Lsi06G001990 (gene) Bottle gourd (USVL1VR-Ls) v1

Overview


Name	Lsi06G001990
Type	gene
Organism	Lagenaria siceraria (Bottle gourd (USVL1VR-Ls) v1)
Description	Unknown protein
Location	chr06: 2165788 .. 2178302 (-)
RNA-Seq Expression	Lsi06G001990
Synteny	Lsi06G001990

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDS

Hold the cursor over a type above to highlight its positions in the sequence below.

ATGGCTAACGTTAAAACATACTTACCTGGACGGGGTCAATGGACGATCAGCAAGGTCCATGGCCTAGGTTGGTGACCTCCATTGCACATAACGGAGGGGTGCCCGCCTAAGGTCTGCCCAAAGTGGTAGAACCTACGTCATAATTTGTGGTAGTGGGGGCCTGCGTTCGCGCGGCCCCTTCCTAATTCCTCAGTTCATCAATGTCTTCTTCCTCTCTCCATGTATTTATTCTCTTTTCCGCTACTGTTAAGCTTGTCAATTTCATCTGTGTACTTTTTATGACAGTGGCTTTTTAAGATTTGAAATTGTTTGGAAATAGATTACATTCATTTCCAACTTTGCAAATGTGTATTGTATTAATAACGGCTTGAGACCCTTGAACCCTAGAATCGGCAGGGTGTGTTGTTTTATGTCAAATAAGATGTAAATGGAATGTATCGTAGAGGGAGGGAGAAGGGAAGGAATTTTGCCTGGCTTACTTTTTGTTCATCATCTGTTTGAGACTCGAAGCTTTCTAATGTGGGGTTCTGTTTTCAACTAAAGAGTATATAACTTTGAACTTATAGGAATCCAGCAAAAGAAAGAAGAACTAGAACTGGGAAGTAACACAAAAAAAAGAGTTTTTGCATGGATGACCTATTTTTGAAGGGGTTATCCCTAAAATCGAATGAGAACCAACTTTTTGCTATGTTACAGATGATATTTTATTTTATTTTTAATAACAGTCGACCAACTAGTGATTAAGAATGAGAACCATTGTAACAACCCAAAATTTTAAGTAATTTTAATTTAATTATCTTAAATTATTTAGGTATTATTTTGAATTTTTAAGTCTTAATTGAATTATTTTGGAAAAATAATTCAATTTAAATTAAATAGGATAAAAGATTTGAATTTATATTCCATTGGTGAAAATTGAATTTTAATTTGGGAGATTTAATTTATTTAGTTGAATTGGTGGAGGGAAAAGAAATTTAATATGTATATACCTAATTTATTAAGGAATTAGGGTTTGAGATCGTATATATATATTATTAAGTGACTAGAGAGGGAGAAAAATACACCGAAAAATGGAGAATGGGAAAAACGGTAGTGCAGTTCGGTTTTTCTGCGACAGCTCCTAGAAAATTTTCTTTTTTTGGAGTTTCAACCGTCGGATTGTATTCAAATTTTATCAGCATATTCGGGACATATAGAGCCTCATTCTGAACGGTTGGATCGTTGTTTTAAGCTCTCATGTGTCCGTAATCATTGCCGAATAGAACCTGTAAAACTGGGTGAGTTTTGGGATTTTGGTCTCCATTGGTTATTTGATTTACTATCGAAAAATTTGGTTAATCTCTAATGTTGATCTTGTGTTAGGTTTGAGGTTTCTAAAGTTTTGGTTACGCTTAACAAGTCTTGGCGTCAACGTATTATTATTATTTTTTTTGTGGATTTTAGGCAACAACCGTTGTGGGTCATAACGCTGGTGTGGATTGTAATTGGTACACAGGGAATTTCTGAGCGCGATTGTTACACTTATTTCAAGGTAAGTGATTCTACTGCTGGCAGGTCACAGCTTCACAGTATTATTTGACCATTGACATATAAATCATTCAGAGTATTTGCATGTATGATTTGTCTGGCTAATGCTTGTCTGGCTACTTTATGATTTATCTGCTCTTGAGAATTTATCAGTTGAGAATTTACCTATGCTATGTATGATTGAATCCGATGCCAACGCCCGTTGTCCCATGCTATATTATTACTTGAATCATCAAGTTCACCTCAAAACAGTTTTAACGGTGTGCCATCAGGCCACTAGACCTGTGTGGACCGACGGGTTCTCATCAGGTTCACCTCCAGTTTCGACGGTGTGCCATCAGGCCACTAGACATGTGTGGACCGACGGGTTCACATGTTCACTGGTGTGGGTCATCAGGCTTACACCACAGCATTGACGGCGTGCCCTCAGGCCGCTAGGCATGGTGACAGGGCAGTTGGCCTACAGATCTAGAAATCCCGGCAGTGGGATTACTTACTGAGTTTTATACTCATTCGGTTATAATTTTATGGATTTCAGGTAAAGACAAGGACAGACAGGCGAATGACAGGAAGAATCCGTGACCGTGCCATTGGGACCAGTCAATGCTTCCGCTCATATTTTTATGTTTTCATGTTGTTAAATCCAAATCTGAATGTTTAAATTAGAAATTTTAGTTTTGCATTCTTAGAGGTTTTATGCAAAACTCACAGTTCTGGTTTTATAATTTTTTTTAGGGGTACCCCGATCTAATATTTTTAATTATTTAAATTTAATGAAGTTATTTATTTGATAAATTTCTTTTATTTTAGTCAAATATACGAAATGTGTTGTTTTGAAATGTATGCATGCATGAAGTAACGACTTCTAGAAAGTCGGGTCGTTACAACCATATTATTTTGCGCTGAGTGAGACATCTCTAAAGCGATAATGCATTTCAGGCGGCAGTAGTGTAGTGAGGTTAGTTTTTATTCGTTTTCTAAAACTGAGTTATTTTGTATTAACCCTGCTGGTATGGAGTTATCTATAAAAAAATCTCAAATATGAAATTGGTTCTCATTTTCATATGTATGCTCCGTGAGTAAGCTCTGCCAAAATCCTCATAATATGCATCCTTTATGGGAAGCTGAGATTACTAATGGTTTTCAATTTTCTCTTCAGTTTCCTCTTCATATGCATGACATCTGTCTATTGTATTGTATCTTCAGATTGTGATGGATGACACTAAAAATTCTCCACAATGAACCTTCAAAAATGGCAAGCAAGTTTATATATCTTCAATAATGTTATGTCTCAAGTTCATTTTCATTCCCCGTTTGACCTTATGAGGTGCTTATCCAGTTGGGTGTTATTACTGTCAGACCCTTCTTTTGTGACACCAAATTTTATTCCAGGTTGAGACATGGGATCTATATTCTCTATCATGTCTTATATAGAATGTACAAGACATTGTATTAGTAGTTGTGCAAGCTTTATATTCTAATCTTTCGTGAAATATTCATTCCTGAAGGCTGAAAGAATTCTACTGATAATTGAAGAGTTCATGCTAGATTTTAAGGGCAAGATTATCAAGAACAATTCCTTAAATCTAGAAGATCAAATAGGGGAGGAAAAGGCACTTCCAGCCTTCTATTTTGTCTGATGTATTTTCTTTTTTGTTGGACTAAAGTGCTTTATTGGATTATTTTATTTGGGAGAATGTTTTGAGAGTGGTGTTTGCGAAAGAAATTATGTACTAGTTTGTTCATAAACATGATACTTAAAAAAAAAAAGAAAGAAAATCGCATCACTTTAGGAAGAGGAGGTTGAAGTCTTTTAAAAGCAAAAATCAAAAGCATTTCCAAACTCATATTTACTTTTCATGAAATAACACGAGCCTCTTAGGGCCCATTTGACACTCTTTTTGCACTTATAAGATGTTTGCTTAATAGTATCGGAAAATTTCTGCAACAAACAGTCAAATGATCCATTGGTGTATGCTTTAGTAGTTGGTATAAGCTTTTTTGAAGGTCGGATTTAGTCCCAAAGGAATTGCATTTGGGGAGGGGCTAGCTTAGAATAAAGAATTCAGGAAAATGTTTGAAGTAAAAATTCATTGGAACTGAGAAGTTCTTGTATATATTTATTGGCAAACTGGAAGTAGCTTACTTTTAATACAACATATTTATTACTAATTACTAGGTTCTCAAATACAGAAAAAAAGAGGCCTACAAAAGAAAATATCATTTTCGATCATGATAGCCGAAAGATGAAAATTATGGTTAAAGGAGTCCTTAAGAAACAAAACACAATTTTTAAAAACCAAATGGTTATGAAACAAAATTTAATTTTTTAGTTTTGAATTTTTTAAAATTTAGCTAATAAATATTCATTTCACTTATGAATTTATTTGCTTTGTTATCTATTTTTACACATGTTTACAAAATCCAAAACAAAATTTGTTTAATTAAATGATGGGTAATACTTGGGCACATCTTGACCCATCTTTAAACATATTTATGATTGGACAATTTGTTAGGATGCACAAATACAGATTTAAAACAACTTACTTTTAGTTTTAAAATTTGATTAAAAATTCAAAATATTTCTTTAAAAAAAAATTACAATATTTAAAAACTAAAAACAACAAATAAAAAATAAATTTTTTTTTTACTACCTTAACAGCACAGGGGATCATTGAGAAAGTCCCACATCGGAGAAACTCGCAGCAGGGACCTGACGAAGCGCTTTAAATACAATACAATGGTTGACTTTAAAACATACTTACCTGGACGGGGTCAATGGGCGATCAACAAGACTCATGGCCTAGGTTGGTGACCTCCATTGCACATACAGGAGGGGTGCCCGCCTAAGGTCTGCCCAAAGTGGCAGAGCCTACGTCATAATTTGTGGTAGTGGGGGCCTGCGTTCGCGCGGCCCCTTCTAATGCACCAGTTTCAATTGTTACACTTTCCAGGTATTTACGCCCCTTCTCAAATTCTCGTCATTTCTGTGCTCAGATTAGATGAGATAGATAATAGATATTGTAATTTATTTGCCTCTCGAGGATTTGATTTTGTGTGGACTTGTAACATTTGAGCGACCTGTGAATGGTAAGTTATTTGATCGAGGGGAATTAGTTTTATTCTTCAAGTCCATTTTGTGATTGTGTTACCACCACAGATGGCCCAAGTGGAAACTCCTACTCAAATGCGCATTATGGTTCAAGTAACTTTCGTTTTGTGTGTGTGTTTTAATTTATTTATTTGTATTGATTTTCTGGTTTATGAGAAGGAAGTGACGATATACCGAGTGATAATCCTATTGTTAGAAGAAGATGGTTACAGGGCTTTGTTTATTAGGGGGAGGGAGAATGGTTGGGGTTGTGGCTCGGTTTTATAAAGAAGAGATTCAAATCGATCCAATATTGGTTTATAATTTTTGACATTTTCATTTTTTTCTTTCAAATTTTAATTTTGTTTGAATGGGTTATTTTTGCTCGTTTTAAATCAAAATTGGGTTAATCTCTTTTGTTTTATAGATTGAAATTAGACATTTTGTTTGGTATTTTCTAAATAAAAAAACATACCCACCCCATAATTTAATTCGAACCAATATTTCTTTTTGGTTTTCTCCATATTTAATATATCCAATTTTATACTTAAAAAAACAAAATCAAACTAGTGAATTGGTTTGGATGGATTTGATTTTTTGGTTTTTCGGTCTTTTGTTGCACTCCTATACCTAACACAGTTCCTCATGCTCATCGAATGATGGTGATGGATTTTCGAATTTTGAACTGAAGAGAACAGAAATCGCTTTGAACTAGAATGGCCTCACGAAGTCGCTTTGGAGAGAACTGCGAAGTAAACGGATGATAAGTGATAACTTGCAACATCCTTTAGATGGGTTTTATTTATGGTAGTCATTGAAATCAACCGAGCCTGAAATTGCTGATTTATATTTTGAATTGTTCTCGTTTGTTGTAATTCTATTGATGTGATCTGAAGCTCCAGATAATTTCCGTTCATGTGAGTTTTTGGAGCTTGACACTGATTCACATATTTGAGAGAAAGAAACTTCATTTGCTCCTTGCTATTAAAGGGTTTTGGCTCCATTTGGTGAATATTTTCGAATTCACTTACCTGAGCTTGATGTGCTCCATGTCCTTTCTCTGTTAATATCTCCTTGCGGAGTTCACAAAACAGTTTACCTTTTCTTGTCTTTTGTTGGACTGATTTAGACGGTTAGGAGGTGTTTGGAGTAAGGAGTAGGATAGTGAGGAATAAGAAGTTAGGAAGAGTTAGTCTAGGGAGTTGAGAACTTCTGGAGCTCACAGTGTAAAGAGTTGATAAGATATAAAATTGATAAATTGATGTTTTTTTTAGTAGTGGGACTCACCAACTCCTTGGGCCAACTCCCTACTTCTCCACTCCTACTTTCAAAATTTTTGGGCCAAAGACACCCTTAGTAACAAAAGCAGCGGAGTAGTTCAACTTAGATGGCCAAGCATTAGCTTTCTTAGACTTTCTCCCCCTTGAACTTCTGCAGAAGCTTCAGTAATAGTTGTGAAGGTTTTATAAATAACATTCTTCCCTTGATTTCAATGAGATTCTCATTAAGATCGAATAGGGTGGAAGAATAACAAGTGTGAAGCAAAAAGAAAACAGAAACAGACTTGTGCCTAAAATTTGCTCAATATCCAAGCTGTCTAAATCCTCTTAAGCTAAGAGCCAGATCCCTCAAAGCATAACTTTTTGTATTTAGCTTGAAGCCACAGGAGGTTTATATGCTTAATCAAGACGAGTGAAATTACTATCAGATGCTTCTTTGTGGGCATCAAATTTCATTCCTGATTGATCCTTAATTCAGACGGATCTATTTTCTTCAAAGCCATATAGCAGGTGAAGTTGAAAACGTGGAAGACTTGATATTATAGTAGCTATGGAAGTTTTATATTCTAACAGTTTGTGGAATTTTTACTCCCAAAAGGATTACATCTAGTAACTCAAAATTAGTTCATCTAGATTTGCAGAATCTGTTGCATTTCCCCCCCTTCTTTTTCTAATTTTGTTGTCTTCGCTCTTCTTCAACTATGTCACTAATATAGACATTAATATATAGACATCTTTATATAGTGCATATATATTTATGTGTGTGAGTACACATAGGGTTAAATACAGAGCATGAGTGATATTGTTGATGAAGACAAAGAATTTCGTTTATGAATGACGATCCCAATGACAGTGTCAGTGACACTTGCCATTAGAAGAACAACAATAAAGATAACAACTATGTTTAAAAGCTTGTTTCAAGTTCGACCACCTAGTCAAAACATTTGATGGACTTGATTGAATCCATGGATTAAGAAAGCGAGCTTAATTTTCATTATGCAACTTGAGATATTCTTTTTATTAAATATATTGGTTTTGGTTTTTTATTTTTTAAAATTAATCTTATAACCATTATTTTCATTAGTAATTTTTTTATATGTTATCTAAAAATTCAAGAATTTTTTTTGAAAATTAAAGAAAAAAGGAGTAATTTTTGACAACGTGTTTTTGTGTTTATAATTTGAATAAAAATTCAAATCTTCATTATAAAAATTATGGTAAAAAAAAAGGTAACAAAACAAATTAAATATTATTTTAAAAAATAAACATAAAACAAAAAATGAGACCTAATTATTTCAAATGTTAGCTATTTACCTCGAGAACAATCTAGTTACAACTTGCAACTTTAAAAGTGAGGGATAAAAGAGGAGATAGTTGGATAAATCCCACATCGGAGAAACACGGAGCAGGGACCTCACAAAGTGCTATAAATAGAAGACATTGGCTAACCTTCAAACATACTTACCTGGACGGGGTCAATGGACGATCAACAAGGTCTATGGCCTAGGTTGGTGACCTCCATTGCACATATTGGAGGGGTGCCCGCCTAAGGTCTGCCCAAAGTGGCAGAGCCTACGTCATAATTTGTGGTAGTGGGGGCCTGCGTTCGCGCGGCCTCTTCCAATGCCTCAGTCCCAAATCCTTATATATCACAGGTATTTCATTCATTACTTTTTTGAATTTATTTTCTCTGAATTTATTCTGTTGTGTTACCCTCTTATTTGCCACTCGAAGAATCTCTGGTATTATACGGTTGGAAAATTTGAGCGATGCCTGTTTATGTTATAAATGATTCCTCATATGAATGTGATTGATAATAATTCGAGATATAAATTTGATTTTTGATGATTTGGGATATAAATAATAAATTGATTGATGGGGTGTGATGTGAGCTATGAATCGGTTGATGAATGATTCAAAGCTACGAAACGATTGAGGGGGGAAATTAGTTTATTGTACAATTCCAATTCGTGATGCTAATCGCAGAAGAACTAAGCGAATATGTTCGCTTTTTGTTTGTCTCGACTTTCTGGTTCAATGGAAGGTGAAGAAATATAATTCGATAGGATCCTATTTTAATGTTGTTCTCAGCTGAACATGGGTCAGGGCGTAGCGACTAGCGTAGTTCCATATTTTCGAAGGGGTGAAGTTTCATGAGGGAGAGAGGGAGAATGGAAGGAGTATTGGGTGTCAAAATAGTTCTTTTAGGTTCAGAACATTTTTGAAATTGGGAGCTTTCTCTAAATGATAGTTACAAATGTAGTGCTTTCAACTTCAGAAAATTGAAATCTCTTTGAACAATGAAGCTCCAAACAACTCGCTTTGGGGAATGAGGATAATGAATTGAAGGATAGTTTATATGTTTTGTTATCCATTTGCTACCCATTCTTTCAAAAAACCGAGCGAAGTTTTGGAAACTAAGAAATTTGTTAAAAAAACTTACTTTTGTTTTTAAAATTTGGCACTAGGAATTCAAGTGTTTCCTTACAGATGAAAACCATAATAAAGTAGGGAAGAAACTGTTAGACCTCCAGTATAAAAGGAGGGGCAAAATGGGGAAAGTACCTGAGGGTGGGAATGGAAGTAAGGGGAAGAAAGATGATTCAGTTAGCCGTGGGTACCACTGTGAAGGGATAAATGAAGAAGGAGAAGGATCTGAAAAATCATCTTGGATGTAAGAGCTTGAGCAGACCCTAATTGGGAAGGAGAGGATGTTCAGCTCTCTCTAAAGTGCTGGAATGTTTTCTTGAAATCCCTTTTTATTTCTAAGACATTCTATCTCTACTCTTTTAGCATATAATTCCTTGTTACTATTTACAGATATTACTCTTTTGCTCTTAATACAAGTGAAGTGAGCTCTGTGCTCCATATTTTGCATTATATTTGTTCTTGTTGGGTTTTCTTGAGTGGAGGGGGAGTTGGGATACCTAACAGAAACAAGCGTCAATTTGAAAATAAAAAAATAGAAAATGAAATTTATAAACAGGCCTGTTCGATGTGATTCTATTTATGTGATCTAAAGCTCCAAAGTTGAGCAAGATCGTTTTTGTTCATGTCAGAATTTGAGGCTCTGAGACTGATTCATAAATTTGGAAGCAACTCAATTTACTCCTGAGCTCGTTGTGTTCATGTCTTCTCCCTGTTTGAACTTGAGATGCTTTTTACTTCCCAGCACACGTCTTAGTATGTCTAAGTCTTCTTGCAGATTTCACAAGAAATTTCACCTTTTCTTGGCAGAAATTTGGACCTTTGGAGTCCAACATTGATTGTGGCAAGAATGAACCAAGCATTAGCTTCTAAGACTTTTTCCCCTTTGAAATTTTGCCAAAGCTTCAGGAATAGTTGTGAAGGTTCTATAAATAAGATTCTTTCCTTTGACTTTATTGAGATTCTTAATAAGAATCAAAAAGTGAGGAAGGATAAAAAGTAGGGAAGCAAAAAGAAAAGGGAAACAGATTTTCATTGTCGTTTGGTGAAGATAAGAACCAGATCCCACAAGGAATAACTTTCTGCATTTTGCTTGAAGCCATAGGATGTCAATTGTCAATACACTTCATCAAGTTGAGTGAAATTACTGTCAGATGCTTCTTTTGTTGATCCTTAGTTGGGGGATGGAATCTGTTTTCTTTAAAACCATATTTTCAATTTGAAGGCCTACTAGAAGAATAAAAGAGTTTTAAAAAGTCTTGGCCTGAGAGTGAGAACACTCATCAAATGCTGTATAAGAATACTAGAAGGACCTCTTTAGTATCTTAAACTTTCCAATAAAATCTTTTTACTTCTCTTTAGCCGCAACTCTGTGCAGGTTGAGAGTCATAAATGACAGCCAAGCGTTCAACGTTGCTTTTTGATCTTTCGATGTAGGTTTTTTCTATCATTGTGAGCAGAACTGACCCAGTGTTGGAAAGACTATGGTATTGAAATAATTGAATAGTTTCGTTTCATTGACTCATAGCTTCGACTCCCTCCCTAGTAAATGGTCAACGACTTGATAATATGCATGAATAGAATATAAAGGCAGGCATAGTTGTGTTAAACCAAGTATTTCTAAGAATGTGGAAGATATCCCAAGAAATTGTGAGGAGGAAAAATAATAAATAAATAAAACAACTTAGTGGAAGATATTAGATATCATATATGAATAAATTGTAAAGAAGCAATGTAGTTCTTTTAAAAAGGTTAATTTTTAGAAAATGCCTTTTCAACTATTGGGTAAGCAGTAAGCTTCAATTATGCTACTGTACTCTGAAAATTTGTATTTTTGTTCTTAAACTTAAAAATTTGTTCCAAGAAATATCCTTGCAACTTTAAAATTGGTTCGAAAAATATTTCTTGAAAGTGTACACAATATTACTAACAACTACATAGAAGTTCTTAAGATTAAGAGATCGTTGTTAATATTTTAAGGAAGAAATAAAGAAAATCGTTGTTACTATTTTCTAAGGAAGAAATAAAGAAGATTGTTTGTTTTATCTCAAAAGATATATGTCGTTGATAGTGTTTGTATTATCAATCTCGAAATCAGAGGTTTGATTCCTCCACCTCATATTTAATTGAACATTCAAAACGTGTCATATAAGTGTCTAAACTCAAATATGAAAGTAATCTTATTCAACCATAAGATCAAGTAAATAGAAACTGCCTAACTTCACAACAAGATATTTGAATTCAATTCCACTAACAGAAAGCATAGAACCTTATTAACCCCANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAAAAAAAAAAAAAAAAAAATGTTTCAGCCATTCATAGCACGCACAAGTCGTCTTCACAGAAATGTGAGGGCAAAAATCAAACTTTTCTACACCTGTAAACCACCTAATATTTGAACTTCAGAGAGAACTAAGAAGTAGAAACAATTATTAAAGCCTTATTTGGTAATGGTTTTGTTATTGAAATTCAGGTTTGGTTTTTCATAAATTTTATACTATGGCATCTCCACATTCTTTTTAAGTAACACAACAACAAAACAAGTTTTTGAAAGCTCTATTTTTTTTAAATTTTCAAAATTTGATTTGATTTTTTAAAATATTAGTAAAATGTGGATAACAAAACAAGAAACTTTGAAGACTGTTTATAAACTTAATTTCTAAAAACAAAAAAAAACTAAAACTAAATAAATTACCAAACAGAGTTACTGTAAAGCCATCTAATATTTGAACTTCAAATTAAGTATAGTGATGTCCATAACTGAAAAGATTATAAAGCGGAAAGAACTAAAAGAAAATAGTTGCAAACACAATGAATCAAAGTCTAATTTTGCCCTTCAACTTGAAACAGAGATTTTTCAGTTTGATTCATTTTAGGAATTACATACCCAAAAAGTGTATTAAGAAAAAAGGGATCATAAATCAATGGAAAACCACTCACAGAGTTACTGTAAAGCCATCTAATATTTGAACTTCAAATTAAGTATAGTGATGTCCATAACTGAAAAGATTATAAAGCGGAAAGAACTAAAAGAAAATAGTTGCAAACACAATGAATCAAAGTCTAATTTTGCCCTTCAACTTGAAACAGAGATTTTTCAGTTTGATTCATTTTAGGAATTACATACCCAAAAAGTGTATTAAGAAAAAAGGGATCATAAATCAATGGAAAACCACTCAATCATCCTCCTCTTTATTACTTACAAATCAGAGGACAGAAAGCTATAAACAATCAAATCCTTAATCTCACCCTTAATGTAACAATATTTCCTCAAAATCCCCTCCTTCTGAAACCCAACTTTCTCAAGAACTCTTTGAGACGCTCTATTCTCCACAGACACAAACGCCTGCAATCTCACAACATCAGGGAAGCTTCGAAACACTTCAGGAACAGCAATTCTCAATGCCTCGGTCGCAATTCCTCGACCCCAATAGTCTCTCGCCACAGCATATCCAACATCCGCCTTGCACCGATCCTCACCCGACCATGGATAAACCGAGACAAACCCAACAGAACGACCATCGACACAAATCGACCGGCGCCAAGGATGTGGAATACAAACATCCCTGATGAAAGCCATAGCCTGTTCCTTGGAAGTGAAAACAGTCCATCTAATGAACTTCATGACACGATCGTCCCCAGCCCAAAGCATGAAATCATCAACATCGGAGAGTTGGAATGGACGGAGAGTGAGTTGAGTGAGTTCCATTATTGGTTGTTATTTCGACCTTAA

