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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
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External References
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Supporting evidence
ID History
- Transcript history
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Transcript: EHK20300 TRIVIDRAFT_181149/EHK20300

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Description

hypothetical protein

Location

SuperContig 80: 197,591-202,502 reverse strand.

About this transcript

This transcript has 2 exons and is annotated with 28 domains and features.

Gene

This transcript is a product of gene TRIVIDRAFT_181149 Show transcript tableHide transcript table

Name	Transcript ID	bp	Protein	Biotype	UniProt	RefSeq	Flags
TRIVIDRAFT_181149/EHK20300	EHK20300	4814	1523aa	Gene/transcipt that contains an open reading frame (ORF).Protein coding	G9MYX1	-	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						..........ggctatacctcttgctcatctttctttcttcgtctttttcgtttgaagcc
1	EHK20300-1	202,502	202,323	0	0	180	ATGGGCCAAGGGTTCTCTCTCGCTACGCCGTCGGCTGGCGCGGCAGGCATAGATATTGCG CAGCTGCAGGACATTCAGTACGAAAAAGGTATAGGAAATGCACGCTTCATGAAGAGCATC CGGGGGAGACATGAGCACGGCGTGGTGCTGGTCAAGGTGCTAGTGAAGCCCTACCCGGAG
	Intron 1-2	202,322	202,225			98	gtgcaactggagatgtacaagaaga..........gatagcttgaacagagcagcgcaag
2	EHK20300-2	202,224	197,591	0	2	4,634	GCGTTGGCGGGCGTTCCCAATGCATTAGGCTTCCAGCGCATCATCGAGACGGAGACGAAC GGATATCTGGTGCGACAGTTTATGTACAACTCGCTCTATGACCGCATGAGCACGCGGCCA TTTCTGGAGGACATCGAGAAGAAGTGGCTGGCGTTCCAGCTTCTCTGTGCCCTGCGAGAC TGCCACGCGCGCGACGTCTACCACGGCGACATCAAGGCCCAGAATGTGCTCGTCACGTCG TGGAACTGGCTGTACTTGACCGACTTTTCATCCGCCTACAAGCCCATCATGCTCCCGGAC GACAACCCCGGCGACTTTTCCTATTTTTTCGACTCGTCAGGCCGGCGGACGTGCTACATT GCGCCTGAGCGCTTCTACTCATCCAGCGAGCCCCCGCCGCAGAAGCCCAAGATGACATGG GCCATGGACGTCTTCAGCGCAGGATGTGTTATAGCCCAGCTGTTTCTCGAGTCGGAAATC TTCAGCCTCGCCCAGCTGTACAAGTACCGGCGCGGCGAGTATGACCCCGTCATTACTCAC CTGAGCGTAATCTCGGACAAGGACGTGCGCGACATGATTGCCCACATGATCCAGCTTGAT CCCGAGAGGCGGTATTCGGCTGAGCAATATCTCGACTTTTGGAAAGATAAAGTCTTCCCC