Spg032519 (gene) Sponge gourd (cylindrica) v1
Overview
Sequences
The following sequences are available for this feature:
Legend: CDSpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below.ATGCAAGGCACACGAAGAACGAGACCCACAGGATTCTCGCGGGCGGTCGTGAACCAAGCATCCAACGCTCCAACTCCATCTTCTTCAACAATGCCGGCCATGTCGAGGGAGATGCCGAGTTCGTCTACATCGAGACGGTTCACGCGTGCCACTACTGTCTGCCAAACCCAAAAGCCCGCCACTCAACAGTTTAGAAAACGTTCGCGGGAGTGGTTTGCGATGAGCTTTGAGATGGGTGCTCAGAGATGTGCTGCCCTTGAAGAAGAAGGGAATTGGCAAGATGAAAAAGAAGCCGCCAAGGCAGCTGAAAGCTCTCGACAAGGAGAAACTTCAATGGGTAAGGTTTCTGAACCTTCAACTAACCCTTCTCTATCTTGCAGGACCAAGCCCGTTGTTACTTATAGCGCAAGAAAGAGGAGCCCTAAGAAAAATGTGCCTGAAAAACCACTTGAGGTTAAGCCCCTCAAAACCGCAAGGATGCCTCCCGACGTATTCGAAGAATAATTCGCCAAGCAGTGGCAAAGGCTCTTGCGATTGCTGAAGGGTACAAAGCTGAACAGGATGCTTTGAAAGAGATTGAGGAGGAGAGAGAGATGGAAAATCAAAAAATGGCTGAGGAAGACAATTTTGCAAAGGAAAGAGATGAGGACGAAGAGAAAAGGAGAGAAGAAGAACAAGAGGCCGAGAGGATCTTAGAAGCTGAAGAAGAAAGAAAGTATGAGGAAAACCTCAGGAGGGCAGCCATGGATTTGCAACTCCTTGAGGAAGAGAAAAAGAGAAGGGAAGAAATAAAAGAAGATGAAAAAAGAATGAAGGAAGCTGAATACTTCCTTGCAGCTTTTGAGCCACTTCACAAGGCTCAAAGTGAGGCTGAATTGCTGCAAAGGAGGGTAGAAGAGGCCCAACAGGGGCCAACTGAAGAAATTTTAGAAAAAGAAAAAGAAAGAGAAGTGGAAAATGAAAGCCAGAATGCGACCGCATCTGGGCCGCATTTTGAAGAAGGCCTAGCCAAGGCCAATAAAGAGCAGCCTGCTGAAGAGGTTTTTGAGCCTCTATTCACAAATGACCCACCAGCAGCTGATAGCACCTCTTCGGGAGAGAAGAGGGATGAAGAGGAAAAGGAAGACGAGGAGGCCGAGACCTCCAGTGATTCTGACTCTGACACAGAATCTGATTCAGAGATTAGGGAGCTAGATGGCGACCAAGTCCCTATCTCTACAGCATTAAGAAGAAAGAGGAAGAGAGAGATTAAAGCTGAGAGGAGGACAAAGAACAAGAATGACCCCATATTTGCCAAGAGGCCGAGGACTAGGTCCATGGACGCCTCTCCTACAGTTCCTCCTACCATCTCACCCGCCAAGTCAAAGGGCAAATCACCCAAGGCTGCATCTCCCAGAAATCCATTCCCTGAGGTATTTAGAGATGTTAATTTTCAGGAACGGATGGAGATCATGAAGAAAAGAGATTTCCTCAATGAGAAGGGATTCTCTAACAGAAGAGGAGCACTGCCAGAGTTCGTGAGCAGGATCATATCTTAATACAAGTGGCAGGAGTTCTGTGCTCACCCTCAGGAGGCTGTTGTGCCTTTAGTGCGAGAGTTTTACGCCGGCCTGAGGGAGGAGAGCATTAGCATGGCGGTGGTGAGGGGGAAGATGGTCAGTTTCTCCTCAGTCGACATTAATAGGGTGTACAGGATCAAGGCATCCTTGAACCCAAGAGGGAATGATGTGATAAGGAACCCTTCGACCAAGCAAATGAAGGAAGCTCTGAAACTTGTGGCCAATAAAGGGGTCCAATGGAAAGAATTGCAGTCAAAAGTGAAGTCGTTAGTGCCAAGCGACCTAAAGCCAGAATCGACAGTTTTGCTTCACTTCATCAAGAACCGCTTCATGCCAACCACCCACGACAGCACGATTTCAATAGATAGAGTGATGCTACTCTATTGCCTTATGAAGGGGTTGGAGATCAACGTGGGGAGCATTATCAGGGATGAGATTTTAGCCTGTGGGAGAAAGCGAGCAGGCAAACTTTTCTTTGGATCACTCATCACCCAACTTTGCCAAAGGGTGAAGATCGTTCCGGGCAAGGACGAGGAGCGTCACTTCTTCAAGCCGACCATCGACCTGTCCTTGATCCGGAAGCTCCAGCAGAACAGTATCCAAAGGAAAGACAAAGCCTCTACGTCTTAGGCTACTCCACCAGCAGGGCCAAATGTAGCGTTTCCTTCCCAGCACACTCTTTTTACAGGGCCTTCGCCATCGTTAGAAGCCCTAGCCATTGCCTACCATCAGCTAGATCAAATCAGGGAGAACCTGAAGACGTATTGGGTATATGCAAAGGAGAGGGATGAAGCTATTACAGAGTTCTATCTCTCTATTGCCCCGAGTATCGATCCAGTCTTTCAAGATTTCCCTCAATCGCTGCTGCCCCAAGAAGAGGATTCTGATGAAGAGGAAGATGAAGAGAATAATGATGAAGATGATGAAGAGAAAGAGAGTTCCTCGGACGAGGAATAG ATGCAAGGCACACGAAGAACGAGACCCACAGGATTCTCGCGGGCGGTCGTGAACCAAGCATCCAACGCTCCAACTCCATCTTCTTCAACAATGCCGGCCATGTCGAGGGAGATGCCGAGTTCGTCTACATCGAGACGGTTCACGCGTGCCACTACTGTCTGCCAAACCCAAAAGCCCGCCACTCAACAGTTTAGAAAACGTTCGCGGGAGTGGTTTGCGATGAGCTTTGAGATGGGTGCTCAGAGATGTGCTGCCCTTGAAGAAGAAGGGAATTGGCAAGATGAAAAAGAAGCCGCCAAGGCAGCTGAAAGCTCTCGACAAGGAGAAACTTCAATGGCCCCTCAAAACCGCAAGGATGCCTCCCGACGTATTCGAAGAATAATTCGCCAAGCAGTGGCAAAGGCTCTTGCGATTGCTGAAGGGTACAAAGCTGAACAGGATGCTTTGAAAGAGATTGAGGAGGAGAGAGAGATGGAAAATCAAAAAATGGCTGAGGAAGACAATTTTGCAAAGGAAAGAGATGAGGACGAAGAGAAAAGGAGAGAAGAAGAACAAGAGGCCGAGAGGATCTTAGAAGCTGAAGAAGAAAGAAAGTATGAGGAAAACCTCAGGAGGGCAGCCATGGATTTGCAACTCCTTGAGGAAGAGAAAAAGAGAAGGGAAGAAATAAAAGAAGATGAAAAAAGAATGAAGGAAGCTGAATACTTCCTTGCAGCTTTTGAGCCACTTCACAAGGCTCAAAGTGAGGCTGAATTGCTGCAAAGGAGGGTAGAAGAGGCCCAACAGGGGCCAACTGAAGAAATTTTAGAAAAAGAAAAAGAAAGAGAAGTGGAAAATGAAAGCCAGAATGCGACCGCATCTGGGCCGCATTTTGAAGAAGGCCTAGCCAAGGCCAATAAAGAGCAGCCTGCTGAAGAGGTTTTTGAGCCTCTATTCACAAATGACCCACCAGCAGCTGATAGCACCTCTTCGGGAGAGAAGAGGGATGAAGAGGAAAAGGAAGACGAGGAGGCCGAGACCTCCAGTGATTCTGACTCTGACACAGAATCTGATTCAGAGATTAGGGAGCTAGATGGCGACCAAGTCCCTATCTCTACAGCATTAAGAAGAAAGAGGAAGAGAGAGATTAAAGCTGAGAGGAGGACAAAGAACAAGAATGACCCCATATTTGCCAAGAGGCCGAGGACTAGGTCCATGGACGCCTCTCCTACAGTTCCTCCTACCATCTCACCCGCCAAGTCAAAGGGCAAATCACCCAAGGCTGCATCTCCCAGAAATCCATTCCCTGAGGAGTTCTGTGCTCACCCTCAGGAGGCTGTTGTGCCTTTAGTGCGAGAGTTTTACGCCGGCCTGAGGGAGGAGAGCATTAGCATGGCGGTGGTGAGGGGGAAGATGGTCAGTTTCTCCTCAGTCGACATTAATAGGGTGTACAGGATCAAGGCATCCTTGAACCCAAGAGGGAATGATGTGATAAGGAACCCTTCGACCAAGCAAATGAAGGAAGCTCTGAAACTTGTGGCCAATAAAGGGGTCCAATGGAAAGAATTGCAGTCAAAAGTGAAGTCGTTAGTGCCAAGCGACCTAAAGCCAGAATCGACAGTTTTGCTTCACTTCATCAAGAACCGCTTCATGCCAACCACCCACGACAGCACGATTTCAATAGATAGAGTGATGCTACTCTATTGCCTTATGAAGGGGTTGGAGATCAACGTGGGGAGCATTATCAGGGATGAGATTTTAGCCTGTGGGAGAAAGCGAGCAGGCAAACTTTTCTTTGGATCACTCATCACCCAACTTTGCCAAAGGGTGAAGATCGTTCCGGGCAAGGACGAGGAGCGTCACTTCTTCAAGCCGACCATCGACCTGTCCTTGATCCGGAAGCTCCAGCAGAACAGGCCTTCGCCATCGTTAGAAGCCCTAGCCATTGCCTACCATCAGCTAGATCAAATCAGGGAGAACCTGAAGACGTATTGGGTATATGCAAAGGAGAGGGATGAAGCTATTACAGAGTTCTATCTCTCTATTGCCCCGAGTATCGATCCAGTCTTTCAAGATTTCCCTCAATCGCTGCTGCCCCAAGAAGAGGATTCTGATGAAGAGGAAGATGAAGAGAATAATGATGAAGATGATGAAGAGAAAGAGAGTTCCTCGGACGAGGAATAG ATGCAAGGCACACGAAGAACGAGACCCACAGGATTCTCGCGGGCGGTCGTGAACCAAGCATCCAACGCTCCAACTCCATCTTCTTCAACAATGCCGGCCATGTCGAGGGAGATGCCGAGTTCGTCTACATCGAGACGGTTCACGCGTGCCACTACTGTCTGCCAAACCCAAAAGCCCGCCACTCAACAGTTTAGAAAACGTTCGCGGGAGTGGTTTGCGATGAGCTTTGAGATGGGTGCTCAGAGATGTGCTGCCCTTGAAGAAGAAGGGAATTGGCAAGATGAAAAAGAAGCCGCCAAGGCAGCTGAAAGCTCTCGACAAGGAGAAACTTCAATGGCCCCTCAAAACCGCAAGGATGCCTCCCGACGTATTCGAAGAATAATTCGCCAAGCAGTGGCAAAGGCTCTTGCGATTGCTGAAGGGTACAAAGCTGAACAGGATGCTTTGAAAGAGATTGAGGAGGAGAGAGAGATGGAAAATCAAAAAATGGCTGAGGAAGACAATTTTGCAAAGGAAAGAGATGAGGACGAAGAGAAAAGGAGAGAAGAAGAACAAGAGGCCGAGAGGATCTTAGAAGCTGAAGAAGAAAGAAAGTATGAGGAAAACCTCAGGAGGGCAGCCATGGATTTGCAACTCCTTGAGGAAGAGAAAAAGAGAAGGGAAGAAATAAAAGAAGATGAAAAAAGAATGAAGGAAGCTGAATACTTCCTTGCAGCTTTTGAGCCACTTCACAAGGCTCAAAGTGAGGCTGAATTGCTGCAAAGGAGGGTAGAAGAGGCCCAACAGGGGCCAACTGAAGAAATTTTAGAAAAAGAAAAAGAAAGAGAAGTGGAAAATGAAAGCCAGAATGCGACCGCATCTGGGCCGCATTTTGAAGAAGGCCTAGCCAAGGCCAATAAAGAGCAGCCTGCTGAAGAGGTTTTTGAGCCTCTATTCACAAATGACCCACCAGCAGCTGATAGCACCTCTTCGGGAGAGAAGAGGGATGAAGAGGAAAAGGAAGACGAGGAGGCCGAGACCTCCAGTGATTCTGACTCTGACACAGAATCTGATTCAGAGATTAGGGAGCTAGATGGCGACCAAGTCCCTATCTCTACAGCATTAAGAAGAAAGAGGAAGAGAGAGATTAAAGCTGAGAGGAGGACAAAGAACAAGAATGACCCCATATTTGCCAAGAGGCCGAGGACTAGGTCCATGGACGCCTCTCCTACAGTTCCTCCTACCATCTCACCCGCCAAGTCAAAGGGCAAATCACCCAAGGCTGCATCTCCCAGAAATCCATTCCCTGAGGAGTTCTGTGCTCACCCTCAGGAGGCTGTTGTGCCTTTAGTGCGAGAGTTTTACGCCGGCCTGAGGGAGGAGAGCATTAGCATGGCGGTGGTGAGGGGGAAGATGGTCAGTTTCTCCTCAGTCGACATTAATAGGGTGTACAGGATCAAGGCATCCTTGAACCCAAGAGGGAATGATGTGATAAGGAACCCTTCGACCAAGCAAATGAAGGAAGCTCTGAAACTTGTGGCCAATAAAGGGGTCCAATGGAAAGAATTGCAGTCAAAAGTGAAGTCGTTAGTGCCAAGCGACCTAAAGCCAGAATCGACAGTTTTGCTTCACTTCATCAAGAACCGCTTCATGCCAACCACCCACGACAGCACGATTTCAATAGATAGAGTGATGCTACTCTATTGCCTTATGAAGGGGTTGGAGATCAACGTGGGGAGCATTATCAGGGATGAGATTTTAGCCTGTGGGAGAAAGCGAGCAGGCAAACTTTTCTTTGGATCACTCATCACCCAACTTTGCCAAAGGGTGAAGATCGTTCCGGGCAAGGACGAGGAGCGTCACTTCTTCAAGCCGACCATCGACCTGTCCTTGATCCGGAAGCTCCAGCAGAACAGGCCTTCGCCATCGTTAGAAGCCCTAGCCATTGCCTACCATCAGCTAGATCAAATCAGGGAGAACCTGAAGACGTATTGGGTATATGCAAAGGAGAGGGATGAAGCTATTACAGAGTTCTATCTCTCTATTGCCCCGAGTATCGATCCAGTCTTTCAAGATTTCCCTCAATCGCTGCTGCCCCAAGAAGAGGATTCTGATGAAGAGGAAGATGAAGAGAATAATGATGAAGATGATGAAGAGAAAGAGAGTTCCTCGGACGAGGAATAG MQGTRRTRPTGFSRAVVNQASNAPTPSSSTMPAMSREMPSSSTSRRFTRATTVCQTQKPATQQFRKRSREWFAMSFEMGAQRCAALEEEGNWQDEKEAAKAAESSRQGETSMAPQNRKDASRRIRRIIRQAVAKALAIAEGYKAEQDALKEIEEEREMENQKMAEEDNFAKERDEDEEKRREEEQEAERILEAEEERKYEENLRRAAMDLQLLEEEKKRREEIKEDEKRMKEAEYFLAAFEPLHKAQSEAELLQRRVEEAQQGPTEEILEKEKEREVENESQNATASGPHFEEGLAKANKEQPAEEVFEPLFTNDPPAADSTSSGEKRDEEEKEDEEAETSSDSDSDTESDSEIRELDGDQVPISTALRRKRKREIKAERRTKNKNDPIFAKRPRTRSMDASPTVPPTISPAKSKGKSPKAASPRNPFPEEFCAHPQEAVVPLVREFYAGLREESISMAVVRGKMVSFSSVDINRVYRIKASLNPRGNDVIRNPSTKQMKEALKLVANKGVQWKELQSKVKSLVPSDLKPESTVLLHFIKNRFMPTTHDSTISIDRVMLLYCLMKGLEINVGSIIRDEILACGRKRAGKLFFGSLITQLCQRVKIVPGKDEERHFFKPTIDLSLIRKLQQNRPSPSLEALAIAYHQLDQIRENLKTYWVYAKERDEAITEFYLSIAPSIDPVFQDFPQSLLPQEEDSDEEEDEENNDEDDEEKESSSDEE Homology
BLAST of Spg032519 vs. NCBI nr
Match: PON46472.1 (hypothetical protein PanWU01x14_251180, partial [Parasponia andersonii]) HSP 1 Score: 138.3 bits (347), Expect = 2.7e-28 Identity = 100/318 (31.45%), Postives = 159/318 (50.00%), Query Frame = 0
BLAST of Spg032519 vs. NCBI nr
Match: PON35554.1 (hypothetical protein PanWU01x14_335450, partial [Parasponia andersonii]) HSP 1 Score: 137.5 bits (345), Expect = 4.5e-28 Identity = 75/209 (35.89%), Postives = 118/209 (56.46%), Query Frame = 0
BLAST of Spg032519 vs. NCBI nr
