Spg018316 (gene) Sponge gourd (cylindrica) v1
Overview
Sequences
The following sequences are available for this feature:
Legend: polypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below.ATGGAGAAACTAAGAATTTCAGAAGGAGAAAAAGAGCATGTGATAGGCATTGAAGATGAGGATTTGGAGGAGCATGACAAAGAGATAGGAGAAACAGCAGTGTGCAAAATATTGACAGAGAAGAAGATAAATGCTGAGAGCTTCAGGACCATGATGCCAAAAATATGGAATTTAGAAGGAGAAGTAACTATAAAGAAAGTTGGAACTAACCTCTTCGAATGCACGTTCAGATCTAAAAAGGGAAGAATGAAAGTGTTGGAAGGAGGTCCATGGAGTTTTGATAGAGGGCTTCTCATCTTTGAAGATATCAAGGGTCACGAGAGATACGCTACAATTAACTTCAGGTATCCATCCTTTTGGATTCATTTTATTAACTTACCAAGAATCTGTTTTTCCAGGAAATGGGCAACAGTGCTGGGCAACTCAGTTGGCATATTCGAAAGGGTGGATGTTGATGAACATGGAAAATGCGTGGGAGAAACGTTAAGAGTCAGAGTCAAAATTGATATTCAGAACCCGCTAAAAAGAGCTGTTAAGATCAAAGTAGGAACCATGGGGGAGGAAGAATGGTTTTAAGTCAAATATGAAAAATTGCTAGACTACTACTATAGATGTGGGCGGATTGGTCACCAGATTAGAGATTGTGAAGACAACACACACGATAATGAAGATACTATGCAATTTGGTCCATGGCTAAAGCACGACTCCCCCATCAAAATGAAAAGCAAAGAAAAAATAGAAAAAGAAAGAGCAGGAACGCTGAGGGGGAAGGGTCGTGGAAATAGAAGCCTTGCAAGAAGACTACCAAATCAACTCAACAGGGAAAGTGAAGAAGAAGATGATGATTCAGAGGGGGAAAGCAAGGAAAGTGACCGACAAAGTCGATCGGAGCTACCGGAAGCCGGAGAAGATCCGGTAAACGGCGGTGAGGGAAAAGACAGCACACGGGAACAAACCTTGAGATCAGCTGATAAGATTCAAATGGTAACCTGCAAAGAAAGGAATAGTACAGAAGAAGACAAAAGGAAAAAAGTTACTTGTATTACCGAGGAAAGCAGGGATGTGGGCCCTGCTGAGGGAGACAACAAGAAAAGCAAAGAGAAAAACAATATGGAAATTGAGTTGGGCCAATCATCAGGATTGGGCCCCAGTAATAGATCTAAAAGCACCGAAGTGAAGTCTTCAGTGGCATGGAAAAATTCTGGCCAGATTGAAAACCAAAATATAGGTGAGGAAAATGACAAAAGGGAAGGAAACGGTGGGATTCTAAAGGAAAAAGAAAAAGACAAAGAGGACCCCACGACAAATGAAAGAGAATTAGAAAGAGTAAAAGGCCATGAAAACACAGAGGACAGTAGCAGCAAGAAAGATCAAAATCAGAATGGAAAAAAAGAGGAAAAGGTGAACCAAGATACAAAAGAGAAAGAAAAACCAAGCCCAAAAATCAAACAAGGGAAAAAATGGAAGAGATTGGTGCGAAATGATCCAATGCAACAAGACATGTCAGAGAATAATGAGGGGATAACTAAAAGAAAGCAGAATATGGGCATTCAGGATACAGGGGTAACGACAAAAAGATTGAAAACCACTTACTTCGAGGCAGTCGAAGGGATATCGGCGGAGGCTGTTGGACAGTCCCGTCGGAAGCCATGAAAACACTATGCTGGAACGCTCGAGGTTTGGGGAGTCCTCGAGCGATCCGAGCTCTCCGTCATCTTGTGGAGAGTAATAACAAACCCCAATTAGTTTTCATCATGGAAACTAAGTGTGATGCTAGAAAGAGTGACAAGATCAAAAGAGATTTGAATTTTGAGTTCGGGTTGAATGTCCCCTGCAAAGGGAAAAGCGGGGGGCTTATGTTATGTTGGAAAGCTGAGATTGATGTCCATATAAGGTCATACTCGGAAGGCCATATTGATGCAATCATTAAAAAGAACCATGGGTTTTGGAAATTTTCAGGCTTTTATGGGAATCCGGAAACTGACAAGAGAATTTTCTCATGGAACCTAATGGAAAAACTTTGCGAAAATGATGATATTCCCTGGATAATTGGAGGTGATTTTAATGAAATTATTTCGGAAGAGGAAAAGAAAGGCGGGGCTAGAAGAAATCCTTCTCAAATGAAGCTTTTTAGGGAGACTATAGATCGATGCAAGTTAATGGATGGGGGCTATTCAGGTAATAAGTTCACCTGGAGAAGGGGAAAAAATAAGAGAAAGCAAATATGTGAGAGTCTTGATAGATACCTCATAAACCACACCATGGCAGTGCAAACAGTGAATTTTAAAGTGACCCATCTAAGTTATCTTAGCTCCGACCACAAGCCAATTGTGGCTACCTGGGATTTTTTAGATGATGCTCAAAAAGTGAGGAACCATGGTAAATTATTAAGGTTTGAGGAAGGCTGGTTAAAATTTAAAGAAACAAAGGACATTGTGAAAGATAGCTGGAGGCAACAGAATGATTCTTGCGCTCAAGGTTTAAACACCAAAGTTAAAAATAGTTTGCTCAACCTCCATAAATGGAATAGAGGCAGATTAAAAGGTAGCTTAAAAAAGGCTATTGAGAGGAAAGAAGAAGAGATTCTGAGGTTAACCAACGAAGATAATGATTTGAACTTTGAGGAGATCCTGGAAGCCGAGAAGGAGCTTGACAATCTGCTGGTAGAAGAGGAAGATTATTGGAGGAACCGATCACGAGAAATTTGGTTGAAAAATGGGGACAAAAATACTAAGTGGTTTCATGCTAAAGCGACTCAAAGAAAACGAAGAAACCACATTAAAGGGATTTTTTTCAGAGCATGGTGTTTGGGAGGAAGATGAAGGGAAAATAGGGGCCATTGCGACAGAGTATTTCCAAGATCTTTTTCAGTCTTCCGAGCCTGATGGGGAGAATGTTAGAAAAGTGGTGGACTGTGTTTCTACTAAAATTTCTGACCAACAAAGAGGTATGCTGGACCAGCCTTACACTCGAAGCGAGATAGAAGCGGCAGTGAAAAGTTTAAGCCCTAATAAAGCTCCTGGAAGAGACGGAGCCCACGCCTCTTTCTACCAAGGATATTGGGAAACTGTTGGGGAAGATACTATTAAGGTATGTCTTCAAATTCTGAATGAAGATGCTCATTTAAGCCCACTGAACAAAACAACTATAGCCCTAATCCCTAAAGTGAAAGATCCCAAGCATATGAAAGATTTCAGGCCGATAAGTCTTTGCAATGTTGGCTACAAAATTGTAGCTAAAACTATTGCAAATAGATTCAAAAGGGTTCTGGATACAATCACATCTCCCACTCAAGCAGCTTTCGTCCCAGGGAGGTTAATATCTAACAACGTTATTATCGGATTCGAATGTATCCATGCCATCAGAAGCAAGAAAAAAGGGAAGGAGGGTCAAGTTGCTATTAAGCTGGATATGAGCAAGGCATATGACAGAGTGGAATGGATTTTTATCAGAGAAATGCTCTACAAAATGGGATTTAGCAGCAGATGGGTTAACAATATAATGAAATGCGTAGAATCAGTATCCTTTTTAGTCCTTTTAAATGGCTCACCCCAGGAGGAGTTCAAACCATCGAGAGGCATCAGACAAGGGGATCCGCTCTCACCTTACCTATTTTTGGTGTGCGCCGAAGGTTTCTCAGGGCTCCTGTTTAGGGAAGTAGAAAATCAAACTCTGAAAGGGTTTCGTATAAATAACTTTTGCCCTAGTATTACTCACTTATTCTTTGCTGATGATAGCCTCATTTTTTGCAGGTTTAACAGGGACGAGTGTCATATTATAAAGGAGACCTTTAATCTCTACGAGAAGGCTTCGGGGCAAGCCATAAACTTGGACAAATCCATGTTTATGGTGAGCAAGAATGTGAAAAAGGATGAAGCTCAAGCTATTAGAGAAATCCTCGGAGTGAAGCAAACAGGAGAATTGGGGACCTACCTTGGAATGCCGTCTCAAAACCACAAAAGCAAGACTAATATGTTTGAGAAAATCAAGATCAAAGTGGGTAAGATCCTCCAAGGGTGGAATGAAAGACTCTTCTCAGCAGGGGGCAAGGAGATTCTGATTAAAGCAATCATCCAGGCAATACCCACCTATACGATGAGTTGTTTTAAACTTCCAAAAAGCACGTGCGATGACATTAACAAGATGGGTGCTAAATTTTGGTAGGGAGCTATAGGTGACAAAAGGAAAATACATTGGTCAAAATGGAAGAATTTGTGTAAGAGCAAAGTCTCTGGAGGGATGGGTTTTAGGGACTTAAACCTTTTCAATCAAGCTATGTTGGCGAAACAAAGCTGGAGAATCATAAAGTCCCCCGAGAGCCTCATATTCAAGATTCTTCGTGGTCGCTATTTTAGGAATGGAGATTTCCTTAAAGCCCCAATAGGTCTCAACTCTTCTCAGGTGTGGAAAAGTATAGTATGGGGGCGAGACCTTTCCAAAAGAGGATACAAGTGGAGAGTAGGTAATGGCGAATATGTGTACATTGACGAAGACCCATGGATTAGTCGTCAAGGAAATAGAACTCCCATGTGGGTGCCTGATGAGCTGAAAGGTAGAAGAGTTAAAGAGCTTATTAAATCAAATGGGGAGTGGGATACAACGCGAATTAAAAGAGAGTTTCTTCCTTTGGATGAGGAGGATATCCTTGCAATACCCCTAAGCCAAACTGCTGGAAAAGATGAGATTATCTGGGATACTGACTCTAAAGGAATTTTTAGTGTGAAATCTGCATACCAACTGGCTGTTAACTCGCAAAGAGCAAAGGAGGCCTCAGGTTCCTGTGATAAAGCCAATGGGAGATGAGGGAAATTGTGGAAATTAAACATCCTTCCTCGGGCTAGAATTTGCCTTTGGAAAATTCTCAACAATTTTATACCCACTAAGGTGAATCTTAATAAAAAAGGAATGGACATTAACCCCTTTTGCGCTTTTTGCAGGAAATCGAGGGAGACGGTTAGCCACATCCTTTGGAATTGCAAGAAGGTAAGGTACATTTGGGAGATGTTTTTCCCGAACCTAACAAATGAATGGTCCTATTGCAGGGAGGACGAGGATATGCTCACGGTATGGGACTCAATATCAGACAAGATGAACAAAGAGGAAGCAGAAAGAGTGGCTATTATCCTTTGGTCAGTGTGGAATTGCAGAAACAAGCTAGCGATTAACAATGAAAAGCCAGATCTCCAGCAGATTTTGAGAGCAATCAATCGAAATTTAGAAGAGCAGAGGAAGAGGCAGGACACTAACACAGCTTTAATGAGCTTGGAGAACCTTCGGAATCAGGGAACGTGGAATCCTCCCCCCCCCCCCAATTGTGTTAAGCTCAACACGGGTGCTTCTTGGAACGAGGAGCGAAAAAGAGGCGGTGTTGGCTGGATATTTCGTGATTCCTCAGGGTCTCCGATAGGATTTGGCTGCAAGCAAATCAACAGGCCATGGTCGATCAAATCCCTAGAGTTGCTGGCGATCAAAGAAGGCTTAAATGCGTACCGTGAAGAAGGCCAATTCAGATCAGCTCCGATCATTGTGGAGGCGGATGCTTTGGAAGTTATCAGAGTGCTGAACCACGAAACTTTGGATTTGTCGGACTCAAAGCTGGTGGTGAATGACATTGAGATTTTGGCTTCTTCCTGCAATGTGATCTCCTTCGTTAAATGCCTGAGGGCTGGGAACAAAATTGCGCACCATCTTGCGCGATCGGCGGCGGGTTTTGCGTCGGCGGGACTTCTATCGGTCGTTGCTGTCGATGGGGCGTATGAATTTTGGGTCTCTTCCACGCTGAAAGATGATGATTTTTGTAGGGATGCTATTATCCCAATTTGGCTTTCCTCCTTAATTAATGAGGAAGTTGTTGTAAACTTTTAA ATGGAGAAACTAAGAATTTCAGAAGGAGAAAAAGAGCATGTGATAGGCATTGAAGATGAGGATTTGGAGGAGCATGACAAAGAGATAGGAGAAACAGCAGTGTGCAAAATATTGACAGAGAAGAAGATAAATGCTGAGAGCTTCAGGACCATGATGCCAAAAATATGGAATTTAGAAGGAGAAGTAACTATAAAGAAAGTTGGAACTAACCTCTTCGAATGCACGTTCAGATCTAAAAAGGGAAGAATGAAAGTGTTGGAAGGAGGTCCATGGAGTTTTGATAGAGGGCTTCTCATCTTTGAAGATATCAAGGGTCACGAGAGATACGCTACAATTAACTTCAGGGAAAGTGAAGAAGAAGATGATGATTCAGAGGGGGAAAGCAAGGAAAGTGACCGACAAAGTCGATCGGAGCTACCGGAAGCCGGAGAAGATCCGGTAAACGGCGGTGAGGGAAAAGACAGCACACGGGAACAAACCTTGAGATCAGCTGATAAGATTCAAATGGTAACCTGCAAAGAAAGGAATAGTACAGAAGAAGACAAAAGGAAAAAAGTTACTTGTATTACCGAGGAAAGCAGGGATGTGGGCCCTGCTGAGGGAGACAACAAGAAAAGCAAAGAGAAAAACAATATGGAAATTGAGTTGGGCCAATCATCAGGATTGGGCCCCAGTAATAGATCTAAAAGCACCGAAGTGAAGTCTTCAGTGGCATGGAAAAATTCTGGCCAGATTGAAAACCAAAATATAGGTGAGGAAAATGACAAAAGGGAAGGAAACGGTGGGATTCTAAAGGAAAAAGAAAAAGACAAAGAGGACCCCACGACAAATGAAAGAGAATTAGAAAGAGTAAAAGGCCATGAAAACACAGAGGACAGTAGCAGCAAGAAAGATCAAAATCAGAATGGAAAAAAAGAGGAAAAGTGTGATGCTAGAAAGAGTGACAAGATCAAAAGAGATTTGAATTTTGAGTTCGGGTTGAATGTCCCCTGCAAAGGGAAAAGCGGGGGGCTTATGTTATGTTGGAAAGCTGAGATTGATGTCCATATAAGGTCATACTCGGAAGGCCATATTGATGCAATCATTAAAAAGAACCATGGGTTTTGGAAATTTTCAGGCTTTTATGGGAATCCGGAAACTGACAAGAGAATTTTCTCATGGAACCTAATGGAAAAACTTTGCGAAAATGATGATATTCCCTGGATAATTGGAGGTGATTTTAATGAAATTATTTCGGAAGAGGAAAAGAAAGGCGGGGCTAGAAGAAATCCTTCTCAAATGAAGCTTTTTAGGGAGACTATAGATCGATGCAAGTTAATGGATGGGGGCTATTCAGGTAATAAGTTCACCTGGAGAAGGGGAAAAAATAAGAGAAAGCAAATATGTGAGAGTCTTGATAGATACCTCATAAACCACACCATGGCAGTGCAAACAGTGAATTTTAAAGTGACCCATCTAAGTTATCTTAGCTCCGACCACAAGCCAATTGTGGCTACCTGGGATTTTTTAGATGATGCTCAAAAAGTGAGGAACCATGGTAAATTATTAAGGTTTGAGGAAGGCTGGTTAAAATTTAAAGAAACAAAGGACATTGTGAAAGATAGCTGGAGGCAACAGAATGATTCTTGCGCTCAAGGTTTAAACACCAAAGTTAAAAATAGTTTGCTCAACCTCCATAAATGGAATAGAGGCAGATTAAAAGGTAGCTTAAAAAAGGCTATTGAGAGGAAAGAAGAAGAGATTCTGAGGTTAACCAACGAAGATAATGATTTGAACTTTGAGGAGATCCTGGAAGCCGAGAAGGAGCTTGACAATCTGCTGCGACTCAAAGAAAACGAAGAAACCACATTAAAGGGATTTTTTTCAGAGCATGGTGTTTGGGAGGAAGATGAAGGGAAAATAGGGGCCATTGCGACAGAGTATTTCCAAGATCTTTTTCAGTCTTCCGAGCCTGATGGGGAGAATGTTAGAAAAGTGGTGGACTGTGTTTCTACTAAAATTTCTGACCAACAAAGAGTTAAAGAGCTTATTAAATCAAATGGGGAGTGGGATACAACGCGAATTAAAAGAGAGTTTCTTCCTTTGGATGAGGAGGATATCCTTGCAATACCCCTAAGCCAAACTGCTGGAAAAGATGAGATTATCTGGGATACTGACTCTAAAGGAATTTTTAGTGTGAAATCTGCATACCAACTGGCTGTTAACTCGCAAAGAGCAAAGGAGGCCTCAGGAAATCGAGGGAGACGGGAGGACGAGGATATGCTCACGGTATGGGACTCAATATCAGACAAGATGAACAAAGAGGAAGCAGAAAGAGTGGCTATTATCCTTTGGTCAGTGTGGAATTGCAGAAACAAGCTAGCGATTAACAATGAAAAGCCAGATCTCCAGCAGATTTTGAGAGCAATCAATCGAAATTTAGAAGAGCAGAGGAAGAGGCAGGACACTAACACAGCTTTAATGAGCTTGGAGAACCTTCGGAATCAGGGAACGTGGAATCCTCCCCCCCCCCCCAATTGTGTTAAGCTCAACACGGGTGCTTCTTGGAACGAGGAGCGAAAAAGAGGCGGTGTTGGCTGGATATTTCGTGATTCCTCAGGGTCTCCGATAGGATTTGGCTGCAAGCAAATCAACAGGCCATGGTCGATCAAATCCCTAGAGTTGCTGGCGATCAAAGAAGGCTTAAATGCGTACCGTGAAGAAGGCCAATTCAGATCAGCTCCGATCATTGTGGAGGCGGATGCTTTGGAAGTTATCAGAGTGCTGAACCACGAAACTTTGGATTTGTCGGACTCAAAGCTGGTGGTGAATGACATTGAGATTTTGGCTTCTTCCTGCAATGTGATCTCCTTCGTTAAATGCCTGAGGGCTGGGAACAAAATTGCGCACCATCTTGCGCGATCGGCGGCGGGTTTTGCGTCGGCGGGACTTCTATCGGTCGTTGCTGTCGATGGGGCGTATGAATTTTGGGTCTCTTCCACGCTGAAAGATGATGATTTTTGTAGGGATGCTATTATCCCAATTTGGCTTTCCTCCTTAATTAATGAGGAAGTTGTTGTAAACTTTTAA ATGGAGAAACTAAGAATTTCAGAAGGAGAAAAAGAGCATGTGATAGGCATTGAAGATGAGGATTTGGAGGAGCATGACAAAGAGATAGGAGAAACAGCAGTGTGCAAAATATTGACAGAGAAGAAGATAAATGCTGAGAGCTTCAGGACCATGATGCCAAAAATATGGAATTTAGAAGGAGAAGTAACTATAAAGAAAGTTGGAACTAACCTCTTCGAATGCACGTTCAGATCTAAAAAGGGAAGAATGAAAGTGTTGGAAGGAGGTCCATGGAGTTTTGATAGAGGGCTTCTCATCTTTGAAGATATCAAGGGTCACGAGAGATACGCTACAATTAACTTCAGGGAAAGTGAAGAAGAAGATGATGATTCAGAGGGGGAAAGCAAGGAAAGTGACCGACAAAGTCGATCGGAGCTACCGGAAGCCGGAGAAGATCCGGTAAACGGCGGTGAGGGAAAAGACAGCACACGGGAACAAACCTTGAGATCAGCTGATAAGATTCAAATGGTAACCTGCAAAGAAAGGAATAGTACAGAAGAAGACAAAAGGAAAAAAGTTACTTGTATTACCGAGGAAAGCAGGGATGTGGGCCCTGCTGAGGGAGACAACAAGAAAAGCAAAGAGAAAAACAATATGGAAATTGAGTTGGGCCAATCATCAGGATTGGGCCCCAGTAATAGATCTAAAAGCACCGAAGTGAAGTCTTCAGTGGCATGGAAAAATTCTGGCCAGATTGAAAACCAAAATATAGGTGAGGAAAATGACAAAAGGGAAGGAAACGGTGGGATTCTAAAGGAAAAAGAAAAAGACAAAGAGGACCCCACGACAAATGAAAGAGAATTAGAAAGAGTAAAAGGCCATGAAAACACAGAGGACAGTAGCAGCAAGAAAGATCAAAATCAGAATGGAAAAAAAGAGGAAAAGTGTGATGCTAGAAAGAGTGACAAGATCAAAAGAGATTTGAATTTTGAGTTCGGGTTGAATGTCCCCTGCAAAGGGAAAAGCGGGGGGCTTATGTTATGTTGGAAAGCTGAGATTGATGTCCATATAAGGTCATACTCGGAAGGCCATATTGATGCAATCATTAAAAAGAACCATGGGTTTTGGAAATTTTCAGGCTTTTATGGGAATCCGGAAACTGACAAGAGAATTTTCTCATGGAACCTAATGGAAAAACTTTGCGAAAATGATGATATTCCCTGGATAATTGGAGGTGATTTTAATGAAATTATTTCGGAAGAGGAAAAGAAAGGCGGGGCTAGAAGAAATCCTTCTCAAATGAAGCTTTTTAGGGAGACTATAGATCGATGCAAGTTAATGGATGGGGGCTATTCAGGTAATAAGTTCACCTGGAGAAGGGGAAAAAATAAGAGAAAGCAAATATGTGAGAGTCTTGATAGATACCTCATAAACCACACCATGGCAGTGCAAACAGTGAATTTTAAAGTGACCCATCTAAGTTATCTTAGCTCCGACCACAAGCCAATTGTGGCTACCTGGGATTTTTTAGATGATGCTCAAAAAGTGAGGAACCATGGTAAATTATTAAGGTTTGAGGAAGGCTGGTTAAAATTTAAAGAAACAAAGGACATTGTGAAAGATAGCTGGAGGCAACAGAATGATTCTTGCGCTCAAGGTTTAAACACCAAAGTTAAAAATAGTTTGCTCAACCTCCATAAATGGAATAGAGGCAGATTAAAAGGTAGCTTAAAAAAGGCTATTGAGAGGAAAGAAGAAGAGATTCTGAGGTTAACCAACGAAGATAATGATTTGAACTTTGAGGAGATCCTGGAAGCCGAGAAGGAGCTTGACAATCTGCTGCGACTCAAAGAAAACGAAGAAACCACATTAAAGGGATTTTTTTCAGAGCATGGTGTTTGGGAGGAAGATGAAGGGAAAATAGGGGCCATTGCGACAGAGTATTTCCAAGATCTTTTTCAGTCTTCCGAGCCTGATGGGGAGAATGTTAGAAAAGTGGTGGACTGTGTTTCTACTAAAATTTCTGACCAACAAAGAGTTAAAGAGCTTATTAAATCAAATGGGGAGTGGGATACAACGCGAATTAAAAGAGAGTTTCTTCCTTTGGATGAGGAGGATATCCTTGCAATACCCCTAAGCCAAACTGCTGGAAAAGATGAGATTATCTGGGATACTGACTCTAAAGGAATTTTTAGTGTGAAATCTGCATACCAACTGGCTGTTAACTCGCAAAGAGCAAAGGAGGCCTCAGGAAATCGAGGGAGACGGGAGGACGAGGATATGCTCACGGTATGGGACTCAATATCAGACAAGATGAACAAAGAGGAAGCAGAAAGAGTGGCTATTATCCTTTGGTCAGTGTGGAATTGCAGAAACAAGCTAGCGATTAACAATGAAAAGCCAGATCTCCAGCAGATTTTGAGAGCAATCAATCGAAATTTAGAAGAGCAGAGGAAGAGGCAGGACACTAACACAGCTTTAATGAGCTTGGAGAACCTTCGGAATCAGGGAACGTGGAATCCTCCCCCCCCCCCCAATTGTGTTAAGCTCAACACGGGTGCTTCTTGGAACGAGGAGCGAAAAAGAGGCGGTGTTGGCTGGATATTTCGTGATTCCTCAGGGTCTCCGATAGGATTTGGCTGCAAGCAAATCAACAGGCCATGGTCGATCAAATCCCTAGAGTTGCTGGCGATCAAAGAAGGCTTAAATGCGTACCGTGAAGAAGGCCAATTCAGATCAGCTCCGATCATTGTGGAGGCGGATGCTTTGGAAGTTATCAGAGTGCTGAACCACGAAACTTTGGATTTGTCGGACTCAAAGCTGGTGGTGAATGACATTGAGATTTTGGCTTCTTCCTGCAATGTGATCTCCTTCGTTAAATGCCTGAGGGCTGGGAACAAAATTGCGCACCATCTTGCGCGATCGGCGGCGGGTTTTGCGTCGGCGGGACTTCTATCGGTCGTTGCTGTCGATGGGGCGTATGAATTTTGGGTCTCTTCCACGCTGAAAGATGATGATTTTTGTAGGGATGCTATTATCCCAATTTGGCTTTCCTCCTTAATTAATGAGGAAGTTGTTGTAAACTTTTAA