Gene Dmel\ss

General Information
Symbol	Dmel\ss	Species	D. melanogaster
Name	spineless	Annotation symbol	CG6993
Feature type	protein_coding_gene	FlyBase ID	FBgn0003513
Created / Updated	2003-12-01/2003-12-01
Genomic Location
Chromosome (arm)	3R	Recombination map	3-58.5
Cytogenetic map	89B14-89B15	Sequence location	3R:12,200,150..12,229,405 [-]
Map ( GBrowse )
Summary Information
Automatically generated summary See sections below for more information	The gene spineless is referred to in FlyBase by the symbol ss (CG6993, FBgn0003513). It has the cytological map location 89B14-89B15. Its sequence location is 3R:12200150..12229405. Its molecular function is described as: DNA binding; transcription factor activity; sequence-specific DNA binding; signal transducer activity. It is involved in the biological processes: regulation of transcription, DNA-dependent; transcription from RNA polymerase II promoter; antennal development; antennal morphogenesis; leg segmentation; regulation of dendrite morphogenesis; signal transduction. 72 alleles are reported. The phenotypes of these alleles are annotated with 44 unique terms, many of which group under: adult segment; peripheral nervous system; appendage segment; antennal segment; nervous system; thoracic segment; adult mesothoracic segment; metatarsus; organ system; imaginal precursor. It has one annotated transcript and one annotated polypeptide.
External Summaries

Phenotypic Description from the Red Book (Lindsley & Zimm 1992)
Gene/Allele symbols may differ from current usage	ss: spineless Mutations at the spineless locus display three different phenotypes: (1) The spineless phenotype is characterized by the reduction in size of all bristles; (2) the aristapedia phenotype corresponds to the transformation of distal antennal segments, specifically the arista and the distal portion of the third antennal segment, into distal mesothoracic leg segments, i.e., tarsal segments; and (3) leg-segment fusion manifested as fusion of tarsal segments on all eight legs. Homeotic tissue does not conform to developmental compartment boundaries; therefore, ss does not qualify as a selector gene (Struhl). Expression of these phenotypes varies among alleles. Some alleles show only the spineless phenotype. Aristapedia alleles, symbolized ssa, vary in expression; weak alleles show a swelling of the third antennal joint and rudimentary tarsal transformation of the base of the arista; as expression becomes more extreme, more tarsal joints are formed until in the most extreme alleles four tarsal segments and terminal claws are formed. Tarsal fusions are characteristic of extreme aristapedia alleles. ssv: spineless-variegated Variegates for spineless character but completely mutant for aristapedia. Male sterile. RK2A. ss1 Bristles only a little larger than hairs; dorsocentrals least reduced; postscutellars erect. No effect on legs or aristae. Growth of bristles slows during development [Lees and Waddington, 1943, Proc. Roy. Soc. (London), Ser. B 131: 87-110]. Dominant to aristapedia phenotype of all ssa alleles. RK1. ssa: spineless-aristapedia ssa: spineless-aristapedia From Bridges and Brehme, 1944, Carnegie Inst. Washington Publ. No. 552: 179. Antennae and aristae tarsuslike; mean number of tarsal segments = 4.0; incidence of claws = 97.1% (Garcia-Bellido, 1968, Genetics 59: 487-99); classified as an intermediate allele by Struhl. Third joint of antenna like parts of a tarsal row but with broad, flat, plate-like lobes below. Tarsal segments of legs display intermediate level of fusion (Struhl). Bristles like those of a medium to slight Minute. Frequent extra dorsocentral bristles. Transformed tissue is leg tissue in every attribute tested. Transformed tarsi elicit behavioral response similar to that of normal legs when exposed to sugar solutions (Deak, 1976, Nature 260: 252-54). Regions of aristae converted into tarsi not affected by mutants affecting aristae (e.g., th and al) but are affected by those operating on tarsi (e.g., fj, d, app, and ey) [Waddington, 1939, Growth, Suppl. 1, pp. 37-44; Braun, 1940, Genetics 25: 143-49; Mglinetz and Ivanov, 1975, Genetika 11(#11): 27-33; 1976, Genetika 12(#12): 87-94]. Dissociated cells from ssa antennal disks aggregate with dissociated leg-disk cells but not with those from wild-type antennal disks (Garcia-Bellido). Antennal disks from ssa larvae give rise to leg-like structures when transplanted into wild-type hosts as do both duplicated and regenerated antennal disks formed from eye-antenna-disk fragments (Gehring and Schubiger, 1975, J. Embryol. Exp. Morph. 33: 459-69); when disks are pretreated with colchicine, the developing structures are more aristalike (Vogt, 1947, Experientia 3: 156-59). Homozygous clones of ssa tissue produce antennal leg tissue when induced before (Roberts, 1964, Genetics 49: 593-98) but not after (Postlethwait and Girton, 1974, Genetics 76: 767-74) mid-third instar. Large clones conform to anterior and posterior compartments comparable to those induced in normal mesothoracic legs [Morata and Lawrence, 1979, Dev. Biol. 70: 355-71 (fig.)]. No maternal effect; temperature independent. ssa40a Cold sensitive; phenotype normal in flies raised at 29; fully penetrant at 17 [mean number of tarsal segments = 2.8; incidence of tarsal claws = 1.3% as recorded by Garcia-Bellido (1968, Genetics 59: 487-99) probably in flies raised at 25]. Phenocritical stage in first half of third instar [Grigliatti and Suzuki, 1971, Proc. Nat. Acad. Sci. USA 68: 1307-11 (fig.)]. Shifts from 17 to 29 early in third instar restrict transformation to base of arista; distal extent of transformation increases as shift is effected later in development (Grigliatti and Suzuki). Opposite response to temperature for antennal transformation but not tarsal fusion reported by Mglinetz (1977, Genetika 13: 70-75). Developmental compartments demonstrated in antennal legs [Morata and Lawrence, 1979, Dev. Biol. 70: 355-71 (fig.)]. ssaB: spineless-aristapedia of Bridges Bristles of female like a slight Minute, especially postscutellars. At 25, aristae inconspicuously thickened at base, plumed or threadlike for rest of extent. At 18 penetrance is 7% and expression weak; at 14, ssaB enhanced and resembles ssa; al causes reduction of ssaB arista at 25 but has no effect on transformed arista at 14 (Villee, 1943, J. Exp. Zool. 93: 75-98). Legs frequently have lumps at second joint of tarsi; more pronounced in male and result in doubling of sex combs, which are strung along first and second fused joints. Eyes a little flattened. Except at low temperatures, all characters slight and may overlap wild type. ssaB/ss1 has slight Minute phenotype but wild-type legs and aristae. ssaB/ssaSp like ssaSp with large tarsal aristae. RK2. Struhl (1982, Genetics 102: 737-49) and Posakony. ssaH (A. Hannah Alava) Homozygous viable and fertile. Displays enlargement of base of arista. Increased number of sex-comb teeth on basitarsus of first leg in males (12-38 with mean of 24 teeth per leg). ssasnB (A. Hannah Alava) Description incomplete. Extreme fusion of tarsal segments; basitarsus of male first leg has 20-50 sex-comb teeth (mean = 40); sex-comb teeth not uncommon on second leg. ssC1 Reported to be homozygous lethal and lethal in combination with Df(3R)bxd100 (Bownes, Bournias-Vardiabasis, and Spare, 1979, Mol. Gen. Genet. 174: 67-74); however both of these combinations viable in the hands of *ssiso53: spineless-isoallele Homozygote is wild type. ssiso53/ssa, ssiso53/ssa63c, and ssiso53/ssa53e have thickened proximal segments of aristae, like ssaB. RK3.
Detailed Mapping Data
FlyBase Computed Cytological Location
Cytogenetic map Evidence for location 89B14-89B15 Limits computationally determined from genome sequence between P{PZ}gish⁰⁴⁸⁹⁵&P{EP}EP3171 and P{lacW}CSN5^L4032
Experimentally Determined Cytological Location
Cytogenetic map Notes References 89C1-89C2 (Duncan, 1998.2.24) 89C1-89C2 (determined by in situ hybridisation) (Duncan et al., 1998)
Experimentally Determined Recombination Data
Location	3-58.5 (Neel, 1942)
Left of (cM)
Right of (cM)	Sb (Struhl, 1984) l(3)DTS8 (Holden and Suzuki, 1973)
Notes
Molecular Map Data
Gene Order (in direction of increasing cytology) References Gene Order (overall orientation not stated) References
Gene Model & Products
Please see the GBrowse view of Dmel\ss for information on other features
Comments on Gene Model
	DGC clone appears problematic (AT29177): incomplete CDS.
