELS (17 genes)
          • TRANSMEMBRANE CHANNEL-LIKE FAMILY SUBUNITS (1 gene)
        • OTOPETRIN-LIKE PROTON CHANNELS (3 genes)
        • POTASSIUM CHANNEL SUBUNITS (29 genes)
          • INWARDLY RECTIFYING POTASSIUM CHANNEL SUBUNITS (3 genes)
          • TRIMERIC INTRACELLULAR CATION CHANNEL SUBUNITS (2 genes)
          • TWO-PORE DOMAIN K+ CHANNEL SUBUNITS (11 genes)
          • VOLTAGE-GATED POTASSIUM CHANNEL SUBUNITS (13 genes)
            • CALCIUM AND VOLTAGE-ACTIVATED LARGE CONDUCTANCE POTASSIUM CHANNELS (1 gene)
            • HYPERPOLARIZATION-ACTIVATED CYCLIC NUCLEOTIDE-GATED POTASSIUM CHANNELS (1 gene)
            • SODIUM AND VOLTAGE-ACTIVATED LARGE CONDUCTANCE POTASSIUM CHANNELS (1 gene)
            • VOLTAGE-GATED POTASSIUM CHANNEL - ALPHA SUBUNITS (9 genes)
            • VOLTAGE-GATED POTASSIUM CHANNEL - BETA SUBUNITS (1 gene)
        • SODIUM CHANNEL SUBUNITS (37 genes)
          • PICKPOCKET ION CHANNELS (31 genes)
          • VOLTAGE-GATED SODIUM CHANNEL SUBUNITS (6 genes)
            • VOLTAGE-GATED SODIUM CHANNEL ALPHA SUBUNITS (1 gene)
            • VOLTAGE-GATED SODIUM CHANNEL BETA SUBUNITS (5 genes)
      • ION CHANNELS BY GATING MECHANISM (313 genes)
        • INORGANIC ION-GATED ION CHANNELS (24 genes)
          • CALCIUM-ACTIVATED ION CHANNELS (23 genes)
            • CALCIUM-ACTIVATED CHLORIDE CHANNEL SUBUNITS (11 genes)
              • ANOCTAMINS (5 genes)
              • BESTROPHINS (4 genes)
              • TWEETY FAMILY (2 genes)
            • CALCIUM-ACTIVATED POTASSIUM CHANNELS (2 genes)
              • CALCIUM AND VOLTAGE-ACTIVATED LARGE CONDUCTANCE POTASSIUM CHANNELS (1 gene)
              • SMALL CONDUCTANCE CALCIUM-ACTIVATED POTASSIUM CHANNELS (1 gene)
            • CALCIUM LOAD-ACTIVATED CALCIUM CHANNEL SUBUNITS (1 gene)
            • CALCIUM RELEASE-ACTIVATED CALCIUM CHANNEL (2 genes)
            • INTRACELLULAR CALCIUM-RELEASE CHANNEL SUBUNITS (2 genes)
            • MITOCHONDRIAL CALCIUM UNIPORTER COMPLEXES (5 genes)
              • MITOCHONDRIAL CALCIUM UNIPORTER COMPLEX (4 genes)
              • MITOCHONDRIAL CALCIUM UNIPORTER COMPLEX - CG4704 VARIANT (4 genes)
          • SODIUM-ACTIVATED ION CHANNELS (1 gene)
            • SODIUM AND VOLTAGE-ACTIVATED LARGE CONDUCTANCE POTASSIUM CHANNELS (1 gene)
        • LIGAND-GATED ION CHANNELS (247 genes)
          • CHEMORECEPTORS (134 genes)
