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Summary
Sequence
Protein Information
- Protein summary
- Domains & features
- Variants
- PDB 3D protein model
- AlphaFold predicted model
Genetic Variation
- Variant table
- Variant image
- Population comparison
- Comparison image
External References
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Supporting evidence
ID History
- Transcript history
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Transcript: EDN92505 SS1G_08368/EDN92505

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Description

hypothetical protein

Location

SuperContig CH476631: 657,990-661,600 reverse strand.

About this transcript

This transcript has 3 exons and is annotated with 12 domains and features.

Gene

This transcript is a product of gene SS1G_08368 Show transcript tableHide transcript table

Name	Transcript ID	bp	Protein	Biotype	UniProt	RefSeq	Flags
SS1G_08368/EDN92505	EDN92505	3462	1153aa	Gene/transcipt that contains an open reading frame (ORF).Protein coding	A0A1D9QE59 A7ESR3	-	A single transcript chosen for a gene which is the most conserved, most highly expressed, has the longest coding sequence and is represented in other key resources, such as NCBI and UniProt. This is defined in detail on http://www.ensembl.org/info/genome/genebuild/canonical.htmlEnsembl Canonical,

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Exons

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Exons/ Introns

Translated sequence
Flanking sequence
Intron sequence

Markup

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No.	Exon / Intron	Start	End	Start Phase	End Phase	Length	Sequence
	5' upstream sequence						..........aaataaacaactatcgtaaaccatttctctacgccattggaatatttaac
1	EDN92505-1	661,600	661,506	0	2	95	ATGGCCTATTTAGCACCGGTACATCGACCAAGTAGTGTACGTCTTACATTAAGATTGAAT CTTCTAGATCACAGGGAGGAATGTCTAGTACTTGC
	Intron 1-2	661,505	661,425			81	gtatgtagtatcccacttcaagctt..........caaccatatactaatctctaaacag
2	EDN92505-2	661,424	658,400	2	0	3,025	CAAAGCAAATCGATTGGAAATATGGAAGGCCACGGAAGAAGGCCTTACAATGGCATACTC GAAATCTATATACGGCCGCATATCCATGCTCCAAAAGATCCAACCCGCCGGATCCAAAAC CGACCATCTGTTCGTAGGAACTGTTCGAGCACAATACTTTACCGTCATGTGGAATCCTAA TACGCATAAGCTGGATACCATGCAATCATTTGTGGATATTTCTCAAGAACATATGCGGGA TTCGGAAAGTAGAGATAGATGTCTTGTGGATCCGACGGGGCGATTACTGGTCATGGAATT GTATGAGGGAGTGTTGAATTTGGTGAAGATTGTGAAGCCGAGAGGAGGCAAAACGGATTA TCTGGAGAAACCGGAACAAGTTAGGATTTCGGAGATGAAGGTTAGGGCGAGTGCGTTTCT GTATACGCATACCAAACAGCCGAAACTGGCGTTACTTTACCAGGACGCGAGGGAGAATGT GAATTTGGCGACATATAGGATGCTGGATGATAAAGGACATCCCAATCTGCAATTTGATCC GAAGAAAAATAGGGAGAATGATCTGGATGATTTGTGTGTTGGGGCTATGCACATCATACC AGTTCCGAAGGGAGAAGATGAGGGGAGCAAGAGGTATATTGTTAGGAATGCGACGACGGC GAAGGCTAATTTAGGAGGAGTGGTTGTCCTAGGAGAGACGAAGTTTACGTATCTGGATGA TGAGAGTAAAGCGATCGTCGAGTATGCGCTAGATGAGGCTGTATTATGGGCTGCATGGGA ACCAATAGACGACAGGAATTATCTGCTGGGAGATGATTATGGATTTCTATACCTTTTCAC AATATTAGTCGATGGTGCTACAGTTACTGGAATGAAGGTTCTAAAACTGGGGCAGGTATC TAAGCCTACATCTTTAGAGAACCTGGGCAATGGGGTGTTCTATGTTGCTTCGCATGAAGC AGACAATCAAGTCATTCAAATAGATTTGGGGAGTCCGAATTATAGTGTTACGGTATTACA GGTATTACCTAATATTGCGCCCATACTAGATTTCACAATCATGGATATGGGTGGGAGAGA GGGTCAGACTCAATTGAATGAGTACTCTTCAGGCCAAGCTCGATTAGTCACGGGTAGTGG AGGGTTTGAGGGAGGAAGTTTAAGAAGCGTTCGAAGTGGCGTTGGGCTTGATGATATTGC AATACTTGCCGAAATGGAGGGTATTCATAAGGTTTTCGCATTACATTCTGGTCCAAGTCT GCCGAATGATACTCTTGTAGTGTCATTTTCCACGGAAACTCGATTCTTCAAGTTCGATTC GCTAGGAGATATCGAAGAGGTGAATACTATCAGCAATTTGTCGGCTGCCTCGGAAACATT ACTAACTTATAATCTCGATAATGGTTGTATACTACAAGTCACCCAACATGAGGTAGCAAT ACATGGCAAATCCCCGGGGCATCGATGGCAACCTCCTGACGGACAAATTATTACAGCAGC TTCGGGGAACCAGAACTATATTCTACTTTCATCTAATGGACGTACACTAGTCACTCTGTC AATCGAACAAAATCTAGCCGAAGTTGCGTTTCAGGAGCTTGGGGATGATCAAGTAGCTTG CATACATGTACCTCAGTTATTGGGAGATATAGGTGTTATTGGTTTATGGAAATCAGGATC AATATCTCTCCTTGATCTAAAAACTCTCAAAACTATAGTATCCGAAGATCTACGACGGAA CGATGGTGCTTCTATACCGAGAGACATTGCTCTTACTCAAATTTTGCTTCCGGAACTTTC GGGTCCAACATTATTTGTGAGTATGGAAGATGGTATTGTGTTGAGTTTCGACGTCGACAG TGAGAATTGTTCACTTTCCGGACGGAAAAGTATTGTGCTCGGTACACAACAGGCACGACT TCAAATTCTGCCGCGAGATAACACCACTTTCAATGTCTTTGCAACTTGTGAGCATCCTAG TTTGATATACGGTTCTGAGGGTAGGACTGTGTATTCGGCTGTTACAGCTGAAGATGCGAT CACAGTATGCTCGTTCAACAGTCGAGCATATCCTGATTCAGTAGTCGTGGCTACAACGAA TGAGCTCAAACTCTCAGCCATCGACAATGAACGGAGAACACATGTCAGAACTTTACCGAT TGGTGAAACTGTCAGAAGAATAGCATACTCAGCCAAAGAGAGAGCATTTGCTATTGGAGC CATCAAACGTGAATTAACAAAAGGACAAGAAATCGTCACTACTTCTTTTAGATTGGTTGA TGAGGTCGTTTTCGGCGAACTAGGCGAGCCATTTTACTTACCAGCCAATGACGAAATCAT CGAAAGTGTTATACGAGCCGAGCTTCCAACAAAATATGGAGACGGTGAACTAGTCGAGCG CTTCCTAGTTGGTACCAGTTTTCTCCATGATGGCGAAGTAAATATTCGTGGTCGTCTTCT TATCTTCGGTGTCAATAGTGACAGAACTCCATACATAATCGCTTCTCACACTCTTAAAGG CTCTTGCAGGTGTATTGGTGTCCTTAATGGTAAAATCGTCGCGGCACTTAATAAAACTGT TGTCATGTACGATTACGAAGAAACGTCCCGTACTACTGCCAATCTTCGAAAAGTTGCTAC CTATCGCTGTGCGACTTGTCCAATCGATATCGATATTAGAGGTAACATAATAGCCGTAGC CGATATCATGAAATCCGTTGCTCTCGTCGAATATACACCAGGCGTCGACGGCCTACCAGA CAAACTCGAAGAAGTGGGTAGACATGCACAACAAGTTTTCGCAACGAGTATAGCCGAGGT AGACACAGATACTTATTTGGAATCAGATCATGATGGGAATCTCATTGTCTTAAAGAGGAA TCGCGAGGGAGTTACAAGGGAAGATAAGCTTAGGCTTGAGGTTCTTTGTGAGATGAATTT GGGGGAGATGGTAAATAAGATTAAAAGGATTAATGTAGAAACGTCAAAAGATGCACTGCT AATCCCTCGAGCCTTCGTCGCAACA
	Intron 2-3	658,399	658,332			68	gtacgtttccccctccctttctctt..........ccagctactaacaaccacattccag
3	EDN92505-3	658,331	657,990	0	0	342	ACCGAAGGTTCCATCTATCTCTTCTCCCTCATCCCCCCTCAAAATCAAGACCTTCTAATG CGTCTCCAAAGCCGTCTCGCATCTCTCCCAGCCCGCTCTCTCACAGACTCTTCCTTCTCA GCTCCCATCGAATTCAGTCCCGGCAATCTCGATTTCGATAAATATAGATCGTATGTCTCG GCCGTGAGGGAAACAAATGAACCCTTTCGATTTGTAGACGGGGAGTTGATTGAACGGTTT TTGGATTTGGACGGCGCGATTCAAGAGAATATTTGTGACGGCTTGGGTGTTAGGGCGGAG GATTTGAGGGGTGTGGTGGAGGGGCTAAGGAGGTTGTGTTAG
	3' downstream sequence						ctgtgatggcttgtgggttgtggattttgggggtaaaggggaatggggaa..........

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