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Summary
Sequence
Protein Information
- Protein summary
- Domains & features
- Variants
- PDB 3D protein model
- AlphaFold predicted model
Genetic Variation
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Transcript: EGY19622

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Description

hypothetical protein

Location

SuperContig DS572723: 359,221-365,414 reverse strand.

About this transcript

This transcript has 4 exons and is annotated with 14 domains and features.

Gene

This transcript is a product of gene VDAG_09956 Show transcript tableHide transcript table

Name	Transcript ID	bp	Protein	Biotype	UniProt	RefSeq	Flags
-	EGY19622	5948	1936aa	Gene/transcipt that contains an open reading frame (ORF).Protein coding	G2XIH4	-	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
UTR

Markup

loadingloaded

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No.	Exon / Intron	Start	End	Start Phase	End Phase	Length	Sequence
	5' upstream sequence						..........gactgatggataggaagtaagtcaggaagcagcagtcgcgtgttgaacgc
1	EGY19622-1	365,414	362,406	0	1	3,009	GATCCAAAAAAGAGCATCATCGATTCACCACAACAACGTCGGAGCACGAATATCGAATTG AGACGTACTTTTCGATTCCCAAGTCTCCTGAATTATCTGACGCTCATATCCGACGCTGCT TATGGAGCCCATTCACCATGGCGTCGGTAAAGTCTCTGGGACTGCACCAACCGACCGCAC TACATCGTACAATTGAGGAACTTGGTCTTCCGCAGAGCACCAACCTCTCTTCATTGCATT GGGAAATAAACACCGACAAGCGCGACACGCCAGCTGTTGAAGACGAAATCCTCGTGACCA AGACGTGTGTCGTATGGAGCCGAGGTGGAATATTCCGAAAGTCTTATAAATTCGACCTCG AGAACGAACCCATCACTCAGGCACTGCTGGCATACTTCCCCGCGTATGATGAGCTGCGGA AGCCCAAAAACAAGAAGAGGTCTTCAGTACCACTGGAAACCTCCAAGAAGCCGTCCAAGG CTCTGATCGTATTTCTCAAAACCCAAGCCCACCTTCATTTTATCTCAGGGGCCAGCCATG TCATCCATATGCCTTTCGAGGTTGAGGCCGCTTGCGCTGCGCCGCAGGGCGTCATCATAC AAAGGAAGCATCACACTGAGAACAACATACCGGTATCACTTAAGTTCCCCAGGGTTCCCC CAAACTCGTTCGTTTCCTCTCAGATCACAGCTCCATCTCTACGGGGTTCACAGCAAACCA CTTTCTCGATAGAGGGCCTGGGAAACCCCAGAAGCCTGCCTCTAAAGCTGGGTTCGACAC TAGAAGATATATGGGAGGTCCCCTTGGGGAAATCACAATCTAAGTGGCCGAGGCTGGTGA CTCTGATTGACCCACTGCAAGATATTGGTCTCGTCGTTACAGATTCTCAATCAGCGCAAC GGGCAGCGACAAGAAGAGGAACTTCCAAGTCGCCATATCTTCTAGACCCCGCCGAAGAGA TCCTTCACATCGAGGAAATACAGCTTCCAAGCTCACTACAGCCGCCAGAAAACGACCCAC TTATCCTCGCCGTTACAGTCAATAGAGAAGCAAATACGTACACATTATGGAGGTTATCGT ACAACAAGACTGGCGATAATCCTGTACATGGGAGCAAGAAGAGCGATATCACAGCAAACA GACGCCGCAGCTCGATGCAGCCACAGTTCGCCAGTGGGGCTTCTACACCGATCCAGGTTA ACTTCCGGGAAAGCTTTGGCGCGCCCTTGCCAGGGAAGCGGCAGAGGAAAAGCGAAAGAC TTGAGAGGTTTGAGAGGACTGAACAATCGGAAAAGTCACTTGATCTTGTTAGCTCTCTGA ATGCAGATAAAGACGGAGGCGTCACTCGAAGACAGTCACGCAGAGTCAGCTCCATGTTAG CTCGTGCTGATCTTTCCGCGTCACAAGAACGATCCGCCTTTTCAGAACAGCAGCTGATGC