            • GUSTATORY RECEPTOR-LIKE (10 genes)
            • GUSTATORY RECEPTORS (60 genes)
            • ODORANT RECEPTORS (60 genes)
            • OTOPETRIN-LIKE PROTON CHANNELS (3 genes)
            • PHTF PUTATIVE SEVEN TRANSMEMBRANE DOMAIN ION CHANNELS (1 gene)
          • CYCLIC NUCLEOTIDE-ACTIVATED CATION CHANNELS (5 genes)
            • CYCLIC NUCLEOTIDE-GATED CHANNEL SUBUNITS (4 genes)
            • HYPERPOLARIZATION-ACTIVATED CYCLIC NUCLEOTIDE-GATED POTASSIUM CHANNELS (1 gene)
          • IONOTROPIC GLUTAMATE RECEPTOR SUPERFAMILY (74 genes)
            • IONOTROPIC GLUTAMATE RECEPTORS (14 genes)
              • NMDA IONOTROPIC GLUTAMATE RECEPTORS (2 genes)
              • NON-NMDA IONOTROPIC GLUTAMATE RECEPTORS - GLURII NEUROMUSCULAR JUNCTION-SUBTYPE (5 genes)
              • UNCLASSIFIED NON-NMDA IONOTROPIC GLUTAMATE RECEPTORS (7 genes)
            • IONOTROPIC RECEPTORS (60 genes)
              • ANTENNAL IONOTROPIC CO-RECEPTORS (4 genes)
              • ANTENNAL IONOTROPIC RECEPTORS (14 genes)
              • DIVERGENT IONOTROPIC RECEPTORS (42 genes)
          • LIGAND-GATED CHLORIDE CHANNEL SUBUNITS (12 genes)
            • GABA-GATED CHLORIDE CHANNEL SUBUNITS (4 genes)
            • GLUTAMATE-GATED CHLORIDE CHANNEL SUBUNITS (1 gene)
            • HISTAMINE-GATED CHLORIDE CHANNEL SUBUNITS (2 genes)
            • PH-SENSITIVE CHLORIDE CHANNEL SUBUNITS (5 genes)
          • NICOTINIC ACETYLCHOLINE RECEPTOR SUBUNITS (10 genes)
          • UNCLASSIFIED LIGAND-GATED ION CHANNEL SUBUNITS (1 gene)
        • MECHANOSENSITIVE ION CHANNEL SUBUNITS (15 genes)
          • MECHANOSENSITIVE PICKPOCKET ION CHANNELS (5 genes)
          • MECHANOSENSITIVE TRANSIENT RECEPTOR POTENTIAL ION CHANNELS (6 genes)
          • PIEZO ION CHANNELS (2 genes)
          • TMEM63 MECHANICALLY ACTIVATED ION CHANNEL SUBUNITS (1 gene)
          • TRANSMEMBRANE CHANNEL-LIKE FAMILY SUBUNITS (1 gene)
        • VOLTAGE-GATED ION CHANNEL SUBUNITS (35 genes)
          • MITOCHONDRIAL PORINS (4 genes)
          • SODIUM CHANNEL-LIKE CATION CHANNEL SUBUNITS (1 gene)
          • VOLTAGE-GATED CALCIUM CHANNEL SUBUNITS (8 genes)
            • VOLTAGE-GATED CALCIUM CHANNEL ACCESSORY SUBUNITS (5 genes)
            • VOLTAGE-GATED CALCIUM CHANNEL PORE SUBUNITS (3 genes)
          • VOLTAGE-GATED CHLORIDE CHANNEL SUBUNITS (3 genes)
            • CLC PLASMA MEMBRANE CHLORIDE CHANNEL SUBUNITS (1 gene)
