HG10003583 (gene) Bottle gourd (Hangzhou Gourd) v1

Overview
NameHG10003583
Typegene
OrganismLagenaria siceraria cv. Hangzhou Gourd (Bottle gourd (Hangzhou Gourd) v1)
DescriptionUnknown protein
LocationChr08: 3680095 .. 3689637 (-)
RNA-Seq ExpressionHG10003583
SyntenyHG10003583
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
ATGGATCGTAGAACTCCTAGAGACTCAGGGGAAGCATCTAAAGCACCAAGAGGAGCATGCAAAGGAAAGAGCCCTCTTGGGGAAGATGTTGATGAAATAAAAGACATTGAGCGGAAAGATCTCCAAATGAGATATGGTAGCTTGAAGTCGCAAATGATCCAAAGAAAGAAAGCAAACAGAAGGTACAGACATACTTCTCTTTCACATCACAATGGCTAAGGCCGAGGCCATATTGAAGGCTAGAGTATCAGAACTCTGATTAGGGTACATTAGAAACTGACCTGAGAAGGATGCTCGAAGAAAAACAACGGTTACGAAAAGAGCCCTAGGCGAACTAGAATCAGATGTTGAACCTTGGAACTACGACCTCTTGAAAATATATAAAGAAATGTGTAACATCCAATGGAATATTCAGAGGCTTCGTGAAATAGATGGAATTGACCTGGAAGCTTTGATTGAGTAGATAAACCCTCCATTCTCTAATAAGATAATGAGAGAGGTTCTGTCCCGAAAGTTCAGGGTCCCTAGCATTAAACTGTACAATGAAGATCAGATCCTGTGGAACATATGTATTCCTATCGGTCTTGGATGGAGCTGCATGGAGTCTCAAGCGCCATCAGATGCAGTACATTATCTCTCTTGTAGGATCAGTAAAGGCATGGTTTTGAAAACTTAAAAGGAAATCGATTGAAAAAATCGATAAATGCTTGGTAAGGATTTGGAAAAAAGCTAAAGTAGAGAGCAACATGAGGCTTAGACACCCGACTAGTATGGCTCGACCTTGAAGTTTGATGTCGAGGCCATCCTCGTGGTACCAAGGCCCTTCACCCTATGATGGTTTGGCCTATATCTCCATACGGTAATCTTTTTCGGTTTAGTTTGAGCTCACCTTATCATGAGATGGTCCTAGAGAAGACGTTTATGAAAAAGATATATGTTTGATGTGGGTTTAGGAAAAAACTAAAATAGAGAGCATTAGGAGGTTTTGTCCCTGAGTGGTGTGGCTCGTCGTTGGAATTCAAGTTCGGGGCCAACCTCGTGGTGCCAAGCCACTTTGCCCTATGATGGTTTAACTTAAGACCCATCAAAGGAAAGAGATATACGTTCGATGTGGGTTCAGGAAAAAACTAAAATAGAAAGTAGTAGGAGGTTTTGTCGTCTGAGTGGTGTGGCTTGACTTTGAAGTCTGAAGCCGTGGTGCCAAGGCACTTTGGCCTATGACGTTTTAACTTAAGACCCCTCAAAGGAAAGAGATATATGTTTGGTGTGGATTTAGTAGAAAAACTACAATAAAGAGCAGTAGGTGGTTTTGTCGCTCGAGTGGCATGGCTCAATTTTGGAGTCCGAGGCTGAGGCCAATCTCGTGGGTCCAAGGCACTTTGCCTTATAACAGTTTATTCTAGGACCCCTCAAAGTATTCTTTTTTTGGTTTAGCTAAAAGTTATACAATAAAAGACGTTTGAAAAGAACAAGTTTTATAGGACGAATGAGACAGTAAAATGGTACAATTTCATTGTAAAAAAAAAAAAAGAAAGTTGGCCTAACAGGACCTAAAAATATAACAAAGTACAAGCAAGTTGAAAGTAAGTACGGCGAAACATAAAGAAAATTAGGTCATGCAAAATCTCAAAACTCAAATTAAGTCTCCATGGTGTTACTTCCTCCCTCTCCACTCCCGTCAAGGTCATCAAAGGAGCGAGGAGCGTTTGGATTGTCACAATGATAAAGGTAAGTTTTATGAGACGAAGAATACATAATTGTTCTGTGTTGCAAAAAATGCAGTGAAAAATACACTCTGCATGATGAGTGAGGGGAGTTAACTCCTCTCAACCCACTCCCTTTAACTCCCCTGTAACTGGATTATTTAAAGTGGAATATTTGTATTTCCTAAACTGGAAAATTTTGGCAGAAGTTTATTGATAGATATTTTCCTTTTATGTCGAAGCACATTTTGCAGTAAAGGAAAATATTATTATGGGAATTCTTTCTTTGTTTGAAATTGTGTGTTAAAAGAAGAAGTTAGGGCATCTGCTAGGGTTGCCACATCAGTTTTTTTTTTTCTTGAAGAGAGTTTTTGTTTGATTGTTGGTGGCTGAAGTTGTGCTTTACTATATTTCGGGTTTTGCTCGTTGTAATCCACTATGCAAGTTCTTCTGTTGGAGTTCTCGAAGTTCTGAAGATATTCTCTGTCTTAGGGGGAGCCTAAGACATCATTCATTGAGAAGGGATTTCTCAAGCCTTAGGGGGAGGTTATGGCGTTGCAAATTGAGAAGGGAGTTCTCAAGACTTAAGGGGATCTAGGTTCTCACGTCAAGGGAGTTCACTGAGTCACGAGGAAGATAACCAAGTTGAGAGGGAGTCTCACATGCTATTAGAAGCCGAAGTGTTCATCACTAATATTTTCACACTTAGGGGGAGCCTAAGTACTATTGAGAGGAAGTCTCACATCTAGGGGGGCCTAGGTGCATGACAAGTTAAGCTCTGCAAGAGTCACTATAGAAGTGGTTACTTTACAGATAAGTACTTTGTTGTAAATGCTTAACTCATTCAATATTAGTGGATTATCTTTATGTGCACACTGCCCCCAGATATAGGTGGTTTATCGCCGAACTAGGTTACCAACTTCTGTGTGCAATTACCCTTTTACTTGTTGTCGTTTTTTTTTCAGTTGTTAAAGTATATGTTAATGCATTTCATTTAACATCCGTGGTTTGAGTTGTGAGGTAGCTTATCATTTTTTCACTTAGTATCAATGTGGGGCAGCTTTATCTCAGGTGTATTGATCATGAACGGGATCAAAAAAGGAGACTCTACCACTTGACCCACAATTCTTGATGGAACTAAATTTGCCTACTGGAAAGCCAGAATGATCGCGTTCTTGAAGTCCATTGACAACAAAACATGGAAGGCTGTTATAATTAGATAGTCTCATCCCACCATCAAAGGTGCTAATGAAAATGAGATTTTAAAACCTAATTTTTTGAAGCGTTAAAGTAAAGGTTATGTATTGACAATGTCAGACAATAATTCAGATGAAAATGACGAACTTGAAGAAGATGTTAAAGCATATGTTAGTAACATCACATCCGACACTTTGTCATACGAAAATCTAGATCTGAACATTAGTTTGGGAAGTGATGAAGGTGATAGTTTTATGCTCGGTGATCCATCTTACAGAGCTCTTTTTAATAAATGCAAGATGATTTGAAAATATTGAATGTTCAAAAGGAAATAATTGAGTCTTTAACGGAAGACAACCACAAACTCATGGCCACCATTGTTGATCTGAAGAGTGAATTGAACCAAGCAAGAGCTGAAAAAGAATCAATGTGTAAGTTAGTAAGAATGTTGAACTCGAGTACTGAAGTTTTGTAGGAAAGTCTGACTCAAGGGAAGCCTGCCAGGGATAATTCTGGTTTTCATTTTTCAAGAAGCTAAAGAAACCAAATTGTTCCAAGTCAACTTAAAGGGAAACATAAGATAGAATTTATTAAAGCTAAATATTCAGAATCTCAAGATAGGACAACAACTTCTCATAGTAGAACTCCCTAGAATGCTCGTAACTCTGTCAAACCAAGGTGGATTTGTCACTATTGTGGAAAATGGGGACATAAAAGACCCTATTGTTTCTTGTTAAAAGGGTTTGTTAACCATCCTAGGAGTTCAACTCGAACTACTCATAGTCCCAGGAACGAGCATCAAAGAAATCTTAAAATGAGACAAGAATGGGGAGTAAAGAATTCAAATGTCCATAGTTATGTTGTTCTGACTTTTTTTTCGGTCTTCTACAAAAGATGCATGGTACTTAGTGGAAGCTCTCGTCATATGACTGGTGAGAAGGATTATTTATCCAACCTTAAAGCTGTCAGCTCAAGAAAAGTAACATTTGGAGATGGTGCGTTTGGAAGGATCATGGGAAAAAGTCAACTGAATTACCCAAGCCTTCCCACTTTGAATGATGTTATGCTAGTTGAAGGTCTTACTACCAATCTAATAAGCACTAGCCAACTTTGTGATCAGGGTCTGAATGTGAACTTCACAAAAAATCAGTGTGTTGTCACAGACAATGATAAAACTCTTATTATGATAGGTACGCGTTGCTCTAACAACTGTTTTTTATGGAATCCTAACAATGTATCGCATGTTTGTCGTCTCTCTATACAAAATGAAGCTGATCTGAGGCATAAACATCTTGAACACCTAAGTGTGAAGACAATTCAAAAGGCTCTAGCCAAAAATGCCATATCTGGTCTTCCATCCTTGGCTACTTCAACTGGAGTCATTTTTGGTGATTGTCAATCAGACAAGCAAACTCATTCGTCACATAAACAAATTACTTCCTCTTGATCATCTCACATTCTGGAACTTCTTCACTTGGACCTTATAGGTTCTATGCAGTCTAAAAGCCTGGAAGGAAAACAGTATGTTCTTGTTGTTGTCGATGACTTCTCTAGGCACACTTGGGTTCGCTTTCTTCTAGAGAAGTCAGATGCATTTTTTTGTTTTCAAAGCTCTATGTCTTTAGTTACAACGAGAGAAAAAGTTGCATGTAATATGTATTAGAAGTGATCATGGCAGAGAGTTTGAGAATTCTCAATTTGTAGAATTTTGTAATGAAGCAGGAATCCATCATGAATTCTCAGCTCCTATCACTCCTCAGCATAATGGAGTAATAGAACGAAAAAATAGAACTCTCCAGGAGATGGCTCGTGCAATGTTACATACGAAGAAACTCCCATTACATTTCTGGGCTGAAGCGTTGAACACTGGTTTTTATATTCACAATTGTGTTGTTCTATGTTCGGATACCTCGAGCACTATTTATGAAATATAGAGGGGGAGAAAGCCTACTGTTAAATATTTCCATATTTTTGTAGCCTCTGTTACATTCTGGTTGATAAAGAAGCCAGAAGAAAATGGGATTCCAAATCCGAGGAAGGAATATTCTTGGGATTCCACATATAGTTGAGCTTGCTATGTTTACAATAAACGAACTCGTTGTGTGATGGAGTCTATTAATGTTGTGATTAATGATGAAATATACTTACTTGATTCTACTGCAAAGAAAGAAGAAGGGTCCAATGCTCTTCCACATGTCAATACTAATGTTAATAACATCATGTCTGACACGCCAGCTGATGAGATTTCAGAGACTCTAGGGGGAGATGATCAGAATGCTTCTGAGCAGAGTGACGCAAATAACAAGCAGCCATCTAGCAGGGTGCAAAAAAATCACCCTTCCAGTAATATTATTGGGAGTCTTGATCAAAGGGTAACAACAAGAAGAAAGGACAAAATTGATTATCTAGAAATGATCAGCAATATCTGCTTTACTTCCTTAGTTGAATGTAAGAATGTGAAAGAAGCTCTTCAAGATGAATGTTGGGTTAATGCGATGCAAGAAGAGTTAGGACAGATGAAAAAGGTAATGTGACCAGAAACAAAGCAAGACTTGTTGCTCATGGTTACACTCAAATAGGAGTAGATTTTGATGAAACGTTTGCTCCAGTTGCCAGACTTGAAGCAATCAGACTTCTTCTTGGGATATCTTGTCTTATGAAATTCAAGTTGTATCAAATGGATGTCAAGAGCGCATTTCTGAATGGTTACTTGAATGAAGAAGTGTATGTTGAGCAGCCGAAAGGATTTGTGGATCCTTTTTATCCTAATCATGTTTATAAACTCAACAAGGCCCTCTATGGTCTGAAACAGGCACCTAGAGCTTGGCATGAAAGATTGACTCAATTTCTTACCGGCAATGGATACTCTCGAGGGGGAGTTGATAAAACTCTCTTTATAAAGAAAGCTTAGGAGAAATTTGTAATTGTTCAGATCTATGTTGATGACTATTGTGTAAATATAATTTGTGTTGTTGTTCTATGATTATGCTAATGTATGTTCGGATATACTTAAGTTTTTTCTCAATATTAACCAAAGTATAATCTAATATTCAAATTTCTCGGTGAGAATCGAGGTCGAACACAAGAATTTTAGACTAAACAAATGAATGAAGTGTAAATCCTGCGGAAGTAAGCAAATGATGTGAGGTGTTCGTGAAAAACATACAAGAAATAAAATAACTAGCAACATGCAACCATAGGTGAAGAATCACTGATGTGGGTTGTGCAAACTATAGAAATTAGGTTTTCTTTCAAATAGAGAAAGGAGGGTTAGAGAAAACCCTTCATCAACCAGTCGAGTTCTTGCTCAGTCTCTCAGTTCATACTCCTAAACCTATATGGTTCATACCTCTTGGCTGATGAGGTAAATCATATGTCTGTGATGCATGCTTGTTTAGTTAAGCCCAAGATGCTTCCTATGTCTAGGATTAGTTCTTAGTTACACAGATGAGTTCCACACTTACTTGCTCTTTCGAGTAGTTAACTATTTCTACCTAAATCAAGTTGTCAATTGGATTTAAGCAATAAAAGGGTAAGAATGCATCGATGTAAATGTACTAGAAACTGAGCGTAAACTCTTATTGATGAATGTTACTCTCCAACTCCTCAAGCAACTTAGCTACCCATACTTGTTTGTGAATTGAACTTAAATATGGTGGACAAGAGATGAATCATGATGTAAGAAATAGATATATATTAAGGGACAAAAAAAATTATTAATGTTCTATCACCGTACAAACAACTAACGTTGCTTCAAGGTACAAAAATGTAGGATGAAAAAGTAAAGAGATGAAGTTGTTGGCGGCATTGTCCTGTTCGCTGACATTGTTTTCGGTGTTTGCTCGCGCTGAGGGGAAGGACTGATGAGGCTTCACTCTCTTTTGAGGTTGAGGTTCAGCAGAACTTCAATGGAGATGACTGTCACTGAGAGGGAGAAGATGAAGGGCGGCGATGCGATTCCAGACTTCTTTTATGCATGAAGAACCTTAATCCTAAAAATGTCTCTCCTAAAAGTTTCTATATAATTGTCTCTCCTAAAAGTTTCTATATATTTGTCTCTCTTTTTTTTAGAATTAATCTGGCTTTTATAGCCCTCGATTGTACCCTCCAATCTGACGCAGGGGGCCCACAACGCGTTCGGCGTCATCCTTTCTGACCAGATAGCCTGTCTCTGTCCAACGGCTCAAGGTGCTAAAAATTCTTTGTCTCCAGCTGTCAAGGTTAGGCTCTCCAAGGTAACGAAAATTTTCTTTTAACGCCATGCGCTCGATATATGCATTTCCGTTCGTCTTCGACTATCTGCAAAATGGAGCGTTCAAAGGCATTAAACTTCAAAATAATCTTTCTTCAGCCTCTTTACAAGCTTGTACGCATACTAAGGATATATCAAAGATTAAAGCATTAGATGATGCATTTTTCAACATTCTTTCACCATTATTCTAAGAAAAGAAGGACAATAACTTGTATTTCTACAAGTTATCAATGACATCGTTTTCAGAGGGATGTCACAAGAGATGGTTAAGCTTTTTGTTGAACAAATGAAGAAAGAGTTTGTGATGAGCATAGTGGGAGAGCTATCATATTTGCTAGGATTCTAGATTAAGCAATTCAACTAGGGCATCTTTATCTCGTAGAGTAAGTATGCGAAAAATATTGTTAAAAAGTTTGTCCTTGAAAAGGCTAGTGCTAAACGAACTCCAGCTCCTACGCATGTCAAAATTTCCAAAGACTCAGAAGGGACACTTGTCGATGAGAAGTTATACAGAAGCATCATTGGGAGCCTACTCTACTTAACTGCTAGCAGACCTGATATTGCGTTTGTAGTGGGTGTATGTGCCAGATCCCAGGCATGTCCTAAGACCAGTCGTTTGCTTAGTGCAAAGAGAATTATCAAATACATTAGTGGAACAAGTGACTATGTGTTACTCTACACGTTTGACACAAGTAGCTTACTGTTAGGCTACTATGATGCAGACTAGATAGGAAGCTCAGAAGACAGGAAAAATACCTCTGGTGGATGTTTTTTCTTAGCAACAACTTAATTTCATGGTTTAGTAAGAAACAGAACTGTGTTTCTCTGCCTACAACTGAAGCTGAATATATTCTTGTGGGTAGTAGTTGCTCTCAGCTGATCTAGATGAAGCAAATATTGCAGGACTACGATGTCTCACAGGATGCCATAGCTCATTATTGTGACAACTTGAGCGCAATAAATATTTCTAAAAACCCAGTGGAACAAAGTAGAACGAAGCATATTGACATCAAACACCACTTTATTCGTGATTTAGTGGAGTGCAAGCAGATTACCTTGGAGCATGTTTGCACAAAAAATCAAATTGCTGACATCTTCACAAAAGCTCTAGATGCAGATCGGTTGGAGGCTCTAAGAGCTGCATTGGGCCTTTATGTGCTGAAGATTTAGCAACTAATCCTCTAGGCCTGTTTGAAATATTTATTAGGCCATCAAGTGTGGAAGCCCAAGCGGTTAATGATAGACAAAATCGTATTAATTATGGTTGGTGAAGATGTAAGGGTGTTTACCTACCATCTAATTTCAAATTATCTTTTGAATTTTAATTGTTTTCTATCGAAACGTGACAGGTTTTTGCTCGAGATCGTGGGAATTTTGTGTCTTCAACTGTTCACTGACAGCTTCTTTTTGGTGAATCCAGTGTCCTTTCTTCAAATGGCGAAAACCAAACGAGGGACACAAACTTCAGATGGTAAAATGGTGCATTACAGAGAGAAAGCAAAGAGAAAACTGATTGTTGAAGAAGATGTTCCTTCTCCCACCACAAACAAATATGGCGTCCGAGTGCATGGATCACCTTCTACTCAAAAGGAAGTCGGGGTTCCTCTCCCCTCAACAAAACGGAGAAAGTTTGGGGCCATTCTCGTCTATGAAGCTAAGGATAAAGAACATGTGAGTCTTTCTAACCTTACTATGATTGATCTTCTGGGTCTTGAAGTAGAATTTTTTCCCAAAAAGGAAACATTGACTTCTACTAATTCATCAAATCATTCGAATGAGTACAAAGTCGTACCTAGAAACCCTAGTTTAAACGTTGAATCCTTCTCTATTGTTGAAGAATTATCTAGGGATATCGAGAGTAAGAATGTATCTGATCAGTCTTTTGTATGTTTACTTGATAATGTGGCGTTGGATGTTCTTGAATTTGGTGTGAAAATTGATGTTGCTGTCTCCGAGTGTGTTTTGGAAGAAAATGTTGTTATGCTTGTTTCTCCTGTTGCAGAAGCTGAAGAGGTTCTAGGGTCTGAAGAAAATGTGCTACATGATCTTATTGATAAAATAATGTCTAAATCTATAGCTTCATTGTCCACTCTACCTGAACCCTGTCTATCTAATCTGAATGAAAAAGGGAATTGTGTTGGGAACCCGGAAAATTTGCAATTTGTTGAGGAGGGTGTTAATGCTCCTCTTGTAACATCTACCATGCCTGAACCTAAAAGTATGTCTGAAAAGTTAGTTGATGAAATGCTTGACTCACAGAATGCTGATTCTGAAAAGGTTGCTGTTCTTAAAGATGTTCTTGAGAAAGATGAAGCTCCTATTGAAGAAGTGGGAGCTGATGATAAAACAGATTTTGAAACCTCTCATGAATCCTCTAAAAATTGTATCTGA