CAAATCTCGGCAGCTCGATGAGGGACTCTTTTAGCAACCAAGGAGGCCGCCACTCTCTCA ACTACAACCAGACCATCCACCCTAGCTTAGGTAGCTTACTCGAGGCTCCCATCGACAATG TTCTTGACGAGCTGCGAGCAGGAGGTGACTTTGAAGGCTTTCACAGCATGGGTCTTGACG ATCACGACTGTGACGGACTGGCACAAGAAATGGTGTTTACCAAGGTTCACACCATTGATA TTGACAGCTCTAATGTTCGTTACTCCGTATCGAGTCAGCCTGCGCGGTACCAGAGCAGTG TTTTTATTCTTTCGAGCCCCAAGCTCTCCGTTGATGATAATCGGAGAAGCGAGCTCATTC TTGGCATCCAAGATGCAGTGGACAAGAAGTTGCAACTTCTCACAATCGACATACACAAGA GTGGGCAATTTCTCGTTCCCCCCCGATCAGCCAAACTTCCTGAAATTCACTCGAACACCC TTCGAGTTACCTGTGGCCAGCTACGACGAGCACATCCCGTTGTTGATGCTTGTAAAGTTG TGGACGGCGATCTTTCGGCGATACTCATATTATCCGAAGGCAATGATGGACGACGCGAGC TCAGTATTCAGGCACCATGGCTGGAGAAAACACCCATTACTCTTCCTCGATTGCTACTCG AGAACGAGCGCAGCCTACAATATATCGGTCGTGTCATCGATCGAGATGTACGACAGCGAA GGTCCGAAGCACTGGATACGGCGAATGGCATCATCCGTGCTCTTCGATATTCTCGCATGG GTGGCATCGTAGATGTTGTGGACGCTGAGAGGCGTCATCACCAAATCCAGATTCAGCTGC AACCCCGCAATCCTTTGGCTCGCAAGGTTCTTGATGCATGCCGCAGCCTCCTCCCCTCGT CTCAATCCAAGAAAATGTTACCAGGCTGGTGGCAAGCCATGATGTGGCTACAGGCAGAAG ATATGCAGGTGGCGGATAACGAATGGTCGGCCCTCGTGATTCACATCCTGTCTATCTTCC TTGTCTTGGGAGGCGCTGAGGCAGCTGTCCCGGCTCCGCGGAGGCCGGTCAAGGGTCGCA GACGACCCCCTTCAGGCTCATTTGGTTCCATGAACAACATTGAGGAATGGCGCTCACTGC AGCTGCATGAGACACCCAATGCCCTTGGCTGCCCGGTATGGCAGCAGAACAGAGGCTGGG ACTGGACTGCGGACCATGACGATGATCTAGACACCAAGGGCGACTTTGTTGATTGCAAAT TTCTGCCAACGCACATTCAGTATACCCAAGCATACCTCTCATCAAGCATCGAAGGGGATG TACCAAGAACTGGATATGCGTTATCATCAGCAATCCTCCAGAATACAGAGGATTCGTACA GTGCAGTCTGGACCTTTTTCACCGGACTACACCTTCTACTCGAAGAACAAAAGCTGGATA CTTCCACTCCAGAATATGCAACCCCTGGTATTGCGGAGCTTCGCGTCTTGATGGCGCAGA TTGCACGCTGGCTAAGGTGGCACGAATATGCCTCCTATTACGAGATGGGTCTTCAAGAGG AACTGGAAA
	Intron 1-2	362,405	362,346			60	gtcgatatgataacggtacgtcttt..........tgcttgactattgcttacttgtcag
2	EGY19622-2	362,345	361,882	1	0	464	TTCTCGCTATCGAGATACCACAGCCGCAGTGGATGGGCAAGTCCTATGATGTTATTGAAT GGATTAACACCAACCTCACTCGTGGTGACAGGACAGATTTCCTGACACTAGCTTTTGCAC GCCAGAAAGGGGTGCCAGACTCTAGTCGACAACCTCCAACGGATACACGGTGGGACTTGA TGACACCGAGAACCCATATGTTCCAGGGCTTTTTCTCCAAGCTTCGCGCGAGAAACGATG CGGTTGGGATTGTTGAGGCCATGCATAGCTCGGGAATTGATGTCCGCGTGTTGGAAACGC TACCGGAGGCCGTTTTGACGCCCCTGCGTGACGCTATAGCCAGCTGCCAGGCACGACCTC CGTCCTCATGGTCGAAGGACATGCTGAAGCTGGTGAGTCGCAGCGACATCACCCTCATGT ACGAACCTAGCATGAAGCTCCAACAACGACCGTTCAACATAACA
	Intron 2-3	361,881	361,831			51	gttcgttctttatagccctcaagcc..........tgctggttttgctaaccctctgcag