AGCTATTTCTACAACTTCCTGCACCAGTACATGGAGCTGATTACGGATCCGTCGTCGGGG AATAGCCCAATGTCGGGTGCTGAGAAGAACTTGGGCGAGTCGGATAACCGCATCGACAGG ATCTACAATGACTTTGACAAGATTTCATACTTCTTGGGCTATCAAGCCGAGAAGCAGACA TCAGGGCCGATAATGCCCAAGTCGAGGCTGGGGTTGGACCATTTCCCGGTGAGGTTGAGT ATCCCGACTCACGAACACGCTGTCTCTGCGGATCTCGAGCCGCCCGAGGACGACGGAACG CTCATCTTCCTGACGTTGGTAGTCTCGGCTATGAGGACGACGGCCCGGGCTGCGTCTAGA ATCAGGGCGTGCGATTTGCTGTTGGCGTTTGCAGAAAGGCTGACCGACGAGGCCAAACTG GACAGAGTACTGCCGTATCTGATGACGCTCTTGCGTAAAGAGGAGACGGACATGGTGCTC GTGACTGTAATACGAGCCGTCACTCAGCTGCTGCAGCTGGTACGGATGACCACGCCGATA AATTCGCACGTTCTGGTTGAATATGTCCTGCCCCGGATGGAGATTGCTCTCGGAACAAAG TCGTGGACGCCCAACTCTCTGGTACGGGCGACCTATGCGTCCTGTATAGGTAGCCTCGCT TCTACTGCTCAGCGTTTTCTGGAAATGGCATCAAGCCTTAGGGCGGACGGATCAATGCCG ATTACCGACCCGGAGGTAGAGCCTGGAACTGATGGCGCTGCTGCCAACTTTGAGAGCATG TTCGATAATGCAAACAGACAGCTTTTTGAGATTCTTGAGAGCCATACGAAGCAGCTCGTC GAGGACCCGGATGTCCATGTTCGACGAGCATTCCTGACATCGGTGCCGGAACTCTGCATG TATTTCCAGGATAATTCTAATGACATCCTGCTTACGCACTTAATCACCTATCTGAACGAC AGGGACTGGATGCTGAAGAGTGCCTTCCTAGACACCATTGTGGGCATTGCAACTTTCATA GGAAGCACCAGCCTCGAAGAATTCATACTACCTCTCATGGTTCAGGCTTTGGCGGATCCG GAGGAGAGTGTGGTGCGGTCAGCTTTGCATTCGCTAGCTCAACTTGCAGGCCTGGGACTA CTGTCCAGGTCAAAGATCTGGGAACTGGCAGACTTGATAGGGCGGCTCACCATGCACCCA AACATGTGGATCAGAGAATCTGCAGCAGAGTTCCTATCCATGGCTGCCAAGTTCTTATCC CAGGCCGATGTGCAGTGCATATTGCTGCCGATGGTTAGGCCATATCTCAAGATAGAGTCC CTTACCGACTTTTCTGAGCTAAATCTTCTTGACTCCTTGAAGAAGCCTCTTCCCCGGCAA GTCTTTGATCAGGCGTTGACTTGGGCTGCCAAGACGGATAGGGGGGTGTTCTGGAAGTCA GTCTTGGGAAAACGGATGTTATCGAACCAAGTGGCGCTGGCCTCGGCGGCTCGAACATCC AAGGAGTTGATGCCTTCTTCCACGAGCAAAATTAGCCGCAATGAAGAGGATGAGCAATGG CTCGAGAAACTAAGGAATTTTGGACTGAGGGCCGAAGATGAGATGAAATTTCTGGCCTTG TGTGAATATATATGGCGGCTTAGCAAGAGCAAGACGCGAGACACTGGCGTCGTCACGCCC ACCGCTGAAGATGAGATTATGCCTACGGGATTTGTTCAGCTGAAGGAGTTGGGTGTGTCT ATTCAGACGGTGTTTTTCGACGAAGGCCCCCTAAAGGACCCCTCTGCCGCTCTGCCGGAC CTGGAGCCCACACCCCCCATAGCCGGGCCATATACGATCGCGGATGCGTTATTGGACGCT TCCATGACGATAGACGATACAGTCGGTAAGAAGAAGCGTCTCCATTCTCATAAGAGGGTA CACAGCATAGGCCCTTTGCCTTCTCGCAGCACGGGACGCCTGTTGTCTCCTACTGGGAGC GGAAGGGCTAGCTCTACCGATTCTCGGATGGCACTGAATTCTCCTCTCGGGCCCGGAGAT