            • UNCLASSIFIED VOLTAGE-GATED CHLORIDE CHANNEL SUBUNITS (2 genes)
          • VOLTAGE-GATED POTASSIUM CHANNEL SUBUNITS (13 genes)
            • CALCIUM AND VOLTAGE-ACTIVATED LARGE CONDUCTANCE POTASSIUM CHANNELS (1 gene)
            • HYPERPOLARIZATION-ACTIVATED CYCLIC NUCLEOTIDE-GATED POTASSIUM CHANNELS (1 gene)
            • SODIUM AND VOLTAGE-ACTIVATED LARGE CONDUCTANCE POTASSIUM CHANNELS (1 gene)
            • VOLTAGE-GATED POTASSIUM CHANNEL - ALPHA SUBUNITS (9 genes)
            • VOLTAGE-GATED POTASSIUM CHANNEL - BETA SUBUNITS (1 gene)
          • VOLTAGE-GATED SODIUM CHANNEL SUBUNITS (6 genes)
            • VOLTAGE-GATED SODIUM CHANNEL ALPHA SUBUNITS (1 gene)
            • VOLTAGE-GATED SODIUM CHANNEL BETA SUBUNITS (5 genes)
    • MITOCHONDRIAL PORINS (4 genes)
    • WATER CHANNEL PROTEINS (8 genes)
      • AQUAGLYCEROPORINS (4 genes)
      • AQUAPORINS (3 genes)
      • S-AQUAPORINS (1 gene)
  • PRIMARY ACTIVE TRANSPORTERS (227 genes)
    • OXIDOREDUCTION-DRIVEN TRANSMEMBRANE TRANSPORTERS (94 genes)
      • CYTOCHROMES B561 (8 genes)
      • MITOCHONDRIAL COMPLEX I SUBUNITS (50 genes)
        • MITOCHONDRIAL COMPLEX I - ACCESSORY SUBUNITS (31 genes)
        • MITOCHONDRIAL COMPLEX I - CORE SUBUNITS (19 genes)
      • MITOCHONDRIAL COMPLEX III SUBUNITS (14 genes)
        • MITOCHONDRIAL COMPLEX III - CORE SUBUNITS (4 genes)
        • MITOCHONDRIAL COMPLEX III - SUPERNUMERARY SUBUNITS (10 genes)
      • MITOCHONDRIAL COMPLEX IV SUBUNITS (22 genes)
        • MITOCHONDRIAL COMPLEX IV - CORE SUBUNITS (3 genes)
        • MITOCHONDRIAL COMPLEX IV - SUPERNUMERARY SUBUNITS (19 genes)
    • P-P-BOND-HYDROLYSIS-DRIVEN TRANSPORTERS (133 genes)
      • ATP-BINDING CASSETTE TRANSPORTERS (52 genes)
        • ABCA ATP-BINDING CASSETTE TRANSPORTER SUBFAMILY (10 genes)
        • ABCB ATP-BINDING CASSETTE TRANSPORTER SUBFAMILY (8 genes)
          • ABCB ATP-BINDING CASSETTE TRANSPORTER ATM SUBFAMILY - HALF TRANSPORTERS (3 genes)
          • ABCB ATP-BINDING CASSETTE TRANSPORTER HMT-1 SUBFAMILY - HALF TRANSPORTERS (1 gene)
          • ABCB ATP-BINDING CASSETTE TRANSPORTER SUBFAMILY - FULL TRANSPORTERS (4 genes)
        • ABCC ATP-BINDING CASSETTE TRANSPORTER SUBFAMILY (14 genes)
        • ABCD ATP-BINDING CASSETTE TRANSPORTER SUBFAMILY (2 genes)
        • ABCG ATP-BINDING CASSETTE TRANSPORTER SUBFAMILY (15 genes)