mRNA sequence

ATGGCTAACATTACATTCATTTCCAACTTTGCAAATGTGTATTGTATTAATAACGGCTTGAGACCCTTGAACCCTAGAATCGGCAGGCACAGGGGATCATTGAGAAAGTCCCACATCGGAGAAACTCGCAGCAGGGACCTGACGAAGCGCTTTAAATACAATACAATGGTTGACTTTAAAACATACTTACCTGGACGGGGTCAATGGGCGATCAACAAGACTCATGGCCTAGTGGGGGCCTGCGTTCGCGCGGCCCCTTCTAATGCACCAGTTTCAATTGTTACACTTTCCAGAGGACAGAAAGCTATAAACAATCAAATCCTTAATCTCACCCTTAATGTAACAATATTTCCTCAAAATCCCCTCCTTCTGAAACCCAACTTTCTCAAGAACTCTTTGAGACGCTCTATTCTCCACAGACACAAACGCCTGCAATCTCACAACATCAGGGAAGCTTCGAAACACTTCAGGAACAGCAATTCTCAATGCCTCGGTCGCAATTCCTCGACCCCAATAGTCTCTCGCCACAGCATATCCAACATCCGCCTTGCACCGATCCTCACCCGACCATGGATAAACCGAGACAAACCCAACAGAACGACCATCGACACAAATCGACCGGCGCCAAGGATGTGGAATACAAACATCCCTGATGAAAGCCATAGCCTGTTCCTTGGAAGTGAAAACAGTCCATCTAATGAACTTCATGACACGATCGTCCCCAGCCCAAAGCATGAAATCATCAACATCGGAGAGTTGGAATGGACGGAGAGTGAGTTGAGTGAGTTCCATTATTGGTTGTTATTTCGACCTTAA

Coding sequence (CDS)

ATGGCTAACATTACATTCATTTCCAACTTTGCAAATGTGTATTGTATTAATAACGGCTTGAGACCCTTGAACCCTAGAATCGGCAGGCACAGGGGATCATTGAGAAAGTCCCACATCGGAGAAACTCGCAGCAGGGACCTGACGAAGCGCTTTAAATACAATACAATGGTTGACTTTAAAACATACTTACCTGGACGGGGTCAATGGGCGATCAACAAGACTCATGGCCTAGTGGGGGCCTGCGTTCGCGCGGCCCCTTCTAATGCACCAGTTTCAATTGTTACACTTTCCAGAGGACAGAAAGCTATAAACAATCAAATCCTTAATCTCACCCTTAATGTAACAATATTTCCTCAAAATCCCCTCCTTCTGAAACCCAACTTTCTCAAGAACTCTTTGAGACGCTCTATTCTCCACAGACACAAACGCCTGCAATCTCACAACATCAGGGAAGCTTCGAAACACTTCAGGAACAGCAATTCTCAATGCCTCGGTCGCAATTCCTCGACCCCAATAGTCTCTCGCCACAGCATATCCAACATCCGCCTTGCACCGATCCTCACCCGACCATGGATAAACCGAGACAAACCCAACAGAACGACCATCGACACAAATCGACCGGCGCCAAGGATGTGGAATACAAACATCCCTGATGAAAGCCATAGCCTGTTCCTTGGAAGTGAAAACAGTCCATCTAATGAACTTCATGACACGATCGTCCCCAGCCCAAAGCATGAAATCATCAACATCGGAGAGTTGGAATGGACGGAGAGTGAGTTGAGTGAGTTCCATTATTGGTTGTTATTTCGACCTTAA