Transcript Data
Annotated Transcripts
Name FlyBase ID RefSeq ID Length (nt) Associated CDS (aa) ss-RA FBtr0083318 NM_057400 5190 884
Additional Transcript Data & Comments
Reported size (kB)	5.4 (northern blot) (Duncan et al., 1998)
Comments	A ss probe detects a smear of transcripts from 0.7 to 6.5kb with an embedded band at 5.4kb. (Duncan et al., 1998)
External Data
Crossreferences
Polypeptide Data
Annotated Polypeptides
Name FlyBase ID Predicted MW (kD) Length (aa) Theoretical pI RefSeq ID GenBank protein ss-PA FBpp0082768 97.7 884 8.06 NP_476748 AAF55308
Additional Polypeptide Data & Comments
Reported size (kD)	884 (aa) (Duncan et al., 1998)
Comments
External Data
Linkouts	PANTHER - Protein classification by function, families, and pathways • FBgn0003513
Crossreferences	InterPro domains - A database of protein families, domains, and functional sites • PAS (IPR000014) Basic helix-loop-helix dimerisation region bHLH (IPR001092) PAC motif (IPR001610) PAS fold-3 (IPR013655) PAS fold (IPR013767)
Sequences Consistent with the Gene Model
DDBJ / EMBL / GenBank	DNA sequence Protein sequence Name AA142128 AA142129 AC011615 AE003713 AAF55308 AF050630 AAD09205 AY118719 AAM50579 BF492270 CK00279 CO273790 CO284044 CO295744 CO309425 CO321365 CO341388 CZ485914 CZ490599 CZ490600 EC072021 EC223220 EC234971 EC236020 EC247817 EC259373

UniProtKB/Swiss-Prot
UniProtKB/TrEMBL	O61543 Q8MSL0 Q9VEV9

Maps to	FBcl0298075 (FlyBase, 1992-)
Does NOT map to
Identified with	AT29177 (BDGP Project Members, 2000-)
Mapped Features & Mutations
Please see GBrowse or insertion reports for information on insertions of transgenic constructs and features not listed here Type Symbol & Location Additional Notes References aberration junction Df(3R)RS3-32 3R:12,242,799..12,244,818 evidence=experimental linked_to=EcoRI-EcoRI_rfrag comment=The breakpoint falls within an EcoRI fragment on the Figure 1 map in FBrf0102306. (Duncan et al., 1998) aberration junction T(2;3)ss[a75] 3R:12,240,821..12,244,818 evidence=experimental linked_to=EcoRI-EcoRI_rfrag comment=Reported to map between -17.5 and -13.5 in the coordinate system of FBrf0102306. The breakpoint falls within an EcoRI fragment on the Figure 1 map. (Duncan et al., 1998) aberration junction Ab(3;?)ss[D114.7] 3R:12,239,193..12,240,826 comment=Reported to map between -13 and -12 in the coordinate system of FBrf0102306. The breakpoint falls within an EcoRI-BamHI fragment on the Figure 1 map. evidence=experimental linked_to=EcoRI-BamHI_rfrag (Duncan et al., 1998) aberration junction Tp(3;1)ss[v] 3R:12,231,486..12,240,826 linked_to=EcoRI-XbaI_rfrag comment=Reported to map between -14 and -4 in the coordinate system of FBrf0102306. The breakpoint falls within an EcoRI-XbaI fragment on the Figure 1 map. evidence=experimental (Duncan et al., 1998) aberration junction Tp(1;3)sta 3R:12,219,601..12,225,518 comment=Reported to map between +2 and +8 in the coordinate system of FBrf0102306. The breakpoint falls within a region bounded by HindIII and EcoRI sites on the Figure 1 map. evidence=experimental linked_to=EcoRI-HindIII_rfrag (Duncan et al., 1998) aberration junction In(3R)ss[D115.1] 3R:12,214,652..12,219,606 comment=Reported to map between +8 and +13.5 in the coordinate system of FBrf0102306. The breakpoint falls within a HindIII-BamHI fragment on the Figure 1 map. evidence=experimental linked_to=HindIII-BamHI_rfrag (Duncan et al., 1998) aberration junction T(2;3)ss[D115.5] 3R:12,214,652..12,219,606 evidence=experimental linked_to=HindIII-BamHI_rfrag comment=Reported to map between +8 and +13.5 in the coordinate system