        • ABCH ATP-BINDING CASSETTE TRANSPORTER SUBFAMILY (3 genes)
      • P-TYPE ATPASE TRANSPORTERS (21 genes)
        • COPPER TRANSPORTING P-ATPASES (1 gene)
        • NA+/K+ TRANSPORTING P-ATPASE SUBUNITS (8 genes)
          • NA+/K+ TRANSPORTING P-ATPASE - ALPHA SUBUNITS (2 genes)
          • NA+/K+ TRANSPORTING P-ATPASE - BETA SUBUNITS (6 genes)
        • P4-ATPASE PHOSPHOLIPID FLIPPASE SUBUNITS (7 genes)
          • P4-ATPASE PHOSPHOLIPID FLIPPASE ACCESSORY SUBUNITS (1 gene)
          • PHOSPHOLIPID TRANSPORTING ATPASES (6 genes)
        • PLASMA MEMBRANE CALCIUM TRANSPORTING P-ATPASES (1 gene)
        • SARCO(ENDO)PLASMIC RETICULUM CALCIUM TRANSPORTING P-ATPASES (2 genes)
        • TYPE V P-ATPASES (2 genes)
      • ROTARY ATPASE TRANSPORTERS (60 genes)
        • MITOCHONDRIAL COMPLEX V SUBUNITS (24 genes)
          • MITOCHONDRIAL COMPLEX V - F0 SUBUNITS (17 genes)
          • MITOCHONDRIAL COMPLEX V - F1 SUBUNITS (7 genes)
            • MITOCHONDRIAL COMPLEX V - ATP SYNTHASES (3 genes)
            • MITOCHONDRIAL COMPLEX V - CENTRAL STALK (4 genes)
        • VACUOLAR ATPASE SUBUNITS (36 genes)
          • VACUOLAR ATPASE ACCESSORY SUBUNITS (4 genes)
          • VACUOLAR ATPASE V0 DOMAIN SUBUNITS (18 genes)
          • VACUOLAR ATPASE V1 DOMAIN SUBUNITS (14 genes)
            • VACUOLAR ATPASE V1 DOMAIN CATALYTIC SUBUNITS (3 genes)
            • VACUOLAR ATPASE V1 DOMAIN NON-CATALYTIC SUBUNITS (11 genes)
  • PROTEIN TRANSLOCASES (74 genes)
    • ER MEMBRANE PROTEIN COMPLEXES (10 genes)
      • ER MEMBRANE PROTEIN COMPLEX EMC2A VARIANT (9 genes)
      • ER MEMBRANE PROTEIN COMPLEX EMC2B VARIANT (9 genes)
    • GENERAL SECRETORY PATHWAY FAMILY (9 genes)
      • ENDOPLASMIC RETICULUM SEC TRANSLOCON COMPLEX SUBUNITS (7 genes)
        • SEC61 TRANSLOCON - CG8860 VARIANT (3 genes)
        • SEC61 TRANSLOCON - SEC61&ggr; VARIANT (3 genes)
        • SEC61 TRANSLOCON - TESTIS-SPECIFIC VARIANT (3 genes)
        • SEC62/SEC63 COMPLEX (2 genes)
      • SEC61 TRANSLOCON COMPLEX SUBUNITS (7 genes)
        • SEC61 TRANSLOCON - CG8860 VARIANT (3 genes)
        • SEC61 TRANSLOCON - SEC61&ggr; VARIANT (3 genes)
        • SEC61 TRANSLOCON - TESTIS-SPECIFIC VARIANT (3 genes)
        • TRANSLOCON-ASSOCIATED PROTEINS (2 genes)
    • MITOCHONDRIAL PROTEIN TRANSPORT SYSTEM (41 genes)
      • MITOCHONDRIAL INTERMEMBRANE SPACE TIM CHAPERONE COMPLEXES (6 genes)