GATTCCGTGTCTATCAAGGACGGATCATATTCTTCTCGCAGAGGCATCCGGCACCAGTCA AGTGCCCTCAGCCTCTTGGATCGCAAGGACGGCCACAAGTCTATCCCAGAGACTGGGACC AGCGATACCAATGCCTTTGGGCAGGTGGAAGGGCCTTTTACCCAGACGGCGCCGGTGAAA GCCATTTCTCGGCCGAGCACAGAAGGCGGCGAAGCTTCCCGTCTGAGGCAGGTGAGGCAT AGCTACGAAGGAACAGATCCCCATGTTCGACGAATGCTCGATAATATGTACGTCGAAAAC TTCCCTCGCGACGTGCTAGAATTTGGACCAATGGTCCAGCCCATCTCTGGGGATAAGAGT AGATCGGTCAACGTCCCGGGCGCGGATCCTCCCTGGAAGCCCGACGGGCATCTCGTGGCG ACGTTTGCGGAGCACCGCGGACCCATTAACCGTGTCATTCCATCTCCGGATCACATCTTC TTCATCACGGGCGGCAACGACGGTACGGTAAAGGTGTGGGATACGCAGCGGCTTGAGCGC AACATCACGAACCGGTCTCGGCAGACTTACAAACATGGCGAAGGTGCTCGCGTCGTTGCC CTCTGCTTCGTTGAAAACTCACACTGCTTCGTCAGCTGTGCGTCCGATGGCAGTGTTCAC GTAGTCAAGGTTGACACGGTTCCCACTAGTGGTGTTATTAGATATACCAAGCTGCGGGTG TTGCGGGAATACCAGCTACCGGAAGGCGAATATGCAGTGTGGTGTGAGCATTTTAAGCAA GAACAAAGCTCCATTCTTGTGCTCGCCACCAATCTATCGAGGATCCTCGCCATGGATTTG AGAACCATGACTTTGCTCTACGTGCTGGAAAACCCAGTCCATCACGGAACGCCAACGTGT TTTTGTGTTGACAAGAAGAGAAACTGGCTGTGCGTGGGGACTTCCCATGGAGTTGTCGAC CTATGGGATCTCCGATTCAAGATGAGGCTCAAGGGATGGGGTGTGCCCGGGAAGGGATCT ATTTATCGGATTTGCGTGCATCCCAACAAGGGCAGAGGCAAATGGATTTGTGTCGCTGGA GGAACTGGCCAAGGCGAGGTTACGGTCTGGGACCTGGAAAAGACGACCTGCAGAGAGATT TACCGAACTGGTGGCAATAAGGATGGCCAGAAGGGATACACTGCGTGGGAAGTCGATGAA GATAAGCCTGAAGGAATGCTTGGTCGCTTCGCCACAAATCTTGAGATGAGCGACATGGGA AACGCAGATCGAGGGGTACGGGCAATGGTTGTGGGCACAGGAACGTCGGAGGACTCTCGC GAGGTCCGCCATGCGTACATGCTCACGGCAGGGTCCGATAAACGACTCAGATTCTGGGAC ATTTCTCGAATCGAAAACTCTTGCATCTACAGCGGTCTCCAGCCCGACGAAGTTCCGCCC ACATATGCGAGCACGCATCCGACGACATCGATGACGCTCAACACGGAGCGGTTCGCAAGG CATGCGGCGTCTGCGCCTAATGCGGGGACCGGATCTAGGCAGAAGGCCCCCAGGTCGACG GTGATTTCCATGCAACAGCAGCAGTTGTTAAAGTCGCACCTAGATTTGATCATGGATGTG GCGATTCTGGAGTATCCGTATTCGATGAGCGTGTCTGTGGATCGATCTGGCGTGGTTTAT GTGTTTCAATAGAAGATTTTTTTTTTGATTTTATTGTTTAGATAGCGGAAGCTCTTGTTC GAGCTTGGGTTTGGGCTATGGCAAAAGGAGGGAAATGGATTGATTGGAGTTGCATCTTTT AGATGGGTAGAGCTACCTCCGTGTATTTTATACGTTCTCTGCATGAGGCGAGGCATGGGT GTTGTGTGGGCTATACCTGCAGCGTTTTGGGGCAGATAAGCGGCTGATGATCAACAATTA TGATTGATTATGCT
	3' downstream sequence						acattgtgtgaaattgtaatccctgtttatactatttctctagtaaaacg..........

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