of FBrf0102306. The breakpoint falls within a HindIII-BamHI fragment on the Figure 1 map. (Duncan et al., 1998) aberration junction In(3LR)P88 3R:12,207,854..12,210,656 comment=The breakpoint falls within HindIII fragment on the Figure 1 map of FBrf0102306. evidence=experimental linked_to=HindIII-HindIII_rfrag (Duncan et al., 1998) aberration junction T(Y;3)ss[D116.2] 3R:12,204,844..12,207,859 linked_to=HindIII-EcoRI_rfrag comment=Reported to map between +21 and +23 in the coordinate system of FBrf0102306. The breakpoint falls within a HindIII-EcoRI fragment on the Figure 1 map. evidence=experimental (Duncan et al., 1998) aberration junction Tp(3;?)ss[D114.6] 3R:12,204,844..12,207,859 comment=Repprted to map between +21 and +23 in the coordinate system of FBrf0102306. The breakpoint falls within a HindIII-EcoRI fragment on the Figure 1 map. evidence=experimental linked_to=HindIII-EcoRI_rfrag (Duncan et al., 1998) aberration junction In(3R)ss[D114.9] 3R:12,203,300..12,204,849 evidence=experimental linked_to=EcoRI-BamHI_rfrag comment=Reported to map between +24 and +25 in the coordinate system of FBrf0102306. The breakpoint falls within a HindIII-BamHI fragment on the Figure 1 map. (Duncan et al., 1998) aberration junction Tp(3;2)iab2[P10] 3R:12,200,169..12,203,305 comment=Reported to map between +25 and +28 in the coordinate system of FBrf0102306. The breakpoint falls within a BamHI-XbaI fragment on the Figure 1 map. evidence=experimental linked_to=BamHI-XbaI_rfrag (Duncan et al., 1998) complex substitution ss[D114.10] 3R:12,240,821..12,246,095 comment=Reported to map between -17 and -14 in the coordinate system of FBrf0102306. The breakpoint falls within a BamHI to XbaI fragment on the Figure 1 map. The XbaI site is not present in the reference sequence so the mutation is mapped to the adjacent EcoRI site. The mutation is associated with an internal deletion of at least 1kb and an insertion. evidence=experimental linked_to=BamHI-EcoRI_rfrag (Duncan et al., 1998) deletion ss[D115.7] 3R:12,204,844..12,214,657 comment=Approximate boundaries of an intragenic deletion with the distal break between +13 and +14 and the proximal break between +21 and +23 in the coordinate system of FBrf0102306. The deletion roughly maps to a BamHI-EcoRI fragment on the Figure 1 map. evidence=experimental linked_to=BamHI-EcoRI_rfrag (Duncan et al., 1998) uncharacterized change in nucleotide sequence ss[D114.3] 3R:12,231,486..12,232,729 linked_to=HindIII-XbaI_rfrag comment=Reported to map between -5.5 and -4 in the coordinate system of FBrf0102306. The breakpoint falls within a HindIII-XbaI fragment on the Figure 1 map. evidence=experimental (Duncan et al., 1998) uncharacterized change in nucleotide sequence ss[D115.2] 3R:12,214,652..12,219,606 comment=Reported to map between +8 and +13.5 in the coordinate system of FBrf0102306. The breakpoint falls within a HindIII-BamHI fragment on the Figure 1 map. evidence=experimental linked_to=HindIII-BamHI_rfrag (Duncan et al., 1998) uncharacterized change in nucleotide sequence ss[D115.3] 3R:12,204,844..12,207,859 evidence=experimental linked_to=HindIII-EcoRI_rfrag comment=Reported to map between +21 and +23 in the coordinate system of FBrf0102306. The breakpoint appears to fall within a HindIII-EcoRI fragment on the Figure 1 map. (Duncan et al., 1998)
External Data
Linkouts	DEDB - Drosophila exon database: splicing graphs • 9677
Crossreferences
Expression Data
FlyBase-Curated Data
Transcript and Protein data	Please see the FlyBase Gene Expression Report for details of gene expression from the literature.