        • TIM8-TIM13 COMPLEX - CG34132 VARIANT (2 genes)
        • TIM8-TIM13 COMPLEX - TIM13 VARIANT (TESTIS) (2 genes)
        • TIM9-TIM10 COMPLEX (2 genes)
        • TIM9A-TIM10-TIM9B COMPLEX (3 genes)
      • SORTING AND ASSEMBLY MACHINERY COMPLEX - CG5662 VARIANT (3 genes)
      • SORTING AND ASSEMBLY MACHINERY COMPLEX - Mtx2 VARIANT (3 genes)
      • SORTING AND ASSEMBLY MACHINERY COMPLEX SUBUNITS (4 genes)
      • TIM22 TRANSLOCASE OF INNER MITOCHONDRIAL MEMBRANE COMPLEX (6 genes)
      • TIM23 MITOCHONDRIAL IMPORT INNER MEMBRANE SORT COMPLEX (4 genes)
      • TIM23 TRANSLOCASE OF INNER MITOCHONDRIAL MEMBRANE COMPLEX SUBUNITS (18 genes)
        • PRESEQUENCE TRANSLOCASE-ASSOCIATED MOTOR SUBUNITS (6 genes)
        • TIM23 ACCESSORY SUBUNITS (2 genes)
        • TIM23 TRANSLOCASE CORE SUBUNITS (7 genes)
          • TIM17 FAMILY (6 genes)
          • TIM23 FAMILY (1 gene)
        • TIM50 PRESEQUENCE RECEPTOR SUBUNITS (3 genes)
      • TIM23 TRANSLOCASE OF INNER MITOCHONDRIAL MEMBRANE MOTOR COMPLEX (7 genes)
      • TRANSLOCASE OF OUTER MITOCHONDRIAL MEMBRANE COMPLEX SUBUNITS (10 genes)
        • TRANSLOCASE OF OUTER MITOCHONDRIAL MEMBRANE COMPLEX (7 genes)
        • TRANSLOCASE OF OUTER MITOCHONDRIAL MEMBRANE COMPLEX - TESTIS-SPECIFIC VARIANT (7 genes)
        • UNCHARACTERIZED TOM40 PARALOG (1 gene)
    • PEROXISOMAL TARGETING SYSTEM (12 genes)
      • PEROXISOMAL CARGO RECEPTORS (2 genes)
      • PEROXISOMAL DOCKING AND TRANSLOCATION MODULE (2 genes)
      • PEROXISOMAL MEMBRANE EXTRACTION COMPLEX (2 genes)
      • PEROXISOMAL MEMBRANE PROTEIN INSERTION FACTORS (3 genes)
      • PEROXISOMAL UBIQUITIN LIGASE RETROTRANSLOCON COMPLEX (3 genes)
    • PROTEIN-TRANSPORTING ATPASES (3 genes)
  • TRANSMEMBRANE CARRIER PROTEINS (405 genes)
    • ATYPICAL SOLUTE CARRIERS (18 genes)
    • CLC ENDOLYSOSOMAL CHLORIDE/PROTON ANTIPORTERS (2 genes)
    • SLC1 FAMILY OF GLUTAMATE AND NEUTRAL AMINO ACID TRANSPORTERS (2 genes)
    • SLC2 FAMILY OF HEXOSE SUGAR TRANSPORTERS (31 genes)
    • SLC3 FAMILY OF HETEROMERIC AMINO ACID TRANSPORTERS ANCILLARY SUBUNITS (11 genes)
    • SLC4 FAMILY OF BICARBONATE TRANSPORTERS (2 genes)
    • SLC5 FAMILY OF SODIUM-DEPENDENT SOLUTE TRANSPORTERS (15 genes)
    • SLC6 FAMILY OF SODIUM/CHLORIDE-DEPENDENT NEUROTRANSMITTER TRANSPORTERS (22 genes)
    • SLC7 FAMILY OF AMINO ACID TRANSPORTERS (11 genes)
      • CATIONIC AMINO ACID TRANSPORTERS (6 genes)
