Bhi08G001568 (gene) Wax gourd (B227) v1
Overview
Sequences
The following sequences are available for this feature:
Legend: five_prime_UTRexonCDSpolypeptidethree_prime_UTR Hold the cursor over a type above to highlight its positions in the sequence below.GTTAACCGCATTTACATTTGCAATGCAATAAAAATTAATTTATGATTGTAAGACTTAGAGATCCCTCTCTCTCTCTCTCTCCCCTCCTTTTCCTGTGTGTGTGTGTGTGAACTGTAAACGTGATTACCAGAATCAGAGCAGAGCGGCACTAAATGCAATTCACTCTCTTCCAACCAATCACTCTGCCTTTTTCTTTTTACTTGTCTTCCCTCTTTCTTTCTCCTATCTCCCACTTTCCAATCCTCTTCTTCCTCTAAACCCTGCAATGTTTCTGAGCCTTCTCTGTCCCTGAATCCCCCCATCTCTGCTCTCTCCAAACCCATCTTCTTCGAAATGGGTTGCTGTGTCAGTACTACTAGAGCTTCTAATTCTTCCTCTTCACCCCACCACTCTAGATCTACCTATTCCCATCCCAAACTCAATCGCGTTGGAAACAGAGCACCCCCTCCACTCGAAGAAGAGTCTGTCAAAGAGGTTCTCTCTGAAACTCCCAAACCCAGACCTACGCCGATTGGGGAGAGGAATCCCGACGAATCTGCCTCCGGGAAGGTCAATGGGAGGATCCACATTCATCCCACAGAAGAAATTTCTGAGGTTTCTGATGTTTGCAGCTTTAGCGAAACCCTATCTACTACGACTGTAACAGAGAAGTTGGATGATTTCGAAGAGATACGTCAGAGGATTTGCAGATCTCCGGCCAAATTGGCTAAAAACCGGTCACCCTCAGATGATTGGGTTCCTAGGAGGGATAGAATGGTGGGTAAATCGCCAACGCGAAAATCCGATCAGTCGCCCAGCCGGTTAAACGGCGGCGCTGGAACTGTGAAGTTGGTGCAAAGCAGAGATATGGGGCAGGGACTCACAAGGCGAAGTCCGAGGCCAGAGCCACACCTGCAGAATAGAACTGAGAATGCGTATCGGAGGTCAAGATCCCCTGCTTATACCCGAACCGACAGCGGAGCCTCCAGAACAGCCGCTGGCCGAAGCCCATCTGTCCGGAGGTCCGGAATGTCGCCGGGAAGGGAAGCAACCGCCGGAAGAGACTATTACCGGAAAGAAGCAGGGCAATCTCAGGCTATAGAGAACGCGACGATAGAGGGAAAATGGCGGACAACAAATGAGTCCCTCGATAACCCACTTGTTTCATTGGAATGCTTCATCTTCCTCTGAAAGATGAGAGAATATTCCGGGCGCATATTACGTCCCAGTTCGCCGGACCGACGAGTGGCATTCAAATTTCTTGTACTCTGTTTTACGTCTTCATTTACGGTGTGATTCCTATTCTTGGTCTGGAAATTGTAGTAAGTTGTAAATAATGAATGTCTGATAGGTCAATTTAGGAAACAGACCGTATTTGGCACAGCTGGGTAGGCGAAGTCTCTCTGTTTTCTCTGAAAGTAAATCTTTTGCCATACTGGTACAAAGATTGCATTTTCTTTACTCTCTCTCTCTTATTCAGTATCGTATTTTTGGTGTACTCACTAATCTTCGAAAATGGAAATTAAAGATATGGTTAGTACTAATTCTACACTAAAATGATTAGAGACGTCATCCCAATTGAATGAGCTCTGTTTTTTATGGTACAAACAGTCAGGTTCTTCAGAGTTCAGACCCAGACTCTTACACCTGCTTAGACAAAAAGGATGGAAGAAAGAAAGAAAAAATGAAAATAAATTATGAGACAGTCCACCAGATGATTTCTGAAACGAAGACTGATTTAGATCAGAGGAAGAGTGGAGACGAAGGATCGATCACCATCACCAACTTTCTTTCTTCAGCATTGGTAATAACAACTCTCTTACAATTGCTTCCAACTTTTGCTTTCTGTGTATTAACTGACAAAAAGAACAGAACGAGTCCAAAGCTTGGGAATTTAGAGAAGCTCCATGACAACAAATGAAGACTATTGCAGCTGAAAGTTGAACTAAAATGAGAAGTTAAACCGTTGGGGGCAATCTATGTTGCTCCATATTCATGCAATATTGAATCAATGTATATTATATTATGGATATATGCTGTCTTTTTCTTGCTGACGGAGTATCAATTATTGTGGAGTGTTGTGAATTCTTGACCTTTTTAGCAGGGGCAGAATTTCCTTGAGTTTGGAACTTTGGAGTCAAAAACCATAAAAAAATAGATCTATGTGCCATTTCCCAACACTCTTGGATGAACTTCTTGTAACTTTGCCTAAAACCAACTTCAACAGCATATTATTTTGATATTATCATTGTGTGGAATGGAAGAACGAAGTTTTCGACTGATTTCAGTAGAAACAGGTTTGATAAACATTGTAAACAGAAGAAACAAAATATGCATTTCATATATATCTAGACAGTTAAAGTTCGCCTACACGTGGGTACCATTTACCATTGCACAATTCCTCACAAACAGAAATTTCTATATGATTGCTGAGGCTTCAAGCCAAATCTGAAGAGCCAAAAGAGAGAGAAAAGCTTAACCTTGTGGAAGGCATAAAAATGTAAAACTTGCTATCTTGAAGAAGGCAATGTAGTCGGATGAGGTAAAGCAAGGTGGGCCGTGAGGTGAGCGTATGTACAGAATAAGAACCTCTGGAAATGGGGGAAAAAACAGCCTCAACTACGGTACCTTTCTGACTACTGGGTTTTGGAGATTAGTTTTGCTTGAATCAATCGTAACGCAGATTTGTTACGGAACAGACCTCTTTTCCATCTTTGGTTTTCTTTGATTTCATCAGGAACCTGAGTTTTCAGTGAAATGGGAACTTGTGGTGGCATTGGATATGTCATTGTGTTGATGTTGTGGCCATGGGATGCGTTCGGGGGGACATGGGACGGGTGCCGGGCGGGCAATGTATGTAGGAATATGATCTCCAGGCATTAGCACTGAAACTCCACAGGAATACACAGTCATCTGTATATAAACGAAACAAAAATGTTGGATGGCTGAAGAGTGTAAAAAGCATCCACAATTGTCGAAGAACAAAATTGATATGGCAATAGAATTAACCAGTAATCAACTCTACTAGCAGATGATACAAAAAGCCAAGGACTTAACAAGTTCAAGAGGATAGGACAAGGCCAAGATATCATAAGCCAGCCAGCAGTATAAACAAACACAATATATTAGACAATCAGAACGGTAAAATGAAAAAATAAGCTTGGAAAACATAAAATTAGATCCTCTAATTGTTTCTGAATAAATCAATTAATAATTATTTCGAACTGGCATACATAATACTTGTACTACAGGAGCTTGGTCGGTTAGGTCATGACATACAGCAAAAATAGAAGTGTTTAAGATGCCAAAACGAGCATCCTTCCATTGCAAATTTTTCACAGTATAAGACAGTAAAACCTAGTGTTCTCAATTATAAAAATAAGGGTCACTGCACAGAAGTGCAATAACTTTCATGAGCTATTGCTGCTTTTCCTCTGCAAAACAAATGGACAACTCTTCTCACACTGTAAACGGGCAGGCACTGACTTTGTCACTTAGAATCAGCTGTTGAGTGAAACCAGCATGTCTTGAGATCTTCCGATATTACAGTGAATGTATCATAGAAATAACACAACCGCTTAACAGTTAAAGAAGCAATCTATGCTGAAATTTCTGCAGGATGTTACCATTTCATTGCTGCATTTCTTTGCAAGGACAGGCAGATTATGGATAGTAGATAGGTATGTGAGAGTACTAGTTAGGGGCGTGTAGGTAAGATTAGTGGGATATTAGTAAGGGGTATTATGGGCAATCAACTAGTGGTGTCTTGGTTATAAATAAGAGGAGTTGGACACCTTAGGGGGTGGGGGATCATTTTGGTAGGAATTTCTATTGTTAGAATTAGGGAAAAAGATAGCTATCTCAAAAGGGCATGAAATTATAATTTCTTCAAAGAATAGCAATATGGTTATCTTTAGTGTTTACTTGTATTTTCGGTGTTAAGATACCTAACAAGGTAGTGGAAAACCTTGTTATACTAAATGATCTCAAGTTTGCACCTACAAGGGTGCAGAGAACCAGAACTTTTGGCTTTTGATAGGAACTACGAATTGAAATTGAAATTAACTGAAAATGGCAGTGATACAAGAAAGGAAAATGAAAAGACACTAAGCACTTAAAGAGGCCTGGATTCTCCCAAAATCAAAATTGCTATCCAAATTCTAACTACCTCCCAAATTCCCAAACTCACTCTATTTATAGCCACTCAACTCTTACAACTTGTATATAATTATACATATGCCCTTGTTAATATCCCTACCATGTACCACTAGTATTCCCAACAACTTTGCACATACAAGTATCAGTCAATTAGACAGGACAACTAGGCAGGCCTGATATGTTTTTTTGTAGAATGCAAGGTGCAGCCAAAGATTAAAGATGTGCCACATGATAATAAATATGAAATATATCTTATCAGCAAGGTCTGGACATAAATTCTTGACATTGTTTCAACCAGCAATTCTCCACTGCTAAATTTGGTTGTATTTTCCGTCTCATATAGACTATTCTTCGTCTGATAAATTTGATCGTATAAGAATACCAGTGACTCAAGGGGGGAAAGTGATTACATGGTCATGACAGACGCAAGGGGCACGTGGGATATAAGGCATTGAGATTGACTTGATGAGTAAGTTGGTGGGGCAAACCATCAGACGCACTTGGCCGAAAGTAGCAAAACAAGAAGTGACAATTAAACGAACAACTACCAGGTCCATGCCTAGAATCCATAATTAGAGGATAAAACCGTCCTGTGATAATGAGATTGCTTATTTTGAAATAGAAGAGAATTCTAAAGAGTAAATAACAAATTATATCGCCACTGGCCTGTCCCCACCACCCCCTTATGGAGTTGAAGAAAGATAAGGCTGATAAAACTCAGTGCACATAAGCAATACTACAGAACTCAGGGAGAAGGCAAGAAGAACTACCAGCTAATCTTGAAGTTTCCAAACGAATTTGAAGCATATGAAACAAATAGGATAAAACTGCAAGGTACCCTTTGGATTTTAATTAGGGGAAAAAGGTAATAGATAGAAACAGAACAAGTTGTTCTAATACCAAGTCCCAGAACATGGGTTGTCCCACTTAACCATTACAGGAATAGAAATTTTCATTTAGAC GTTAACCGCATTTACATTTGCAATGCAATAAAAATTAATTTATGATTGTAAGACTTAGAGATCCCTCTCTCTCTCTCTCTCCCCTCCTTTTCCTGTGTGTGTGTGTGTGAACTGTAAACGTGATTACCAGAATCAGAGCAGAGCGGCACTAAATGCAATTCACTCTCTTCCAACCAATCACTCTGCCTTTTTCTTTTTACTTGTCTTCCCTCTTTCTTTCTCCTATCTCCCACTTTCCAATCCTCTTCTTCCTCTAAACCCTGCAATGTTTCTGAGCCTTCTCTGTCCCTGAATCCCCCCATCTCTGCTCTCTCCAAACCCATCTTCTTCGAAATGGGTTGCTGTGTCAGTACTACTAGAGCTTCTAATTCTTCCTCTTCACCCCACCACTCTAGATCTACCTATTCCCATCCCAAACTCAATCGCGTTGGAAACAGAGCACCCCCTCCACTCGAAGAAGAGTCTGTCAAAGAGGTTCTCTCTGAAACTCCCAAACCCAGACCTACGCCGATTGGGGAGAGGAATCCCGACGAATCTGCCTCCGGGAAGGTCAATGGGAGGATCCACATTCATCCCACAGAAGAAATTTCTGAGGTTTCTGATGTTTGCAGCTTTAGCGAAACCCTATCTACTACGACTGTAACAGAGAAGTTGGATGATTTCGAAGAGATACGTCAGAGGATTTGCAGATCTCCGGCCAAATTGGCTAAAAACCGGTCACCCTCAGATGATTGGGTTCCTAGGAGGGATAGAATGGTGGGTAAATCGCCAACGCGAAAATCCGATCAGTCGCCCAGCCGGTTAAACGGCGGCGCTGGAACTGTGAAGTTGGTGCAAAGCAGAGATATGGGGCAGGGACTCACAAGGCGAAGTCCGAGGCCAGAGCCACACCTGCAGAATAGAACTGAGAATGCGTATCGGAGGTCAAGATCCCCTGCTTATACCCGAACCGACAGCGGAGCCTCCAGAACAGCCGCTGGCCGAAGCCCATCTGTCCGGAGGTCCGGAATGTCGCCGGGAAGGGAAGCAACCGCCGGAAGAGACTATTACCGGAAAGAAGCAGGGCAATCTCAGGCTATAGAGAACGCGACGATAGAGGGAAAATGGCGGACAACAAATGAGTCCCTCGATAACCCACTTGTTTCATTGGAATGCTTCATCTTCCTCTGAAAGATGAGAGAATATTCCGGGCGCATATTACGTCCCAGTTCGCCGGACCGACGAGTGGCATTCAAATTTCTTGTACTCTGTTTTACGTCTTCATTTACGTCAGGTTCTTCAGAGTTCAGACCCAGACTCTTACACCTGCTTAGACAAAAAGGATGGAAGAAAGAAAGAAAAAATGAAAATAAATTATGAGACAGTCCACCAGATGATTTCTGAAACGAAGACTGATTTAGATCAGAGGAAGAGTGGAGACGAAGGATCGATCACCATCACCAACTTTCTTTCTTCAGCATTGAACGAGTCCAAAGCTTGGGAATTTAGAGAAGCTCCATGACAACAAATGAAGACTATTGCAGCTGAAAGTTGAACTAAAATGAGAAGTTAAACCGTTGGGGGCAATCTATGTTGCTCCATATTCATGCAATATTGAATCAATGTATATTATATTATGGATATATGCTGTCTTTTTCTTGCTGACGGAGTATCAATTATTGTGGAGTGTTGTGAATTCTTGACCTTTTTAGCAGGGGCAGAATTTCCTTGAGTTTGGAACTTTGGAGTCAAAAACCATAAAAAAATAGATCTATGTGCCATTTCCCAACACTCTTGGATGAACTTCTTGTAACTTTGCCTAAAACCAACTTCAACAGCATATTATTTTGATATTATCATTGTGTGGAATGGAAGAACGAAGTTTTCGACTGATTTCAGTAGAAACAGGTTTGATAAACATTGTAAACAGAAGAAACAAAATATGCATTTCATATATATCTAGACAGTTAAAGTTCGCCTACACGTGGGTACCATTTACCATTGCACAATTCCTCACAAACAGAAATTTCTATATGATTGCTGAGGCTTCAAGCCAAATCTGAAGAGCCAAAAGAGAGAGAAAAGCTTAACCTTGTGGAAGGCATAAAAATGTAAAACTTGCTATCTTGAAGAAGGCAATGTAGTCGGATGAGGTAAAGCAAGGTGGGCCGTGAGGTGAGCGTATGTACAGAATAAGAACCTCTGGAAATGGGGGAAAAAACAGCCTCAACTACGGTACCTTTCTGACTACTGGGTTTTGGAGATTAGTTTTGCTTGAATCAATCGTAACGCAGATTTGTTACGGAACAGACCTCTTTTCCATCTTTGGTTTTCTTTGATTTCATCAGGAACCTGAGTTTTCAGTGAAATGGGAACTTGTGGTGGCATTGGATATGTCATTGTGTTGATGTTGTGGCCATGGGATGCGTTCGGGGGGACATGGGACGGGTGCCGGGCGGGCAATGTATGTAGGAATATGATCTCCAGGCATTAGCACTGAAACTCCACAGGAATACACAGTCATCTGTATATAAACGAAACAAAAATGTTGGATGGCTGAAGAGTGTAAAAAGCATCCACAATTGTCGAAGAACAAAATTGATATGGCAATAGAATTAACCAGTAATCAACTCTACTAGCAGATGATACAAAAAGCCAAGGACTTAACAAGTTCAAGAGGATAGGACAAGGCCAAGATATCATAAGCCAGCCAGCAGTATAAACAAACACAATATATTAGACAATCAGAACGGTAAAATGAAAAAATAAGCTTGGAAAACATAAAATTAGATCCTCTAATTGTTTCTGAATAAATCAATTAATAATTATTTCGAACTGGCATACATAATACTTGTACTACAGGAGCTTGGTCGGTTAGGTCATGACATACAGCAAAAATAGAAGTGTTTAAGATGCCAAAACGAGCATCCTTCCATTGCAAATTTTTCACAGTATAAGACAGTAAAACCTAGTGTTCTCAATTATAAAAATAAGGGTCACTGCACAGAAGTGCAATAACTTTCATGAGCTATTGCTGCTTTTCCTCTGCAAAACAAATGGACAACTCTTCTCACACTGTAAACGGGCAGGCACTGACTTTGTCACTTAGAATCAGCTGTTGAGTGAAACCAGCATGTCTTGAGATCTTCCGATATTACAGTGAATGTATCATAGAAATAACACAACCGCTTAACAGTTAAAGAAGCAATCTATGCTGAAATTTCTGCAGGATGTTACCATTTCATTGCTGCATTTCTTTGCAAGGACAGGCAGATTATGGATAGTAGATAGGTATGTGAGAGTACTAGTTAGGGGCGTGTAGGTAAGATTAGTGGGATATTAGTAAGGGGTATTATGGGCAATCAACTAGTGGTGTCTTGGTTATAAATAAGAGGAGTTGGACACCTTAGGGGGTGGGGGATCATTTTGGTAGGAATTTCTATTGTTAGAATTAGGGAAAAAGATAGCTATCTCAAAAGGGCATGAAATTATAATTTCTTCAAAGAATAGCAATATGGTTATCTTTAGTGTTTACTTGTATTTTCGGTGTTAAGATACCTAACAAGGTAGTGGAAAACCTTGTTATACTAAATGATCTCAAGTTTGCACCTACAAGGGTGCAGAGAACCAGAACTTTTGGCTTTTGATAGGAACTACGAATTGAAATTGAAATTAACTGAAAATGGCAGTGATACAAGAAAGGAAAATGAAAAGACACTAAGCACTTAAAGAGGCCTGGATTCTCCCAAAATCAAAATTGCTATCCAAATTCTAACTACCTCCCAAATTCCCAAACTCACTCTATTTATAGCCACTCAACTCTTACAACTTGTATATAATTATACATATGCCCTTGTTAATATCCCTACCATGTACCACTAGTATTCCCAACAACTTTGCACATACAAGTATCAGTCAATTAGACAGGACAACTAGGCAGGCCTGATATGTTTTTTTGTAGAATGCAAGGTGCAGCCAAAGATTAAAGATGTGCCACATGATAATAAATATGAAATATATCTTATCAGCAAGGTCTGGACATAAATTCTTGACATTGTTTCAACCAGCAATTCTCCACTGCTAAATTTGGTTGTATTTTCCGTCTCATATAGACTATTCTTCGTCTGATAAATTTGATCGTATAAGAATACCAGTGACTCAAGGGGGGAAAGTGATTACATGGTCATGACAGACGCAAGGGGCACGTGGGATATAAGGCATTGAGATTGACTTGATGAGTAAGTTGGTGGGGCAAACCATCAGACGCACTTGGCCGAAAGTAGCAAAACAAGAAGTGACAATTAAACGAACAACTACCAGGTCCATGCCTAGAATCCATAATTAGAGGATAAAACCGTCCTGTGATAATGAGATTGCTTATTTTGAAATAGAAGAGAATTCTAAAGAGTAAATAACAAATTATATCGCCACTGGCCTGTCCCCACCACCCCCTTATGGAGTTGAAGAAAGATAAGGCTGATAAAACTCAGTGCACATAAGCAATACTACAGAACTCAGGGAGAAGGCAAGAAGAACTACCAGCTAATCTTGAAGTTTCCAAACGAATTTGAAGCATATGAAACAAATAGGATAAAACTGCAAGGTACCCTTTGGATTTTAATTAGGGGAAAAAGGTAATAGATAGAAACAGAACAAGTTGTTCTAATACCAAGTCCCAGAACATGGGTTGTCCCACTTAACCATTACAGGAATAGAAATTTTCATTTAGAC ATGGGTTGCTGTGTCAGTACTACTAGAGCTTCTAATTCTTCCTCTTCACCCCACCACTCTAGATCTACCTATTCCCATCCCAAACTCAATCGCGTTGGAAACAGAGCACCCCCTCCACTCGAAGAAGAGTCTGTCAAAGAGGTTCTCTCTGAAACTCCCAAACCCAGACCTACGCCGATTGGGGAGAGGAATCCCGACGAATCTGCCTCCGGGAAGGTCAATGGGAGGATCCACATTCATCCCACAGAAGAAATTTCTGAGGTTTCTGATGTTTGCAGCTTTAGCGAAACCCTATCTACTACGACTGTAACAGAGAAGTTGGATGATTTCGAAGAGATACGTCAGAGGATTTGCAGATCTCCGGCCAAATTGGCTAAAAACCGGTCACCCTCAGATGATTGGGTTCCTAGGAGGGATAGAATGGTGGGTAAATCGCCAACGCGAAAATCCGATCAGTCGCCCAGCCGGTTAAACGGCGGCGCTGGAACTGTGAAGTTGGTGCAAAGCAGAGATATGGGGCAGGGACTCACAAGGCGAAGTCCGAGGCCAGAGCCACACCTGCAGAATAGAACTGAGAATGCGTATCGGAGGTCAAGATCCCCTGCTTATACCCGAACCGACAGCGGAGCCTCCAGAACAGCCGCTGGCCGAAGCCCATCTGTCCGGAGGTCCGGAATGTCGCCGGGAAGGGAAGCAACCGCCGGAAGAGACTATTACCGGAAAGAAGCAGGGCAATCTCAGGCTATAGAGAACGCGACGATAGAGGGAAAATGGCGGACAACAAATGAGTCCCTCGATAACCCACTTGTTTCATTGGAATGCTTCATCTTCCTCTGA MGCCVSTTRASNSSSSPHHSRSTYSHPKLNRVGNRAPPPLEEESVKEVLSETPKPRPTPIGERNPDESASGKVNGRIHIHPTEEISEVSDVCSFSETLSTTTVTEKLDDFEEIRQRICRSPAKLAKNRSPSDDWVPRRDRMVGKSPTRKSDQSPSRLNGGAGTVKLVQSRDMGQGLTRRSPRPEPHLQNRTENAYRRSRSPAYTRTDSGASRTAAGRSPSVRRSGMSPGREATAGRDYYRKEAGQSQAIENATIEGKWRTTNESLDNPLVSLECFIFL Homology
BLAST of Bhi08G001568 vs. TAIR 10
Match: AT1G61170.1 (unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: N-terminal protein myristoylation; LOCATED IN: cellular_component unknown; EXPRESSED IN: 19 plant structures; EXPRESSED DURING: 12 growth stages; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT1G11125.1); Has 54 Blast hits to 54 proteins in 15 species: Archae - 0; Bacteria - 0; Metazoa - 17; Fungi - 0; Plants - 34; Viruses - 1; Other Eukaryotes - 2 (source: NCBI BLink). ) HSP 1 Score: 58.5 bits (140), Expect = 9.6e-09 Identity = 80/262 (30.53%), Postives = 120/262 (45.80%), Query Frame = 0
BLAST of Bhi08G001568 vs. TAIR 10
Match: AT1G11125.1 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT1G61170.1). ) HSP 1 Score: 58.5 bits (140), Expect = 9.6e-09 Identity = 93/306 (30.39%), Postives = 135/306 (44.12%), Query Frame = 0
BLAST of Bhi08G001568 vs. TAIR 10