Protein sequence

MANITFISNFANVYCINNGLRPLNPRIGRHRGSLRKSHIGETRSRDLTKRFKYNTMVDFKTYLPGRGQWAINKTHGLVGACVRAAPSNAPVSIVTLSRGQKAINNQILNLTLNVTIFPQNPLLLKPNFLKNSLRRSILHRHKRLQSHNIREASKHFRNSNSQCLGRNSSTPIVSRHSISNIRLAPILTRPWINRDKPNRTTIDTNRPAPRMWNTNIPDESHSLFLGSENSPSNELHDTIVPSPKHEIINIGELEWTESELSEFHYWLLFRP

Homology

[Close]

BLAST of Lsi06G001990 vs. ExPASy TrEMBL
Match: A0A2P5E3A3 (Uncharacterized protein OS=Parasponia andersonii OX=3476 GN=PanWU01x14_004760 PE=4 SV=1)

HSP 1 Score: 70.1 bits (170), Expect = 1.6e-08
Identity = 49/166 (29.52%), Postives = 79/166 (47.59%), Query Frame = 0


Query: 100 QKAINNQILNLTLNVTIFPQNPLLLKPNFLKNSLRRSILHRHKRLQSHNIREASKHFRNS 159
           +KAI+N I  L       PQN    KPNFLKN LRR +LH H RLQ   +R   K+    
Sbjct: 5   KKAIHNHIPTLPFEKIKLPQNTFPNKPNFLKNPLRRYVLHVHDRLQPLQVRPLPKYRLRH 64

Query: 160 NSQCLGRNSSTPIVSRHSISNIRLAPI-LTRPWINRDKPNRTTIDTNRPAPRMWNTNIPD 219
                 R+   P+V    + ++R  P+  +    + D  +R +++ +RP P +   +  +
Sbjct: 65  QPHHERRDPPPPVVRPDHVPDLRPVPVAASGESRDGDLADRFSVEADRPDPGVVEDHRFE 124

Query: 220 ESHSLFLGSENSPSNELHDTIVPSPKHEIINIGELEWTESELSEFH 265
             H L       P+ E    +   P+H ++++GE+E  E +  E H
Sbjct: 125 PLHPLLSAEIGLPAIEARYFLARGPRHVVVDVGEVERPERDSLEIH 170

[Close]

BLAST of Lsi06G001990 vs. NCBI nr
Match: PON80026.1 (hypothetical protein PanWU01x14_004760 [Parasponia andersonii])

HSP 1 Score: 70.1 bits (170), Expect = 3.3e-08
Identity = 49/166 (29.52%), Postives = 79/166 (47.59%), Query Frame = 0


Query: 100 QKAINNQILNLTLNVTIFPQNPLLLKPNFLKNSLRRSILHRHKRLQSHNIREASKHFRNS 159
           +KAI+N I  L       PQN    KPNFLKN LRR +LH H RLQ   +R   K+    
Sbjct: 5   KKAIHNHIPTLPFEKIKLPQNTFPNKPNFLKNPLRRYVLHVHDRLQPLQVRPLPKYRLRH 64

Query: 160 NSQCLGRNSSTPIVSRHSISNIRLAPI-LTRPWINRDKPNRTTIDTNRPAPRMWNTNIPD 219
                 R+   P+V    + ++R  P+  +    + D  +R +++ +RP P +   +  +
Sbjct: 65  QPHHERRDPPPPVVRPDHVPDLRPVPVAASGESRDGDLADRFSVEADRPDPGVVEDHRFE 124

Query: 220 ESHSLFLGSENSPSNELHDTIVPSPKHEIINIGELEWTESELSEFH 265
             H L       P+ E    +   P+H ++++GE+E  E +  E H
Sbjct: 125 PLHPLLSAEIGLPAIEARYFLARGPRHVVVDVGEVERPERDSLEIH 170

The following BLAST results are available for this feature:

BLAST of Lsi06G001990 vs.


Match Name	E-value	Identity	Description

BLAST of Lsi06G001990 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A2P5E3A3	1.6e-08	29.52	Uncharacterized protein OS=Parasponia andersonii OX=3476 GN=PanWU01x14_004760 PE...	[more]

BLAST of Lsi06G001990 vs. NCBI nr


Match Name	E-value	Identity	Description
PON80026.1	3.3e-08	29.52	hypothetical protein PanWU01x14_004760 [Parasponia andersonii]	[more]

BLAST of Lsi06G001990 vs. NCBI nr


Match Name	E-value	Identity	Description

Relationships

The following mRNA feature(s) are a part of this gene:


Feature Name	Unique Name	Type
Lsi06G001990.1	Lsi06G001990.1	mRNA