      • L-TYPE AMINO ACID TRANSPORTERS (5 genes)
    • SLC8 FAMILY OF SODIUM/CALCIUM EXCHANGERS (6 genes)
    • SLC9 FAMILY OF SODIUM/PROTON EXCHANGERS (5 genes)
    • SLC10 FAMILY OF SODIUM-BILE ACID CO-TRANSPORTERS (2 genes)
    • SLC11 FAMILY OF PROTON-COUPLED METAL ION TRANSPORTERS (1 gene)
    • SLC12 FAMILY OF CATION-COUPLED CHLORIDE TRANSPORTERS (5 genes)
    • SLC13 FAMILY OF DICARBOXYLATE/CITRATE TRANSPORTERS (4 genes)
    • SLC15 FAMILY OF PEPTIDE TRANSPORTERS (3 genes)
    • SLC16 FAMILY OF MONOCARBOXYLATE TRANSPORTERS (16 genes)
    • SLC17 FAMILY OF ORGANIC ANION TRANSPORTERS (27 genes)
    • SLC18 FAMILY OF VESICULAR NEUROTRANSMITTER TRANSPORTERS (3 genes)
    • SLC19 FAMILY OF VITAMIN TRANSPORTERS (3 genes)
    • SLC20 FAMILY OF SODIUM/PHOSPHATE CO-TRANSPORTERS (1 gene)
    • SLC21 FAMILY OF ORGANIC ANION TRANSPORTING POLYPEPTIDES (8 genes)
    • SLC22 FAMILY OF ORGANIC IONS TRANSPORTERS (41 genes)
    • SLC23 FAMILY OF ASCORBIC ACID TRANSPORTERS (1 gene)
    • SLC24 FAMILY OF POTASSIUM-DEPENDENT SODIUM/CALCIUM EXCHANGERS (5 genes)
    • SLC25 FAMILY OF MITOCHONDRIAL AND PEROXISOMAL TRANSPORTERS (49 genes)
      • SLC25 FAMILY OF MITOCHONDRIAL TRANSPORTERS (48 genes)
      • SLC25 FAMILY OF PEROXISOMAL TRANSPORTERS (1 gene)
    • SLC26 FAMILY OF ANION EXCHANGERS (9 genes)
    • SLC27 FAMILY OF FATTY ACID TRANSPORTERS (3 genes)
    • SLC28 FAMILY OF CONCENTRATIVE NUCLEOSIDE CO-TRANSPORTERS (2 genes)
    • SLC29 FAMILY OF EQUILIBRATIVE NUCLEOSIDE TRANSPORTERS (3 genes)
    • SLC30 FAMILY OF ZINC TRANSPORTERS (7 genes)
    • SLC31 FAMILY OF COPPER TRANSPORTERS (3 genes)
    • SLC32 FAMILY OF VESICULAR GABA TRANSPORTERS (2 genes)
    • SLC33 ACETYL-COA TRANSPORTERS (1 gene)
    • SLC35 FAMILY OF NUCLEOTIDE SUGAR TRANSPORTERS (15 genes)
    • SLC36 FAMILY OF PROTON-COUPLED AMINO ACID TRANSPORTERS (11 genes)
    • SLC37 FAMILY OF PHOSPHOSUGAR/PHOSPHATE EXCHANGERS (1 gene)
    • SLC38 FAMILY OF SODIUM-COUPLED NEUTRAL AMINO ACID TRANSPORTERS (2 genes)
    • SLC39 FAMILY OF ZINC ION TRANSPORTERS (10 genes)
    • SLC41 FAMILY OF MAGNESIUM ION TRANSPORTERS (1 gene)
    • SLC42 FAMILY AMMONIUM TRANSPORTERS (2 genes)
    • SLC44 CHOLINE TRANSPORTER-LIKE FAMILY (2 genes)
    • SLC45 FAMILY OF SUCROSE TRANSPORTERS (2 genes)
    • SLC46 FOLATE TRANSPORTER-LIKE FAMILY (8 genes)
    • SLC49 FAMILY OF FLVCR-RELATED TRANSPORTERS (1 gene)