Summary of Transcript Expression
Stage Tissue/Position Reference embryonic stage \| stage >8 embryonic labial segment (Duncan et al., 1998) pupal stage sensillum precursor (Duncan et al., 1998) embryonic stage embryonic antennal segment (Duncan et al., 1998) pupal stage trichogen cell (Duncan et al., 1998) larval stage \| third instar dorsal metathoracic disc (Duncan et al., 1998) larval stage \| third instar tarsus \| presumptive (Duncan et al., 1998) larval stage \| third instar eye disc (Duncan et al., 1998) larval stage \| second instar antennal disc (Duncan et al., 1998) larval stage \| second instar tarsus \| presumptive (Duncan et al., 1998) embryonic stage \| stage >8 leg \| anlagen (Duncan et al., 1998) larval stage \| third instar dorsal mesothoracic disc \| restricted (Duncan et al., 1998) larval stage \| third instar labial disc (Duncan et al., 1998) embryonic stage \| stage >8 embryonic mandibular segment (Duncan et al., 1998) embryonic stage \| stage >8 embryonic maxillary segment (Duncan et al., 1998) embryonic stage \| stage >8 embryonic peripheral nervous system (Duncan et al., 1998) embryonic stage \| stage 8 cephalic furrow \| anterior to (Duncan et al., 1998) larval stage \| third instar genital disc (Duncan et al., 1998) larval stage \| third instar morphogenetic furrow (Duncan et al., 1998) larval stage \| third instar antennal disc (Duncan et al., 1998) larval stage \| third instar ventral thoracic disc (Duncan et al., 1998) larval stage \| third instar maxillary palpus \| anlagen (Duncan et al., 1998)
Marker for

Subcellular Localization
CV Term
Summary of Polypeptide Expression
Stage Tissue/Position Reference
Marker for

Subcellular Localization
CV Term
External Data & Images
Linkouts	FLIGHT - Cell culture data for RNAi and other high-throughput technologies • FBgn0003513 FlyAtlas - Adult expression by tissue, using Affymetrix Dros2 array • FBgn0003513 GEO (NCBI) - Gene expression data: microarray and other high-throughput technologies • FBgn0003513 BDGP expression data • Show all BDGP original images, annotations and embryonic microarray data for ss FlyExpress - Embryonic expression images (BDGP data) • Show all FlyExpress processed images for ss Stage(s) 9-10 Stage(s) 11-12 Stage(s) 13-16
Alleles & Phenotypes
Summary of Allele Phenotypes
Lethality Allele viable ss¹ ss^a ss^aC10 ss^aC11 ss^aC13 ss^aC16 ss^aC6 ss^aSp ss^f07846 viable \| recessive ss^aH viable \| reduced ss^a53e lethal \| recessive ss¹³⁴ ss^Kemphues ss^aBR30-71 ss^aD ss^aHR Other Phenotypes Allele visible ss^D114.9 ss^a52g ss^a ss^unspecified visible (with Df(3R)ss-D114.4) ss^D115.7 visible (with ss^aBR30-71) ss¹³⁴ visible (with ss^D115.7) ss^D114.9 visible (with ss^D114.9) ss^D115.7 visible (with ss¹³⁴) ss^aBR30-71 