FB2026_02 , released June 18, 2026
Physical Interaction report
Open Close
General Information
Interaction Type
physical association
Interacting Genes
zfh1, mir-12
FlyBase ID
FBig0000122619
Interaction Network
Interactions Browser links
zfh1 network
mir-12 network
Reported Interactions
FBrf0256254-2.mRNA-miR.NB
Reference
Sheng et al., 2023
Description
physical association
Assay
Collection
Source/Stage
Cell line used
S2-unspecified
Participants
Corresponds to
Reported as
Role
Note
zfh1 

zfh1

bait
zfh1 
mir-12 

mir-12

prey
Experimental entities
Corresponds to
Identifier
Reported
Role
Note
Subregions with role in interaction
Corresponds to
Description
Role
Coordinates
Note
zfh1 
3-prime UTR TDMD trigger sequence
sufficient binding region
GAGACCAGUACCAAGUGCUGCGGAAUACUCAAAA
Isoform-specific participants
Corresponds to
Description
Role
Note
Comments concerning this interaction

Source was Source was S2 cell line; bait produced from endogenous gene; prey produced from endogenous gene.

(Sheng et al., 2023)

Sequences in zfh1 mRNA target mir-12 for degradation. Knock down of these zfh1 mRNA sequences by RNAi interference, increases expression of mir-12.

(Sheng et al., 2023)
FBrf0256254-7.mRNA-miR.SEQ
Reference
Sheng et al., 2023
Description
physical association
Assay
Collection
Source/Stage
Cell line used
S2-unspecified
Participants
Corresponds to
Reported as
Role
Note
zfh1 

zfh1

bait
zfh1 
mir-12 

mir-12

prey
Experimental entities
Corresponds to
Identifier
Reported
Role
Note
Subregions with role in interaction
Corresponds to
Description
Role
Coordinates
Note
zfh1 
3-prime UTR TDMD trigger sequence
sufficient binding region
GAGACCAGUACCAAGUGCUGCGGAAUACUCAAAA
Isoform-specific participants
Corresponds to
Description
Role
Note
Comments concerning this interaction

Sequences in zfh1 mRNA target mir-12 for degradation. Knock down of these zfh1 mRNA sequences by RNAi interference, increases expression of mir-12.

(Sheng et al., 2023)

Source was Source was S2 cell line; bait produced from endogenous gene; prey produced from endogenous gene.

(Sheng et al., 2023)
External Crossreferences and Linkouts ( 0 )
References (1)