Tan0016573 (gene) Snake gourd v1
Overview
Sequences
The following sequences are available for this feature:
Legend: polypeptideCDSexon Hold the cursor over a type above to highlight its positions in the sequence below.ATGCAAGTAAGTTTTGCTCGAAAAAGAAAAGCGTCCATCTCGAAGGAGAAATCCAATTTTTTCCCTCCAAATTTGCCTCTCTCAGTTAGTTTAGAATTTATCGTATCGGAGTGTGGCGCGCGCGCGTTTTCAATCACATTCCCCTCTTCAAGTTTTCTTGGCACTGTACAGAAACTTGAACCGAATTACAGGTTACAGCTGCTTGCTCTGTCAACTGTCAAGGATGGAAGAGTATTTGCAGTACATGAAGACATTGCGCTTACAAATGAACGGTACGTACCGCCTCCTCCATCTCCATTGGACCAAATCCAAGTTTTAACTTACAGAAATATATTGTTCGCGTTCTTGTGGATTAGTAACACTAATTTGGATCGATTCTGTATCAAACTCGACTTAGACGTGGAGGATCAAGCTTCGAAGATCTCCGTCGAAGAGCATATTCACTTGATTACTATTCAAACAATGGAGAACGATCTCATTTCTGGTCAAGTCTCTACTTCTAGTCTTCCAGTTCTTTATTTCTGTATCCGAACGTTCTACCTTTTGCATCTAGTAAAATTTTTGCAGGACGTTTTTTTTTTCTTTTCTATACAGAGGTTTTGTAGATTTATTCTCTATTTTTCCTAGTTCGTCCTCAATTCTGTTTGATTTCGCTTCAGATCGTTCCAAGGATGTCAAGCTGATTACTGTTAGTCGTTTTTTGTGCTCAAAACTTTGTAGCATCGATTTTGCTCTTGTCTCACATTTTCTCTCTGGTTTCTAAATTCTTCTGATATATATGGATGAACGACTAGCTTATTTGAAAGCAGTTTAATTATTTCATGCCATTTTCCTGCATCCTGCCTGCTGTTACCGTGAATCTTCATAGTGAAGTTGAATGGTTTTGCTGTTTTTCTTACAACAACAGCTGAAGAATCCTTCTAATGTATTCAGACACTAACATAAACAAGTTGATGCGTTTGGCCCGTTCGAAAATCTATTTGATTATTTCTGTTATTGCCAAAACATTTAAGAGTGGTATAATTATCCGGTTTCGAGAATGTCATGACTCATATTGCCAGCATATAATGACGTGAATTGAATGACAAAAAACTGAGAACATTCTTCTTCTTCTTCGATGATCAAACAAATTGTCCATTGGACCTAATGTGATGTCTAACTTCTTTGTTTTCATGTTAGGCATAAAATTTTTACTTTTGGTGCATATTTCGAATGATGTTATTGATGATTTGATGCCCTATAACACCTAGCGCATGCTTGAACTATTTTCATTTTGTATTATTCTGTTCTTGCTTTCGCCAGATTGAGATTTTCTGTTATCTTGCTGATATAATTACTCTCAAATACTTGTCCTTGAACCAGTACTTAAATTGACCAAACAGGACTGACTTATCATTTTTTACCTATGTTTATAACCTAATCCATCCTATTCTAGAAGTCTTTTAATATAATATATAGTCATATATTGATGATTTTTGGCTTAACATAGTTCCAATTTCTTTTTTGTAGGTGCTTTCACTGTACTTTGCCTAACAAATCCATTATTTGTTTGTAGTTTTTGGGTAATGCTGATTAGCAGCTATTGCCGTTTGGTTACTTTCTGTTGAGAATAGGTCGGCTGAATGAACTTGGATACTAATTCTTGCATGTTCAGTTTAGTATAGGCCCTGTGACCACTTGTTGACAGTGTTACTTCATCCGTTGTTTGCTCAATTTGGCTTCAGATTTAATTGTAGTTCTGTATTCGTTTTGTCCTAAAACATTAATATTTTGGACGAACTAAAAATGTTGAGTTGTTAGAATGTATGGCTAGATTAGTTTGCTTTCACTAAAGACGTTTTGATGCAGCAAAAAGCGAGTTAAAACAACTCACAGAGGATGTTGAGCGAATAATGAGGGCAAAGGGTGAAATATGCTCCCAGATATTAGAAAAGCAAAGAAAAATAGCCTCTTTGGAGGCTGACATATGTACACTTTCACAGGTGGTCTATTCTCTGTTTAACAACTGCTTTTAATCAGTGTAAAAGGATCTGTAGCATCTATATGGTACATAATCTCCATTTCATAATTTCTCATTATTGACAAGGATGGAGAAAATAAAACAAAAATTTTATTTTCCCTCTGTTATTAAAGTGCTAGTATAGAACTTGCTGAGTACATACAATATATACGATTATGGAGTCATGAACTAAAAAGGAAGGTCATAAGAAATTGCTCAACCTCAAATGTCCTGCTCGTGAAATGGAATTGGAACTTTTTCTTCTGCTCCCTACATACATTTTCTCTTGGCTTTAGTCGACCAGATAAGTGATCTGAGGCTGGATATTTTTCCCAATTCTTTTGTATATGTATATGTATATCTAATAGGACTAAGAGCAAAAGAGCTTCTCTGATTACTCAATTTGTCTAGTTCCCTTAGTCTTCAAGAACAAAGGGAACTCTTTTCTCTGGTTCACTTATTCTCCTGTTCAACAAGAGGAGAAAAATTCTTGTTCAGTTTCTCTCCATTATTAATTTCAAAGAAAATTATTTTGTATCTGCCTCTTTTTAGTTAGATACTCTCAACTGTTTGATATTCAGACACTCGAGCTCATTCAGCAAGAAAAAGTCAGCTTAGGAGCCAAAATTATTGAGAAGAGGTGATTGAACTACGCGATTTGGAATTTCTGGTTCTATTAATGGTGCGCTATGTTATTAACAGTAGTTTATTTAACCATGATAGTAATTATTATACCAAAGTTGCTGAGGACATCAGTCTCAAATTTCAAGATCAACAGGTTCAACTCCGAAACCTATGTCTTATCAATTATAGAATCCGAATCTATTATTCCTGTTTTGGAATCTAGTCTATTATGCAACCTTTGTTGTAGGATTGGGTAAATGCTAACATGATTCGCAGAGAAGTGGGAGAGCACGAATTGGTATTTCTCACTAGATTATCTCTACCGCCTCTTCACTATTTCTTTTATCATATTAATAATTATGGTTTATTTCAGCTGCCCTTTCTTTGCACTCATGAGATTACGTGGTTATCCCTGGACTGCTCCAATAGCTATAACTCCTAGATTTTGTACATGGATTTGAAGAGATTTAGTAAACAAGCATCCAAGTGATTCTTACCCTGACCTTCATCTAATATCTGTAGATAGCAAACTAGATATTTAGAGTATGTGTAGCTTAAATTCTATAGCTCATATACGAAACTTTTTTCCTTCTCAGGCTCTGAGTAAAAGCTTCCTGGGTCACTATATGTGAATTTCAAATGCCATTGTGGAATCCATTAGAGTTTTTATGCTCAAGTCTCATCTTATTTTACGCTCTTAATGGCATTCTTATGGCATATACTTACTTTGGCTCTGGATGGTCGTTTCAAGAATACTTGTCATTAATCACGATCTTTTTAATTTTATCATCTTTTAGGTACTTAGTCCTTATTGTATTAGCTTTGAATGGGAATCCATCAAAAAATCTTGAGAGAAATAAATATTGGAGCCTCAATCTTGTCAATAAAACCATCCCGTAGTAAATCATCAATCTAATTGTTGGAGTGAGTGAAGATGTTGAAGTATTCATTCTCGGTGCTTAGTCCTTCTTCACCAAGCAAGTAATTTGGAGTTAAACAATTGTGCTAGGACCTGTCAATGTATTTATAACAAGATGAGGCTGAAAAAGTTTTGATCTTTGAATCATTTTGTTCGATGTCTCTTTTGTTTGCAGGTTTTGCATTCCCTTATGTGTAGTAAGTTAATCCAAAATAACTGATTAGAGTTTATTTCAGGTTAAGCTTGAAACTGCTAAGGGAGCAAGGGAAATGGAAGTATCTTCTGATACAGTTGGAGGTCTGGACCTCCTATCCCCCTCTTCACATTTTTAATTAACTATAATATGTATAATGGTTTACTTCAAAATAGTTTTGCTTAGATCTATCCTATTTGCAACTAGTTTTGCAGTTCAGATTGAGAACGGATGATAAAGTAAAATTGTCTGACGTTTTTCAAAGCTTCTCAAAGTTTAAGGCTCTTTGAAATAATTTCTTGTAGTTTTTGAATCAGTTGGATTCAGGAAAGCCAACTGACCTAAATAGCAATTTGATCAACAGAATGGCAGCATTTCATACAACGGCTTGCAAGTGAAGTTCAATGTAAAATTGAGCTTCCACGTAACAATATAGCTTATTCACACCAATTTTATTTTGTCCTTTCTTGTAGGGATCTCTGGCACTCATATTTACTGCGATCCGAACAATCTGGTATTAAACTCCTGCCATGGCAAATGTGTTGAAGCATAACGTGTTGATTCAATGTTGGTTTACAGGTGGAAGAGAAGAAAGAATTATTGGGCAAGTTGGAATCTGCTAAAGCCAAACTCAGTCAAGTTTCAAAGATGAAATGTGCAGTTGTTTTGGAGAATTCCAAGGTAATCAATGTCATCAAAGGTTGTCTGTGCGATTATTAGAAGAGTGCTTATTCGTAACTTCCTGCCATCCACATATATGTAAAGGAAAAGAAAGAGCGGCTAAGAAGGTAGGGAACATTTTCTAACTGTAGATTGTTAATTTGGATTGGCATCTATTGTTGTTTCAGATTGAACAGTCAATTGAGGAAGTTAAGAACAGAATAAATGATTTCAAGGTTAGTGTACGTAGTGCCAGTGACATTTTCTCTATTTTGTAAATTAGTCTGATTTTAGATAGGAAGTCGAACTGATGGTGGTAAATAAGAGCAGCAATACTGAATATTTTCCACAATTTATGATCTTGGAACCTCGAGAACAGATCACAATAGAAGACACTATCTAGCAGAAGTCATGAAATACTCTGTATGAAGATAACGTCTGCTTTATGATCTGTGACTGTACATCGCGTAATTCCTAATGCTATTAAGTTACCTTTATCTCTTAACTGACACGATAGTTTTTACAACCCAATTGAAGATTTTACAATCAACCTGTTTTATATATCTCTTATTTAATACTTTTGCCTGGCTAAAAACTTCAGCCAGAACTCAGAGCAATGGATCTTGTTACATTGGAGGAGGAGTACAAGGCTCTCTTCTCAGATAAAGCTAGAGAAACTGAGTACTCACAATCCCTTCAAGACCAAATTGCAAAACTGAAGGTGAATTTGAAATCAGCGATTTTTCTTAACCTTTGGCGGTTGGATTTTTTTTTTTTAAATAAAAATATATAACTACGCCATGGAGTTACTTCTGTCTTTTAATAAACAGTTATGTCGTTCTTTTTAGGGAATTTCCCGTGTGATTAAATGTGCTTGTGGAAAGGAATACAAGGCTGGAGTAGGCTTAGGTGCATGA ATGCAAGTAAGTTTTGCTCGAAAAAGAAAAGCGTCCATCTCGAAGGAGAAATCCAATTTTTTCCCTCCAAATTTGCCTCTCTCAGTTAGTTTAGAATTTATCGTATCGGAGTGTGGCGCGCGCGCGTTTTCAATCACATTCCCCTCTTCAAGTTTTCTTGGCACTGTACAGAAACTTGAACCGAATTACAGGTTACAGCTGCTTGCTCTGTCAACTGTCAAGGATGGAAGAGTATTTGCAGTACATGAAGACATTGCGCTTACAAATGAACGGTACGTACCGCCTCCTCCATCTCCATTGGACCAAATCCAAGTTTTAACTTACAGAAATATATTGTTCGCGTTCTTGTGGATTAGTAACACTAATTTGGATCGATTCTGTATCAAACTCGACTTAGACGTGGAGGATCAAGCTTCGAAGATCTCCGTCGAAGAGCATATTCACTTGATTACTATTCAAACAATGGAGAACGATCTCATTTCTGCAAAAAGCGAGTTAAAACAACTCACAGAGGATGTTGAGCGAATAATGAGGGCAAAGGGTGAAATATGCTCCCAGATATTAGAAAAGCAAAGAAAAATAGCCTCTTTGGAGGCTGACATATGTACACTTTCACAGACACTCGAGCTCATTCAGCAAGAAAAAGTCAGCTTAGGAGCCAAAATTATTGAGAAGAGTAATTATTATACCAAAGTTGCTGAGGACATCAGTCTCAAATTTCAAGATCAACAGGATTGGGTAAATGCTAACATGATTCGCAGAGAAGTGGGAGAGCACGAATTGGTTAAGCTTGAAACTGCTAAGGGAGCAAGGGAAATGGAAGTATCTTCTGATACAGTTGGAGGGATCTCTGGCACTCATATTTACTGCGATCCGAACAATCTGGTGGAAGAGAAGAAAGAATTATTGGGCAAGTTGGAATCTGCTAAAGCCAAACTCAGTCAAGTTTCAAAGATGAAATGTGCAGTTGTTTTGGAGAATTCCAAGATTGAACAGTCAATTGAGGAAGTTAAGAACAGAATAAATGATTTCAAGCCAGAACTCAGAGCAATGGATCTTGTTACATTGGAGGAGGAGTACAAGGCTCTCTTCTCAGATAAAGCTAGAGAAACTGAGTACTCACAATCCCTTCAAGACCAAATTGCAAAACTGAAGGGAATTTCCCGTGTGATTAAATGTGCTTGTGGAAAGGAATACAAGGCTGGAGTAGGCTTAGGTGCATGA