MEKLRISEGEKEHVIGIEDEDLEEHDKEIGETAVCKILTEKKINAESFRTMMPKIWNLEGEVTIKKVGTNLFECTFRSKKGRMKVLEGGPWSFDRGLLIFEDIKGHERYATINFRESEEEDDDSEGESKESDRQSRSELPEAGEDPVNGGEGKDSTREQTLRSADKIQMVTCKERNSTEEDKRKKVTCITEESRDVGPAEGDNKKSKEKNNMEIELGQSSGLGPSNRSKSTEVKSSVAWKNSGQIENQNIGEENDKREGNGGILKEKEKDKEDPTTNERELERVKGHENTEDSSSKKDQNQNGKKEEKCDARKSDKIKRDLNFEFGLNVPCKGKSGGLMLCWKAEIDVHIRSYSEGHIDAIIKKNHGFWKFSGFYGNPETDKRIFSWNLMEKLCENDDIPWIIGGDFNEIISEEEKKGGARRNPSQMKLFRETIDRCKLMDGGYSGNKFTWRRGKNKRKQICESLDRYLINHTMAVQTVNFKVTHLSYLSSDHKPIVATWDFLDDAQKVRNHGKLLRFEEGWLKFKETKDIVKDSWRQQNDSCAQGLNTKVKNSLLNLHKWNRGRLKGSLKKAIERKEEEILRLTNEDNDLNFEEILEAEKELDNLLRLKENEETTLKGFFSEHGVWEEDEGKIGAIATEYFQDLFQSSEPDGENVRKVVDCVSTKISDQQRVKELIKSNGEWDTTRIKREFLPLDEEDILAIPLSQTAGKDEIIWDTDSKGIFSVKSAYQLAVNSQRAKEASGNRGRREDEDMLTVWDSISDKMNKEEAERVAIILWSVWNCRNKLAINNEKPDLQQILRAINRNLEEQRKRQDTNTALMSLENLRNQGTWNPPPPPNCVKLNTGASWNEERKRGGVGWIFRDSSGSPIGFGCKQINRPWSIKSLELLAIKEGLNAYREEGQFRSAPIIVEADALEVIRVLNHETLDLSDSKLVVNDIEILASSCNVISFVKCLRAGNKIAHHLARSAAGFASAGLLSVVAVDGAYEFWVSSTLKDDDFCRDAIIPIWLSSLINEEVVVNF Homology
BLAST of Spg018316 vs. NCBI nr
Match: XP_030958760.1 (uncharacterized protein LOC115980671 [Quercus lobata]) HSP 1 Score: 215.3 bits (547), Expect = 2.4e-51 Identity = 136/413 (32.93%), Postives = 211/413 (51.09%), Query Frame = 0
BLAST of Spg018316 vs. NCBI nr
Match: XP_022157437.1 (uncharacterized protein LOC111024135 [Momordica charantia]) HSP 1 Score: 214.5 bits (545), Expect = 4.1e-51 Identity = 120/285 (42.11%), Postives = 163/285 (57.19%), Query Frame = 0
BLAST of Spg018316 vs. NCBI nr
Match: XP_030970961.1 (uncharacterized protein LOC115991405 [Quercus lobata]) HSP 1 Score: 214.2 bits (544), Expect = 5.4e-51 Identity = 136/413 (32.93%), Postives = 211/413 (51.09%), Query Frame = 0
BLAST of Spg018316 vs. NCBI nr
Match: XP_030939647.1 (uncharacterized protein LOC115964488 [Quercus lobata]) HSP 1 Score: 204.1 bits (518), Expect = 5.6e-48 Identity = 126/392 (32.14%), Postives = 205/392 (52.30%), Query Frame = 0
BLAST of Spg018316 vs. NCBI nr
Match: XP_030929385.1 (uncharacterized protein LOC115955407 [Quercus lobata]) HSP 1 Score: 203.0 bits (515), Expect = 1.2e-47 Identity = 128/412 (31.07%), Postives = 207/412 (50.24%), Query Frame = 0
BLAST of Spg018316 vs. ExPASy TrEMBL