Match: PON70375.1 (hypothetical protein PanWU01x14_080440 [Parasponia andersonii]) HSP 1 Score: 122.9 bits (307), Expect = 1.2e-23 Identity = 63/182 (34.62%), Postives = 101/182 (55.49%), Query Frame = 0
BLAST of Spg032519 vs. NCBI nr
Match: PON78020.1 (hypothetical protein PanWU01x14_023740 [Parasponia andersonii]) HSP 1 Score: 122.5 bits (306), Expect = 1.5e-23 Identity = 91/296 (30.74%), Postives = 145/296 (48.99%), Query Frame = 0
BLAST of Spg032519 vs. NCBI nr
Match: EXB49850.1 (hypothetical protein L484_000844 [Morus notabilis]) HSP 1 Score: 116.7 bits (291), Expect = 8.3e-22 Identity = 85/280 (30.36%), Postives = 135/280 (48.21%), Query Frame = 0
BLAST of Spg032519 vs. ExPASy TrEMBL
Match: A0A2P5BCG4 (Uncharacterized protein (Fragment) OS=Parasponia andersonii OX=3476 GN=PanWU01x14_251180 PE=4 SV=1) HSP 1 Score: 138.3 bits (347), Expect = 1.3e-28 Identity = 100/318 (31.45%), Postives = 159/318 (50.00%), Query Frame = 0
BLAST of Spg032519 vs. ExPASy TrEMBL
Match: A0A2P5AGA5 (Uncharacterized protein (Fragment) OS=Parasponia andersonii OX=3476 GN=PanWU01x14_335450 PE=4 SV=1) HSP 1 Score: 137.5 bits (345), Expect = 2.2e-28 Identity = 75/209 (35.89%), Postives = 118/209 (56.46%), Query Frame = 0
BLAST of Spg032519 vs. ExPASy TrEMBL
Match: A0A2P5DAQ2 (Uncharacterized protein OS=Parasponia andersonii OX=3476 GN=PanWU01x14_080440 PE=4 SV=1) HSP 1 Score: 122.9 bits (307), Expect = 5.6e-24 Identity = 63/182 (34.62%), Postives = 101/182 (55.49%), Query Frame = 0
BLAST of Spg032519 vs. ExPASy TrEMBL
Match: A0A2P5DXM3 (Uncharacterized protein OS=Parasponia andersonii OX=3476 GN=PanWU01x14_023740 PE=4 SV=1) HSP 1 Score: 122.5 bits (306), Expect = 7.3e-24 Identity = 91/296 (30.74%), Postives = 145/296 (48.99%), Query Frame = 0
BLAST of Spg032519 vs. ExPASy TrEMBL
Match: W9RBS1 (Uncharacterized protein OS=Morus notabilis OX=981085 GN=L484_000844 PE=4 SV=1) HSP 1 Score: 116.7 bits (291), Expect = 4.0e-22 Identity = 85/280 (30.36%), Postives = 135/280 (48.21%), Query Frame = 0
The following BLAST results are available for this feature:
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:
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