mRNA sequence

ATGGATCGTAGAACTCCTAGAGACTCAGGGGAAGCATCTAAAGCACCAAGAGGAGCATGCAAAGGAAAGAGCCCTCTTGGGGAAGATGTTGATGAAATAAAAGACATTGAGCGGAAAGATCTCCAAATGAGATATGGTAGCTTGAAGTCGCAAATGATCCAAAGAAAGAAAGCAAACAGAAGGTTTTTGCTCGAGATCGTGGGAATTTTGTGTCTTCAACTGTTCACTGACAGCTTCTTTTTGGTGAATCCAGTGTCCTTTCTTCAAATGGCGAAAACCAAACGAGGGACACAAACTTCAGATGGTAAAATGGTGCATTACAGAGAGAAAGCAAAGAGAAAACTGATTGTTGAAGAAGATGTTCCTTCTCCCACCACAAACAAATATGGCGTCCGAGTGCATGGATCACCTTCTACTCAAAAGGAAGTCGGGGTTCCTCTCCCCTCAACAAAACGGAGAAAGTTTGGGGCCATTCTCGTCTATGAAGCTAAGGATAAAGAACATGTGAGTCTTTCTAACCTTACTATGATTGATCTTCTGGGTCTTGAAGTAGAATTTTTTCCCAAAAAGGAAACATTGACTTCTACTAATTCATCAAATCATTCGAATGAGTACAAAGTCGTACCTAGAAACCCTAGTTTAAACGTTGAATCCTTCTCTATTGTTGAAGAATTATCTAGGGATATCGAGAGTAAGAATGTATCTGATCAGTCTTTTGTATGTTTACTTGATAATGTGGCGTTGGATGTTCTTGAATTTGGTGTGAAAATTGATGTTGCTGTCTCCGAGTGTGTTTTGGAAGAAAATGTTGTTATGCTTGTTTCTCCTGTTGCAGAAGCTGAAGAGGTTCTAGGGTCTGAAGAAAATGTGCTACATGATCTTATTGATAAAATAATGTCTAAATCTATAGCTTCATTGTCCACTCTACCTGAACCCTGTCTATCTAATCTGAATGAAAAAGGGAATTGTGTTGGGAACCCGGAAAATTTGCAATTTGTTGAGGAGGGTGTTAATGCTCCTCTTGTAACATCTACCATGCCTGAACCTAAAAGTATGTCTGAAAAGTTAGTTGATGAAATGCTTGACTCACAGAATGCTGATTCTGAAAAGGTTGCTGTTCTTAAAGATGTTCTTGAGAAAGATGAAGCTCCTATTGAAGAAGTGGGAGCTGATGATAAAACAGATTTTGAAACCTCTCATGAATCCTCTAAAAATTGTATCTGA

Coding sequence (CDS)

ATGGATCGTAGAACTCCTAGAGACTCAGGGGAAGCATCTAAAGCACCAAGAGGAGCATGCAAAGGAAAGAGCCCTCTTGGGGAAGATGTTGATGAAATAAAAGACATTGAGCGGAAAGATCTCCAAATGAGATATGGTAGCTTGAAGTCGCAAATGATCCAAAGAAAGAAAGCAAACAGAAGGTTTTTGCTCGAGATCGTGGGAATTTTGTGTCTTCAACTGTTCACTGACAGCTTCTTTTTGGTGAATCCAGTGTCCTTTCTTCAAATGGCGAAAACCAAACGAGGGACACAAACTTCAGATGGTAAAATGGTGCATTACAGAGAGAAAGCAAAGAGAAAACTGATTGTTGAAGAAGATGTTCCTTCTCCCACCACAAACAAATATGGCGTCCGAGTGCATGGATCACCTTCTACTCAAAAGGAAGTCGGGGTTCCTCTCCCCTCAACAAAACGGAGAAAGTTTGGGGCCATTCTCGTCTATGAAGCTAAGGATAAAGAACATGTGAGTCTTTCTAACCTTACTATGATTGATCTTCTGGGTCTTGAAGTAGAATTTTTTCCCAAAAAGGAAACATTGACTTCTACTAATTCATCAAATCATTCGAATGAGTACAAAGTCGTACCTAGAAACCCTAGTTTAAACGTTGAATCCTTCTCTATTGTTGAAGAATTATCTAGGGATATCGAGAGTAAGAATGTATCTGATCAGTCTTTTGTATGTTTACTTGATAATGTGGCGTTGGATGTTCTTGAATTTGGTGTGAAAATTGATGTTGCTGTCTCCGAGTGTGTTTTGGAAGAAAATGTTGTTATGCTTGTTTCTCCTGTTGCAGAAGCTGAAGAGGTTCTAGGGTCTGAAGAAAATGTGCTACATGATCTTATTGATAAAATAATGTCTAAATCTATAGCTTCATTGTCCACTCTACCTGAACCCTGTCTATCTAATCTGAATGAAAAAGGGAATTGTGTTGGGAACCCGGAAAATTTGCAATTTGTTGAGGAGGGTGTTAATGCTCCTCTTGTAACATCTACCATGCCTGAACCTAAAAGTATGTCTGAAAAGTTAGTTGATGAAATGCTTGACTCACAGAATGCTGATTCTGAAAAGGTTGCTGTTCTTAAAGATGTTCTTGAGAAAGATGAAGCTCCTATTGAAGAAGTGGGAGCTGATGATAAAACAGATTTTGAAACCTCTCATGAATCCTCTAAAAATTGTATCTGA