Match: A0A6J1DUG8 (uncharacterized protein LOC111024135 OS=Momordica charantia OX=3673 GN=LOC111024135 PE=4 SV=1) HSP 1 Score: 214.5 bits (545), Expect = 2.0e-51 Identity = 120/285 (42.11%), Postives = 163/285 (57.19%), Query Frame = 0
BLAST of Spg018316 vs. ExPASy TrEMBL
Match: A0A2N9IPS8 (Reverse transcriptase domain-containing protein OS=Fagus sylvatica OX=28930 GN=FSB_LOCUS55418 PE=4 SV=1) HSP 1 Score: 199.1 bits (505), Expect = 8.7e-47 Identity = 127/401 (31.67%), Postives = 201/401 (50.12%), Query Frame = 0
BLAST of Spg018316 vs. ExPASy TrEMBL
Match: A0A5B6V1B3 (Reverse transcriptase OS=Gossypium australe OX=47621 GN=EPI10_029333 PE=4 SV=1) HSP 1 Score: 195.7 bits (496), Expect = 9.6e-46 Identity = 124/382 (32.46%), Postives = 199/382 (52.09%), Query Frame = 0
BLAST of Spg018316 vs. ExPASy TrEMBL
Match: A0A5B6U6G4 (Reverse transcriptase OS=Gossypium australe OX=47621 GN=EPI10_009510 PE=4 SV=1) HSP 1 Score: 195.3 bits (495), Expect = 1.3e-45 Identity = 128/397 (32.24%), Postives = 199/397 (50.13%), Query Frame = 0
BLAST of Spg018316 vs. ExPASy TrEMBL
Match: A0A5B6UW38 (Reverse transcriptase OS=Gossypium australe OX=47621 GN=EPI10_012566 PE=4 SV=1) HSP 1 Score: 192.6 bits (488), Expect = 8.2e-45 Identity = 119/380 (31.32%), Postives = 197/380 (51.84%), Query Frame = 0
BLAST of Spg018316 vs. TAIR 10
Match: AT4G29090.1 (Ribonuclease H-like superfamily protein ) HSP 1 Score: 93.6 bits (231), Expect = 9.9e-19 Identity = 60/207 (28.99%), Postives = 105/207 (50.72%), Query Frame = 0
BLAST of Spg018316 vs. TAIR 10
Match: AT2G34320.1 (Polynucleotidyl transferase, ribonuclease H-like superfamily protein ) HSP 1 Score: 86.7 bits (213), Expect = 1.2e-16 Identity = 64/222 (28.83%), Postives = 102/222 (45.95%), Query Frame = 0
The following BLAST results are available for this feature:
Pages
InterPro
Analysis Name: InterPro Annotations of Sponge gourd (cylindrica) v1
Date Performed: 2022-08-01
Relationships
The following mRNA feature(s) are a part of this gene:
GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
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