Drosophila melanogaster (BDGP6.28)
Location

Chromosome 3L: 9,763,544-9,786,466 forward strand.

BDGP6.28:AE014296.5

About this gene

This gene has 13 transcripts (splice variants), 125 orthologues and 1 paralogue.

NameTranscript IDbpProteinTranslation IDBiotypeUniProtRefSeqFlags
-FBtr007631957591268aaFBpp0076048
 
Protein coding
Q9VT48 NM_140100.2
NM_168369.2
NP_648357.1
NP_729546.1
APPRIS P5
-FBtr033184856201210aaFBpp0304232
 
Protein coding
M9PEQ4 NM_001274724.2
NP_001261653.1
APPRIS ALT2
-FBtr007631753191201aaFBpp0076046
 
Protein coding
Q8IQD6 NM_168370.3
NM_168371.3
NM_168372.2
NM_206313.2
NM_206314.3
NP_729547.1
NP_729548.1
NP_729549.1
NP_996035.1
NP_996036.1
APPRIS ALT2
-FBtr007632051731201aaFBpp0076049
 
Protein coding
Q8IQD6 NM_168370.3
NM_168371.3
NM_168372.2
NM_206313.2
NM_206314.3
NP_729547.1
NP_729548.1
NP_729549.1
NP_996035.1
NP_996036.1
APPRIS ALT2
-FBtr007632151441268aaFBpp0076050
 
Protein coding
Q8MRK3 Q9VT48 NM_140100.2
NM_168369.2
NP_648357.1
NP_729546.1
APPRIS P5
-FBtr007632350991228aaFBpp0076052
 
Protein coding
Q8IQD5 NM_168373.3
NP_729550.1
APPRIS ALT2
-FBtr007632550431201aaFBpp0076054
 
Protein coding
Q8IQD6 NM_168370.3
NM_168371.3
NM_168372.2
NM_206313.2
NM_206314.3
NP_729547.1
NP_729548.1
NP_729549.1
NP_996035.1
NP_996036.1
APPRIS ALT2
-FBtr007632649941166aaFBpp0076055
 
Protein coding
Q7KUD6 NM_206312.3
NP_996034.1
APPRIS ALT2
-FBtr007632749651233aaFBpp0076056
 
Protein coding
Q7KUD7 NM_206311.2
NP_996033.1
APPRIS ALT2
-FBtr007632448691201aaFBpp0076053
 
Protein coding
Q6NL70 Q8IQD6 Q95SW2
NM_168370.3
NM_168371.3
NM_168372.2
NM_206313.2
NM_206314.3
NP_729547.1
NP_729548.1
NP_729549.1
NP_996035.1
NP_996036.1
APPRIS ALT2
-FBtr007632246681161aaFBpp0076051
 
Protein coding
Q8IQD4 NM_168374.2
NP_729551.1
APPRIS ALT2
-FBtr007631845151201aaFBpp0076047
 
Protein coding
Q8IQD6 NM_168370.3
NM_168371.3
NM_168372.2
NM_206313.2
NM_206314.3
NP_729547.1
NP_729548.1
NP_729549.1
NP_996035.1
NP_996036.1
APPRIS ALT2
-FBtr03012281450371aaFBpp0290446
 
Protein coding
Q86PD2 NM_001169931.2
NP_001163402.1

Gene-based displays