Protein sequence

MDRRTPRDSGEASKAPRGACKGKSPLGEDVDEIKDIERKDLQMRYGSLKSQMIQRKKANRRFLLEIVGILCLQLFTDSFFLVNPVSFLQMAKTKRGTQTSDGKMVHYREKAKRKLIVEEDVPSPTTNKYGVRVHGSPSTQKEVGVPLPSTKRRKFGAILVYEAKDKEHVSLSNLTMIDLLGLEVEFFPKKETLTSTNSSNHSNEYKVVPRNPSLNVESFSIVEELSRDIESKNVSDQSFVCLLDNVALDVLEFGVKIDVAVSECVLEENVVMLVSPVAEAEEVLGSEENVLHDLIDKIMSKSIASLSTLPEPCLSNLNEKGNCVGNPENLQFVEEGVNAPLVTSTMPEPKSMSEKLVDEMLDSQNADSEKVAVLKDVLEKDEAPIEEVGADDKTDFETSHESSKNCI
Homology
[Close]
BLAST of HG10003583 vs. NCBI nr
Match: XP_038887148.1 (uncharacterized protein LOC120077338 [Benincasa hispida])

HSP 1 Score: 67.8 bits (164), Expect = 2.5e-07
Identity = 60/189 (31.75%), Postives = 94/189 (49.74%), Query Frame = 0 

Query: 88  LQMAKTKRGTQTSDGKMVHYREKAKRKLIVEEDVPSPTTNKYGVRVHGSPSTQKEVGVPL 147
           L    T++GT TS+ KMV  +EKAK+K+ VEEDV   T NKYG+ +HG    +KEVG+P 
Sbjct: 144 LYKISTRQGTHTSNSKMVRNKEKAKQKVCVEEDVSLTTLNKYGIHMHGLLVEKKEVGIPP 203

Query: 148 PSTKRRKFGA---ILVYEAKDKEHVSLSNLTMIDLLGLEVEFFPKKETLTSTNSSNHSNE 207
           P  KR +      ++     D+E  +L++ ++ D L     F    E L    +SN   +
Sbjct: 204 PLEKRSEEDVNTPLVTNPMTDQE--NLNDDSVYDPL-----FAENGEKLKDAVTSN--VD 263

Query: 208 YKVVPRNPSLNVESFSIVEELSRDIESKNVSDQSFVCLLDNVALDVLEFGVKIDVAVSEC 267
            ++  +NP          E L   + S +VSD+       +V + + +  +K    V  C
Sbjct: 264 PQMSDQNP----------ENLEHSLGSVHVSDEG-----SDVNVSLTDLKMKESEDVFAC 308

Query: 268 VLEENVVML 274
           V+E +V  L
Sbjct: 324 VIESHVEAL 308

The following BLAST results are available for this feature:
BLAST of HG10003583 vs. NCBI nr
Match NameE-valueIdentityDescription
XP_038887148.12.5e-0731.75uncharacterized protein LOC120077338 [Benincasa hispida][more]
BLAST of HG10003583 vs. NCBI nr
Match NameE-valueIdentityDescription
BLAST of HG10003583 vs. NCBI nr
Match NameE-valueIdentityDescription
BLAST of HG10003583 vs. NCBI nr
Match NameE-valueIdentityDescription
InterPro
Analysis Name: InterPro Annotations of Bottle gourd (Hangzhou Gourd) v1
Date Performed: 2022-08-01
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 381..407
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 126..146
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 1..28
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 381..400

Relationships

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

Feature NameUnique NameType
HG10003583.1HG10003583.1mRNA