ATGCAAGTAAGTTTTGCTCGAAAAAGAAAAGCGTCCATCTCGAAGGAGAAATCCAATTTTTTCCCTCCAAATTTGCCTCTCTCAGTTAGTTTAGAATTTATCGTATCGGAGTGTGGCGCGCGCGCGTTTTCAATCACATTCCCCTCTTCAAGTTTTCTTGGCACTGTACAGAAACTTGAACCGAATTACAGGTTACAGCTGCTTGCTCTGTCAACTGTCAAGGATGGAAGAGTATTTGCAGTACATGAAGACATTGCGCTTACAAATGAACGGTACGTACCGCCTCCTCCATCTCCATTGGACCAAATCCAAGTTTTAACTTACAGAAATATATTGTTCGCGTTCTTGTGGATTAGTAACACTAATTTGGATCGATTCTGTATCAAACTCGACTTAGACGTGGAGGATCAAGCTTCGAAGATCTCCGTCGAAGAGCATATTCACTTGATTACTATTCAAACAATGGAGAACGATCTCATTTCTGCAAAAAGCGAGTTAAAACAACTCACAGAGGATGTTGAGCGAATAATGAGGGCAAAGGGTGAAATATGCTCCCAGATATTAGAAAAGCAAAGAAAAATAGCCTCTTTGGAGGCTGACATATGTACACTTTCACAGACACTCGAGCTCATTCAGCAAGAAAAAGTCAGCTTAGGAGCCAAAATTATTGAGAAGAGTAATTATTATACCAAAGTTGCTGAGGACATCAGTCTCAAATTTCAAGATCAACAGGATTGGGTAAATGCTAACATGATTCGCAGAGAAGTGGGAGAGCACGAATTGGTTAAGCTTGAAACTGCTAAGGGAGCAAGGGAAATGGAAGTATCTTCTGATACAGTTGGAGGGATCTCTGGCACTCATATTTACTGCGATCCGAACAATCTGGTGGAAGAGAAGAAAGAATTATTGGGCAAGTTGGAATCTGCTAAAGCCAAACTCAGTCAAGTTTCAAAGATGAAATGTGCAGTTGTTTTGGAGAATTCCAAGATTGAACAGTCAATTGAGGAAGTTAAGAACAGAATAAATGATTTCAAGCCAGAACTCAGAGCAATGGATCTTGTTACATTGGAGGAGGAGTACAAGGCTCTCTTCTCAGATAAAGCTAGAGAAACTGAGTACTCACAATCCCTTCAAGACCAAATTGCAAAACTGAAGGGAATTTCCCGTGTGATTAAATGTGCTTGTGGAAAGGAATACAAGGCTGGAGTAGGCTTAGGTGCATGA MQVSFARKRKASISKEKSNFFPPNLPLSVSLEFIVSECGARAFSITFPSSSFLGTVQKLEPNYRLQLLALSTVKDGRVFAVHEDIALTNERYVPPPPSPLDQIQVLTYRNILFAFLWISNTNLDRFCIKLDLDVEDQASKISVEEHIHLITIQTMENDLISAKSELKQLTEDVERIMRAKGEICSQILEKQRKIASLEADICTLSQTLELIQQEKVSLGAKIIEKSNYYTKVAEDISLKFQDQQDWVNANMIRREVGEHELVKLETAKGAREMEVSSDTVGGISGTHIYCDPNNLVEEKKELLGKLESAKAKLSQVSKMKCAVVLENSKIEQSIEEVKNRINDFKPELRAMDLVTLEEEYKALFSDKARETEYSQSLQDQIAKLKGISRVIKCACGKEYKAGVGLGA Homology
BLAST of Tan0016573 vs. NCBI nr
Match: XP_038885088.1 (myosin heavy chain, striated muscle isoform X1 [Benincasa hispida]) HSP 1 Score: 435.3 bits (1118), Expect = 5.9e-118 Identity = 233/273 (85.35%), Postives = 247/273 (90.48%), Query Frame = 0
BLAST of Tan0016573 vs. NCBI nr
Match: XP_023550047.1 (uncharacterized protein LOC111808353 isoform X1 [Cucurbita pepo subsp. pepo]) HSP 1 Score: 428.7 bits (1101), Expect = 5.6e-116 Identity = 230/271 (84.87%), Postives = 240/271 (88.56%), Query Frame = 0
BLAST of Tan0016573 vs. NCBI nr
Match: XP_022993971.1 (uncharacterized protein LOC111489811 isoform X1 [Cucurbita maxima]) HSP 1 Score: 417.2 bits (1071), Expect = 1.7e-112 Identity = 225/273 (82.42%), Postives = 238/273 (87.18%), Query Frame = 0
BLAST of Tan0016573 vs. NCBI nr
Match: XP_011649890.1 (myosin heavy chain, striated muscle [Cucumis sativus]) HSP 1 Score: 413.7 bits (1062), Expect = 1.9e-111 Identity = 224/273 (82.05%), Postives = 244/273 (89.38%), Query Frame = 0
BLAST of Tan0016573 vs. NCBI nr
Match: XP_022939802.1 (uncharacterized protein LOC111445570 isoform X3 [Cucurbita moschata]) HSP 1 Score: 412.1 bits (1058), Expect = 5.4e-111 Identity = 224/271 (82.66%), Postives = 235/271 (86.72%), Query Frame = 0
BLAST of Tan0016573 vs. ExPASy TrEMBL
Match: A0A0A0LMF4 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_2G401450 PE=4 SV=1) HSP 1 Score: 445.3 bits (1144), Expect = 2.8e-121 Identity = 258/369 (69.92%), Postives = 285/369 (77.24%), Query Frame = 0
BLAST of Tan0016573 vs. ExPASy TrEMBL
Match: A0A6J1JXU6 (uncharacterized protein LOC111489811 isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111489811 PE=4 SV=1) HSP 1 Score: 417.2 bits (1071), Expect = 8.1e-113 Identity = 225/273 (82.42%), Postives = 238/273 (87.18%), Query Frame = 0
BLAST of Tan0016573 vs. ExPASy TrEMBL
Match: A0A6J1FHU2 (uncharacterized protein LOC111445570 isoform X3 OS=Cucurbita moschata OX=3662 GN=LOC111445570 PE=4 SV=1) HSP 1 Score: 412.1 bits (1058), Expect = 2.6e-111 Identity = 224/271 (82.66%), Postives = 235/271 (86.72%), Query Frame = 0
BLAST of Tan0016573 vs. ExPASy TrEMBL
Match: A0A6J1DG39 (uncharacterized protein LOC111020195 OS=Momordica charantia OX=3673 GN=LOC111020195 PE=4 SV=1) HSP 1 Score: 411.0 bits (1055), Expect = 5.8e-111 Identity = 229/307 (74.59%), Postives = 249/307 (81.11%), Query Frame = 0
BLAST of Tan0016573 vs. ExPASy TrEMBL
Match: A0A1S3B2U9 (uncharacterized protein LOC103485401 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103485401 PE=4 SV=1) HSP 1 Score: 409.8 bits (1052), Expect = 1.3e-110 Identity = 223/273 (81.68%), Postives = 242/273 (88.64%), Query Frame = 0
BLAST of Tan0016573 vs. TAIR 10
Match: AT1G33500.1 (unknown protein; Has 30201 Blast hits to 17322 proteins in 780 species: Archae - 12; Bacteria - 1396; Metazoa - 17338; Fungi - 3422; Plants - 5037; Viruses - 0; Other Eukaryotes - 2996 (source: NCBI BLink). ) HSP 1 Score: 176.4 bits (446), Expect = 4.6e-44 Identity = 110/253 (43.48%), Postives = 153/253 (60.47%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Snake gourd (anguina) v1
Date Performed: 2021-10-25
Relationships
The following mRNA feature(s) are a part of this gene:
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