    • SLC50 FAMILY OF SUGAR TRANSPORTERS (2 genes)
    • SLC52 FAMILY OF RIBOFLAVIN TRANSPORTERS (1 gene)
    • SLC53 FAMILY OF PHOSPHATE CARRIERS (4 genes)
    • SLC54 FAMILY OF MITOCHONDRIAL PYRUVATE CARRIERS (4 genes)
    • SLC55 FAMILY OF MITOCHONDRIAL CATION/PROTON EXCHANGERS (2 genes)
    • SLC56 FAMILY OF SIDEROFLEXINS (2 genes)
    • SLC57 FAMILY OF NIPA-LIKE MAGNESIUM TRANSPORTERS (1 gene)
    • SLC58 FAMILY OF MAGT-LIKE MAGNESIUM TRANSPORTERS (1 gene)
    • SLC63 FAMILY OF SPHINGOSINE PHOSPHATE TRANSPORTERS (2 genes)
    • SLC64 FAMILY OF GOLGI CA2+/H+ EXCHANGERS (1 gene)
    • SLC65 FAMILY OF NPC-TYPE CHOLESTEROL TRANSPORTERS (2 genes)
    • SLC66 FAMILY OF LYSOSOMAL AMINO ACID TRANSPORTERS (4 genes)
• TRITHORAX GROUP COMPLEXES (44 genes)
  • BRAHMA COMPLEXES (15 genes)
    • BRAHMA ASSOCIATED PROTEINS COMPLEX (11 genes)
    • NON-CANONICAL BRAHMA ASSOCIATED PROTEINS COMPLEX (7 genes)
    • POLYBROMO-CONTAINING BRAHMA ASSOCIATED PROTEINS COMPLEX (12 genes)
  • COMPASS-TYPE COMPLEXES (16 genes)
    • COMPASS COMPLEX (8 genes)
    • TRR COMPLEX (10 genes)
    • TRX COMPLEX (7 genes)
  • NUCLEOSOME REMODELING DEACETYLASE COMPLEX (8 genes)
  • NUCLEOSOME REMODELING FACTOR (4 genes)
  • TRITHORAX ACETYLATION COMPLEX 1 (3 genes)
• TRNA-GUANINE TRANSGLYCOSYLASE COMPLEX (2 genes)
• TROPONIN COMPLEX SUBUNITS (7 genes)
  • TROPONIN C ISOFORMS (5 genes)
  • TROPONIN I ISOFORMS (1 gene)
  • TROPONIN T ISOFORMS (1 gene)
• TSC1-TSC2 COMPLEX (2 genes)
• TUBULINS (12 genes)
  • ALPHA TUBULINS (5 genes)
  • BETA TUBULINS (5 genes)
  • GAMMA TUBULINS (2 genes)
• UBIQUITIN-LIKE PROTEINS (12 genes)
  • ATG8 PROTEINS (2 genes)
  • ATG12 PROTEINS (1 gene)
  • NEDD8 PROTEINS (1 gene)
  • SUMO PROTEINS (1 gene)
  • UBIQUITIN (5 genes)
  • UFM1 PROTEINS (1 gene)
  • URM1 PROTEINS (1 gene)
• UDP-N-ACETYLGLUCOSAMINE TRANSFERASE COMPLEX (3 genes)
• USP46 DEUBIQUITINASE COMPLEX (3 genes)
• VCB COMPLEX (5 genes)
• VITELLINE MEMBRANE PROTEINS (6 genes)
• WASP AND SCAR HOMOLOG COMPLEX (5 genes)
• WAVE REGULATORY COMPLEX (5 genes)
• WIRINS (37 genes)
  • DEFECTIVE PROBOSCIS EXTENSION RESPONSE (21 genes)
  • DPR-INTERACTING PROTEINS (11 genes)
  • KLINGON SUBFAMILY OF WIRINS (4 genes)
  • LACHESIN SUBFAMILY OF WIRINS (1 gene)
• WISKOTT-ALDRICH SYNDROME PROTEINS (4 genes)
• WNT ENHANCEOSOME (6 genes)
• YELLOW (14 genes)
• YIDC/ALB3/OXA1 MEMBRANE PROTEIN INSERTASE FAMILY (1 gene)