3	EGY19622-3	361,830	360,306	0	1	1,525	GCCCCCATTCACATCGCCTCCTGGGATTTCCGGACCATATGCCAAACTCTTGATGAGTTC ATCTCTGCCGGCTATGATGATGGCGAGGGTACGGAGAGACAAGCAGTCATCAGAGCTTTG TTCAAGGAGGACCGACGCCTCAACGAAGCGCAGGACCTCCTGTCCACCCACAGACCACGT ATCGTCCGCCTAGACTCTGAGCCTGGTTGGACCGAGAGTCAATATCTCGAGAAGCAGAAA GAGCTTGTCTCGAGGGTTGCTACAGGCACGTTGGCAATTCCAGCTGGTCGTGCCCTTCTT TATTATGGCCTACGATATCCCTTGTTGACACAAAAGTTCCACATCGGAGGCTTTAACCTC AATTGTATCGTGCGTCCAACGAATGTCACTGTGGGCGTGGACAGATCACAGTTCACAGAG GAAAAGGTCTGCTGGGGCTTCTTCCACCAAGGGGTGGCCGCCGGCTTGGCTATATCCTCA CAGGCTAAAGGCATCGATACATCCTGGATTTTATACAATAAACCTGGTCAGGATCTCAAC AATCGCCATGCAGGGTTTTTGTTAGCTCTTGGTCTGAATGGTCACCTCAAAGACGTTGCG AAATGGGTCGCTTTCAAGTATTTGACACCAAAGCACACCATGACCTCGATTGGGCTGCTT CTTGGACTTGCTGCGTCGTACCTAGGTACTATGGATTCTCTCATCACACGTCTCCTGTCG GTACACGTTACGCGTATGCTTCCACGTGGAGCAGCCGAGCTGAACATCTCGCCCCTGACC CAGACGACCGGCATCATGGGCATCGGTCTTCTCTATTGCGGTAGTCAACATCGGCGGATG AGCGAGATCATGATGTCCGAGATCGAGCATGTTGGTGAGGACGAAAGCCCTGAGCCCCTG AGGAGTGAGTGTTACCGCCTCGCTGCTGGGTTTTCGCTTGGGTTCATCAACCTTGGTAAA GGCAAAGACCTCAAGGGGCTCCATGATATGAGACTCACCGAAAAGCTCATCGGCATTGCA ACGGCGAACAAGAAGGTTGAGATGGTGCAAATTTTGGATCGTGCTGCTGCAGGCGCAGTC ATGGCTCTCGCCCTTATCTTCATGAAGTCGGAGGACCACATCGTGGCGCGTAAGATCGAT GTGCCGGAATCGGTCGTACAGTTCGACTACATCCGTCCAGACATCCTTCTCTTGCGTACT GTTGCCAAGAATTTGATTCTTTGGAGCCAGATTGAGCCTTCATTCGAGTGGATCGCGCAA AGTTTACCCACGCCGTTCCGCTTCCGCCATAGATTGACCGGCACTATAGTCTTGAGGAGC ACCGATCTCCCTTTTTTCAGCATCCTCGCAGGTCTTTGCTTCTCTCTAGCGTTGCGGTTC GCCGGAAGTGGCTCGCTGAAAGCTCGCGATATCCTCATTCATTACCTCGATCAGTTCATG CGTATCTCGCGTATTGTCTCTACGAAACGAGTTCCACAATTCGATCGGCCAATTTACGAT GAGGAGCTTGCACGATCAAACGCAC
	Intron 3-4	360,305	360,171			135	gtatgtgccaagatatcctcgctct..........actccttatggctcgcatctggcag
4	EGY19622-4	360,170	359,221	1	0	950	CACACCTTGCTATTGGAGCACTGTTTCTTGGTTGTGGGACAACAACGTTCGGTACCAGCG ATCTTGCTATCGGTTGTCTATTGGTAGCTTTCTACCCCGTGCTCCCAATATCGGTGATGG ACAACCGCGCGCATCTGCAAGCTTTCCGTCACTTCTGGGTCCTCGCAGCCGACCCGAGAT GTCTAGTGGCTAAAGATGTCGCAACAGGACAGCCTATCAGCGTTCCTGTCCATATACGCA TGAGATATCCCGCGGCTCACTCGTCATCATCAAATCCGGACCACGACGTTCTAATTCGTA CCACCCCCTGCCTATTACCACCACTGTCAGATATCTCGTCTCTTCGCACTAATGCTGGTC CGGACTTTTGGGATGTGGAACTGGACTTGAAAAGCGATGCGGCGCTTATGACAACGATTG CCAAGAACCCGAGCCTATTCCTCAAGAAACGTCCTCCTCTCGAGGCTCCTTTCTCTGCTA CGCTCCGTGCACTGGGGCGCAGCTCCTTGGCGGACGCCACGCATGGCGGGGGCCAACACG ACCCTTTGGTGTGGATCTTCCGCGCCGAAGCATTGCAAGGCCTCTCTCATGCTGAGCAAG GGCTCGTGCTCGATGGTAACGCTGCTATGGACGGGAGCGTGACCGTTACTTCTGCTGTTG ATACACGCCTCGTTCTGGAACAAAGTGCCAAAAGCTTTTCACGGGAGAGATTGCAAGGGC TCAAGCTCTTATTCGGATGGGCGGATGTTCGAGATCGAGTGGAACCCCGGAACGTTGCGT CTGCTGTTGTCAATGGGTTACAGACACCAGGGCAACGGCAGGAGGAATATGAAGGCGGGG AGGCTAAGGAGGCTAGGGGGGAAGGCGAAGGTTGGTGGATACGGAATAGTGTTATTGAGG CTCTCAAGGGACAGGTCTTTCTTGCTGCGAGAGAAAACATCACGGTCTAA
	3' downstream sequence						cacccatcgccggaatttgggcagaacgaaatccccaatatcccaacttc..........

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