Match: AT4G28180.1 (unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: N-terminal protein myristoylation; LOCATED IN: cellular_component unknown; EXPRESSED IN: 15 plant structures; EXPRESSED DURING: 8 growth stages; Has 1508 Blast hits to 1315 proteins in 223 species: Archae - 4; Bacteria - 127; Metazoa - 687; Fungi - 310; Plants - 142; Viruses - 28; Other Eukaryotes - 210 (source: NCBI BLink). ) HSP 1 Score: 46.6 bits (109), Expect = 3.8e-05 Identity = 80/262 (30.53%), Postives = 112/262 (42.75%), Query Frame = 0
BLAST of Bhi08G001568 vs. ExPASy TrEMBL
Match: A0A5D3DT19 (Pinin-like OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold861G00420 PE=4 SV=1) HSP 1 Score: 449.1 bits (1154), Expect = 1.3e-122 Identity = 239/282 (84.75%), Postives = 250/282 (88.65%), Query Frame = 0
BLAST of Bhi08G001568 vs. ExPASy TrEMBL
Match: A0A0A0LUH2 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_1G072990 PE=4 SV=1) HSP 1 Score: 437.2 bits (1123), Expect = 5.2e-119 Identity = 233/282 (82.62%), Postives = 248/282 (87.94%), Query Frame = 0
BLAST of Bhi08G001568 vs. ExPASy TrEMBL
Match: A0A6J1KR40 (uncharacterized protein LOC111495715 OS=Cucurbita maxima OX=3661 GN=LOC111495715 PE=4 SV=1) HSP 1 Score: 420.6 bits (1080), Expect = 5.0e-114 Identity = 228/280 (81.43%), Postives = 242/280 (86.43%), Query Frame = 0
BLAST of Bhi08G001568 vs. ExPASy TrEMBL
Match: A0A6J1EN02 (uncharacterized protein LOC111434064 OS=Cucurbita moschata OX=3662 GN=LOC111434064 PE=4 SV=1) HSP 1 Score: 414.1 bits (1063), Expect = 4.7e-112 Identity = 225/280 (80.36%), Postives = 240/280 (85.71%), Query Frame = 0
BLAST of Bhi08G001568 vs. ExPASy TrEMBL
Match: A0A6J1JZ58 (uncharacterized protein LOC111490165 OS=Cucurbita maxima OX=3661 GN=LOC111490165 PE=4 SV=1) HSP 1 Score: 402.5 bits (1033), Expect = 1.4e-108 Identity = 220/278 (79.14%), Postives = 238/278 (85.61%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Wax gourd (B227) v1
Date Performed: 2021-10-22
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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