visible \| recessive ss^D114.7 ss^D115.7 ss^aC10 ss^aC11 ss^aC12 ss^aC13 ss^aC14 ss^aC16 ss^aC3 ss^aC5 ss^aC6 ss^aC7 ss^aC8 ss^aC9 ss^aP88 visible \| dominant ss^aD visible \| homeotic ss^3-32 ss^D114.10 ss^D114.12 ss^D114.2 ss^D114.3 ss^D114.5 ss^D114.6 ss^D114.7 ss^D114.8 ss^D114.9 ss^D115.1 ss^D115.2 ss^D115.3 ss^D115.5 ss^D115.6 ss^D115.7 ss^D116.1 ss^D116.2 ss^D116.4 ss^D116.5 ss^D116.7 ss^D116.8 ss^a ss^aP88 visible \| homeotic \| recessive ss^a40a ss^a ss^aB ss^aP88 ss^ax visible \| somatic clone ss^unspecified behavior defective ss^a geotaxis behavior defective ss^Kemphues ss^aBR30-71 ss^aD ss^aHR flightless \| recessive ss^a40a ss^a ss^aB ss^aP88 ss^ax cell death increase \| cell autonomous \| somatic clone, with Scer\GAL4^Act5C.PI ss^Scer\UAS.A5 cell death increase \| cell non-autonomous \| somatic clone, with Scer\GAL4^Act5C.PI ss^Scer\UAS.A5 neuroanatomy defective ss¹³⁴ ss^D115.7 neuroanatomy defective (with ss^D115.7) ss¹³⁴ neuroanatomy defective (with ss¹³⁴) ss^D115.7 neuroanatomy defective \| somatic clone ss¹³⁴ ss^D115.7 neuroanatomy defective, with Scer\GAL4⁴⁷⁷ ss^Scer\UAS.A5 neuroanatomy defective, with Scer\GAL4^ppk.1.9 ss^Scer\UAS.A5 Sterility Allele sterile ss^a53e female semi-sterile ss^a52g male sterile ss^a52g fertile ss^aSp ss^f07846 fertile \| recessive ss^aH Phenotype manifest in Allele dendrite & dorsal multidendritic neuron ddaE (with ss^D115.7) ss¹³⁴ antenna (with ss^aBR30-71) ss¹³⁴ leg \| ectopic (with ss^aBR30-71) ss¹³⁴ chaeta (with ss^aBR30-71) ss¹³⁴ dendrite & dorsal multidendritic neuron ddaE ss¹³⁴ ss^D115.7 dendrite & dorsal multidendritic neuron ddaE \| somatic clone ss¹³⁴ ss^D115.7 dendrite & dorsal multidendritic neuron ddaD \| somatic clone ss¹³⁴ ss^D115.7 dendrite & dorsal multidendritic neuron ddaB \| somatic clone ss¹³⁴ ss^D115.7 dendrite & lateral multidendritic neuron ldaB \| somatic clone ss¹³⁴ ss^D115.7 dendrite & dorsal multidendritic neuron ddaF \| somatic clone ss¹³⁴ ss^D115.7 macrochaeta ss¹ ss^D114.12 ss^D114.2 ss^D114.3 ss^D114.5 ss^D114.6 ss^D114.7 ss^D114.8 ss^D114.9 ss^D115.1 ss^D115.2 ss^D115.3 ss^D115.5 ss^D115.6 ss^D115.7 ss^D116.1 ss^D116.2 ss^D116.4 ss^D116.5 ss^D116.7 ss^D116.8 ss^a ss^a52g ss^a53e ss^a63c ss^aC10 ss^aC11 ss^aC13 ss^aC16 ss^aC6 ss^aP88 ss^aSc antenna ss^3-32 ss^D114.10 ss^D114.12 ss^D114.2 ss^D114.3 ss^D114.5 ss^D114.6 ss^D114.7 ss^D114.8 ss^D114.9 ss^D115.1 ss^D115.2 ss^D115.3 ss^D115.5 ss^D115.6 ss^D115.7 ss^D116.1 ss^D116.2 ss^D116.4 ss^D116.5 ss^D116.7 ss^D116.8 ss^a ss^a44a ss^aC10 ss^aC11 ss^aC13 ss^aC16 ss^aC6 ss^aD ss^aP88 vertical bristle ss^37b posterior vertical bristle ss^37b scutellar bristle ss^37b tarsal segment ss^D114.2 ss^D114.5 ss^D114.6 ss^D114.8 ss^D114.9 ss^D115.1 ss^D115.2 ss^D115.3 ss^D115.5 ss^D115.6 ss^D115.7 ss^D116.1 ss^D116.2 ss^D116.7 ss^D116.8 ss^a ss^a40a ss^aC10 ss^aC11 ss^aC13 ss^aC16 ss^aC6 ss^aP88 ss^aSc ss^asnB sex comb \| ectopic (with ss^a) ss^D114.9 tarsal segment 1 (with ss^a) ss^D114.9 joint (with ss^a) ss^D114.9 arista (with Df(3R)ss-D114.4) ss^D114.9 tarsal segment \| ectopic (with Df(3R)ss-D114.4) ss^D114.9 antennal segment 2 (with Df(3R)ss-D114.4) ss^D114.9 antennal segment 3 (with Df(3R)ss-D114.4) ss^D114.9 antennal segment 4 (with Df(3R)ss-D114.4) ss^D114.9 antennal segment 5 (with Df(3R)ss-D114.4) ss^D114.9 antennal disc (with Df(3R)ss-D114.4) ss^D114.9 leg \| ectopic ss^D114.9 tarsal segment 2 (with ss^D115.7) ss^D114.9 tarsal segment 3 (with ss^D115.7) ss^D114.9 tarsal segment 4 (with ss^D115.7) ss^D114.9 tarsal segment 5 (with ss^D115.7) ss^D114.9 ventral thoracic disc (with ss^D115.7) ss^D114.9 leg ss^D115.7 ss^a53e ss^a63c ss^aSp maxillary palpus ss^D115.7 tarsal segment 1 ss^D115.7 tarsal segment 2 ss^D115.7 tarsal segment 3 ss^D115.7 tarsal segment 4 ss^D115.7 antennal sense organ ss^D115.7 dorsomedial papilla ss^D115.7 dendrite & dorsal multidendritic neuron ddaC \| somatic clone ss^D115.7 tarsal segment (with Df(3R)ss-D114.4) ss^D115.7 tarsal segment 2 (with ss^D114.9) ss^D115.7 tarsal segment 3 (with ss^D114.9) ss^D115.7 tarsal segment 4 (with ss^D114.9) ss^D115.7 tarsal segment 5 (with ss^D114.9) ss^D115.7 ventral thoracic disc (with ss^D114.9) ss^D115.7 dendrite & dorsal multidendritic neuron ddaE (with ss¹³⁴) ss^D115.7 arista ss^Kemphues ss^a ss^a40a ss^a44a ss^a52g ss^a53e ss^a63c ss^aB ss^aBR30-71 ss^aH ss^aHR ss^aP88 ss^aSc ss^aSp ss^ax denticle belt \| medial, with Scer\GAL4^69B ss^Scer\UAS.A5 embryonic trachea, with Scer\GAL4^69B ss^Scer\UAS.A5 maxillary palpus, with Scer\GAL4^ptc-559.1 ss^Scer\UAS.A5 rostral membrane, with Scer\GAL4^ptc-559.1 ss^Scer\UAS.A5 leg \| distal, with Scer\GAL4^ptc-559.1 ss^Scer\UAS.A5 femur \| anterior compartment \| distal, with Scer\GAL4^ptc-559.1 ss^Scer\UAS.A5 tibia, with Scer\GAL4^ptc-559.1 ss^Scer\UAS.A5 wing, with Scer\GAL4^ptc-559.1 ss^Scer\UAS.A5 abdominal tergite, with Scer\GAL4^ptc-559.1 ss^Scer\UAS.A5 wing margin, with Scer\GAL4^sd-NP7148 ss^Scer\UAS.A5 dorsal mesothoracic disc \| cell autonomous \| somatic clone, with Scer\GAL4^Act5C.PI ss^Scer\UAS.A5 wing, with Scer\GAL4^sd-SG29.1 ss^Scer\UAS.A5 dendrite & tracheal innervating neuron, with Scer\GAL4⁴⁷⁷ ss^Scer\UAS.A5 dendrite & dorsal multidendritic neuron ddaC, with Scer\GAL4^ppk.1.9 ss^Scer\UAS.A5 sex comb \| ectopic (with ss^D114.9) ss^a tarsal segment 1 (with ss^D114.9) ss^a joint (with ss^D114.9) ss^a antennal segment 3 \| distal ss^a ss^aC3 tarsal segment \| ectopic ss^a mesothoracic tarsal segment \| distal \| ectopic ss^a ss^a40a ss^aB ss^aP88 ss^ax eye-antennal disc