Spg028671 (gene) Sponge gourd (cylindrica) v1

Overview


Name	Spg028671
Type	gene
Organism	Luffa cylindrica (Sponge gourd (cylindrica) v1)
Description	Unknown protein
Location	scaffold7: 13640925 .. 13647876 (-)
RNA-Seq Expression	Spg028671
Synteny	Spg028671

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideCDSthree_prime_UTR

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

ATGGATGGTGAGGGAAGAGAGGAGTAAGATTATTATTTTTTTTTAGAGCCCTTGGGGAGGGTTATGATTATGGATTTTGAGTTTTTAGTGTGGGTTTGGTTCAATTTACAAGATTAATCAATCAAAAGTTGTATAAATGATTTAGTTTTTTTTTTTTTAATATTCAAGAAGTATTAGTGACAATATCTCCGTTGTTGGAGAACCCCAATATCATTAAAGAAGCTATCTCGTTGGAGAACCTCAATATCATCATTTTACTAGAAACTAAAAGGGAGTATGTCAATTATCAGTTGGTGAGAAGTTTCTGGGGTAATAGTTATGTGGACTGGGAGAGTCTGAAGTCTTCTGGGTCCTCAGGAGGTATCTTGCTTCTTTGGGATAGTAGGGTGATGAATCGATAGAGGCGATCAAGGGTTGTTTTTTGGTGTTCATCTCTTTCTGATCTAGAGATGAGGATTTGAGGTGGGTGTCAGGGGTGTTGGGTCTCCTAGGTCGAGAGGCAGAAGGGATGTTTGGGAAGAGCTGAGGGATTTCTTCCGGCCTTTGCGGTTCCCCGTGGTGTGTGGCAAGAGACTTTATGTTATCTGCTCTCCTTTAGAGAAATTCTTGGGCGGTAGGGTGACAAAATCCATGAGAGCGTTTAATGATTTTATCGAGGGGTGTTGTTTGGTGGACCCTCCTCCCTGCTGAATGGGAAGTTTACATGGGCCAATAGCAGAGTGCAAAGTAAGATCGATTGTTCCTATTCTCTAAGGGTTGGATGGATGCTTATGGGAGTGTTAGACAAGTGGTGGGGCTTAGAATTACGTCTGATCATTGGCCTCTAATAGCGAGTTCAGGAGATCTTAAATAGGGGTCATGTCCCTTTAGGTTCGAGAACATGTGGATAGACCATCATTCCTTCAAATCCTCCCTTTCAACTTGGTGGAACGTGGGAGTCTAGGGGAATTGGGAAGGGTATCGATTCATGGAGAATCTGAGAGCGCTTAAGAAAACATTGAAATCTGGGAATTGAAAGGTGTTTGGAGACTTTAGGACAAAAAAAACAAGAGATGTTGGGGAAAATCAAAAGGATTGATGATATGGAAGAGGCAGGAAGTGTAGTTGAGAATTTAATGGAGGAGCGGCTTATGTTGAAAGTGGAGCTAGTGAAGGTGGTTAGGATAGAGGTTACTAGCTGGAGACAAAAGGCGAGGGTGTCGTGGGCCAAGGATGGAGATTACAATTCGACCTTTTTCCACCATTAGGCGAACAACAGACAAAGAAAGAATCTCATTGATTCTTTGGAGAATATGATAGGGGTGAAGGTGAAGGGAGAAAAGGAGATTGAGGAAGTGATCCTTACGTTCTTCTCAAACCACTATGGTCCAGAGGTAGAGGCTAAACCCTTTGTGGGAGGGATAGATTGGAGTCCTATTTTGGAGAGTGAGAAGATGGAGCTGGATTCCCCTTTTACATTGGAAGAGATCAAGAAAGTGATTTTTGAGAGTGATAGGAATAAAGTCCTTGGGTCGAACGGGTTCTCTATGAGTTTCTTTCAGGATAATTGAAAAGTCATCAAGGAGGACATATTTCGGGTGTTTAAGGAGTTTTTCGAAAGAGGTATTTTGGATAGCTCTTTGAACGAGACTTTTGTGTGTCTTATCCCTAAAAAGGAAAAGGTAGTAAATACCAAGGATTTTATACCTATAAGTCTCGTCACTAGTGTCTATAAGATTATTTTTGCTAAAGTATTAGCAAATAGATTGAGAAAAGTTCTCCCATCGACGATTTTAGAGGCCTAGGGTGCGTTTATCTCAGGTAGACAAATCTTGGACCAGACCCTCATTTCATGAGGCTATTGAGGATTACAAGAGTAGAAAGGAAGAGGGAGTCATTTTTTAAATTGACTTTGAGAAGGCATATGATCACGTGGATTATACTTTTCTAGTTACGATCCTGAAAAAGAGTTTTGGATATCATTGGAGATCTTGAGTCTGAGGTTGCATTCGATCTGTTAGATACTCGATTCTCATTAACGAGTGTTCTAAGGGTAGGATCCAGGCTTCCTGTGGCTTAAGATAGGGTGATCCTTTGTCGCCTTTTCTCTTCCTTCTCGTGGTTGATGCTCTTAGTAGAATTGTCTCTAAAGGGGAGGAAAGAGGTATTATTGAAGGTTTTAAGGTTGGGAAAAAGATACTCTTTTATCTCATCTCCAATTTGCAAATAATACTATCTTTTTCTGCTCAGGTAAGGAGAAGTCTTTTATGGTGTTGAACCATATGCTCACTTTCTTTGAGATGATGTCAGGGTTCAAGATTAATAGAGGTAAGTGCAAGATTTTGGGGATTAATTGTGAGTGTTCTAAGGTGGTTAGGTGGGCGTCTTTGGTGGGTTGTGATGTAGTTGATTTCCCGATGTCCTATTTAGGTTTTCCCCTTGGTCACGATCCTAGGAGCTTTTCGTTTTGGAGTCCAATGATTGATAAGGTTAGAAAGCGTTTTCAATAAGGGTATTTTTGAAACTTTTTGAAGGGTCAAGGATATTAATAAAACTAAATTTTAACTTTTTCCATCTAAGACTTACGAGTAAGGGTATTTTTGAAAATTTTTAAGTTCAAAGGTATTTTTGAAAAATTTTAAAGTGTAAGGGTACTTTTGAAACGAACCCCATAGTTTAGGGTTATTTTTTAATTTTTTAATTTAGCCTTTTGGATATAAGTTTAGAGGATTAATTCGACTTTATTAAGGTTGTGGTTATTAGACCAGATGAACAGTAACCCCCAATCCGAATGAAAAATCAATGGGAATGAATCAATTGAAATGGGCCATGAGATTGCAATTGGGTGTTTACTTATCCACGCTGCATTTCCCTTGATATACCGTTTACGATTTTTAGGCTATTGACAAATATTACCATAATGCCCTTGAAAAAAATTGCAATTACAACACTTTGGTCTCGTCTTTCGTCCTCTTCAAAATTTTGAAATTAACGATTGTTGAGGTTTTGATTCTGTAATCTTGCATCGAAGCTGCGGTTGTTGTCTATTGCCCATTCCATTCAATTTGCTGCCTCCCTTTCTGCAATTAGGAGGTTTGCAATATTGTCAATTTCATCTATGATCAAATGCCGGTGGAGTGCACCCTTCTCAATGACTTCCTGTGGTAAGTTCGTTCATGTTTGTGGATTTCGATACTTCCATATTTGCTTAATGTATGGCTAGGGTTTAGTGGATGTTTGAGAGTTAGGTAGTTTGTGAAAAATGTTGTGTGAGTAACGTTCTCGATCTTGGTTTCTGTATCCTCGATCGCAATTTTAGAGGTTTTTGTAACTCGATTAAGATCGTGTGTGAATAGACTAACGTGATTGAGTATGTTCCCCAGTTGCAGTCGAGATCACAGGAAACAGTAAGTCAGAATATTCATCTACGAATATCATCCTTTGGTTGAACATTATTTTCCTTTGGGAAAATACACTTTTGGTTCATGAGGTTTGAGTTAAGTTTCATTTTGATCCCTAAGTTTTAAAACTCGACATTTTAGTCCCTGAGGTTTGGATTTCATTTCATTTTTGGTCTCTTCGTCCAATTTTTCGTTTATTACTAATAGATTGTTGACGTGACATCGATTTTTTATTTAAAAAAATATATTTTTTTTAATTTTTAAAATAAAATAATATTAAATTAATAAAAATATTATTATTTTTTCATTTCTCTTTTCTTCCTCCTCTACTTCTCCATAATCAGTTGTAGCCATGCCCGTTGGCGGCCACCGATCGTCGCCGACCACCGCTTGTCGACGATCTTTTTTTTTTTTTTTTTCTTCTTCTTCTTCTTCTAGTTTCCTTTTTTTTTACAGAATAAAAAACGATACCAAATTGTTTTGAAACAGAACCCTCGAATTAAAACAGTTAAAAGAGATTTCAATCTTCATCCTAAAACATTAAAAAAAGGAGGACAAAACAAGAGAAATTGGCAATAATGGGCCCTTTAAGTTTTCTGTTCAGAAAATTGGGCCCATTATTGTAAAAAATGTTTCTAAGGACACCAAGCCATTTGAAATGTCAATAATACCTCTCATATAACATTCAAACGTTCTCCCTTTTTTTCTTTTCATGTCTGTTCAGTTCATTTTTGGTCCATATCTCGTGTCCAGTCTCCCTCTCTCTGATTTTTTACTGTCTCTTCGGTTCCCTCTCGGTAGAAAACTCGAGCCCAATCTCCCTCTTACTATTTCGTTTCGTTTCTCTGATAAAGAACTCAAGAGGCTTGGTTGGAAGTTCCTTTCTTCATTCAATAATCGATTGATCAACGAGGTATGATTTATTTCATTTGTTTTTTTAGGGTTTTGAACATTAGAACTTCTCCACTTTTGGACATTTGTTGTTTCGATTAATCTATAATGGGAAAGGTTTTTTTTTATCTTCTCTTTGGACCTTCGAACTTCTCTGTGTGCGTGGTCTGCTTTTTAAAACTTTTTTTCATCGTGTTTGAATGAAAAATTGAAGGAATCGAAGTGTAGTCGATGAATCTCGGTCGAGATTCATAGATAGGGAGAATTCGAGGGAGATTTGAACTGACACAGTGATTTGGAGAGAGTTTTTAATCGAGTTTTGCTGATTTCCTTTAAAATTGATTTCAACCGTGTTTTACACCAAACTTTTGACCATGTTTTTGATCGACCCCATGATTTGGACAGTGATTTCCTTCTAACCCGATTTATACCGAGTTTTACACCAAGTTTTGGACCAAAATTTTGACCGACACCATGATTTGGACAGAGTTTCACCTTGAAATTTTGAAAACGCGATTTATATCGAGTTTTAAACCAAGTTTTAGACCAAAATTTCGACCGACACAGTGATTTGGACCGAGTTTTGGACCTTGTTTTTGAACCAAACACCATGATTTGGATCGAGATTTTGGACAGTACCATGGTTTCTTTTTAAAATAATGCAAAAACTTTCTGCAAAAAAACTCTATCTCGATTCTGACCAAGTTTTGGACCGAGATTTTGGGCAGTGACCATGGTTCCACTTAGAAAATGATATTTTTTTTTGCATGTATTCTAAATAGGGTTGGTTTGTTTGTTAATTTTCTATCTATAACTAGGGCAGATGTAATTAGTTTTGAGTTGTTGGGGAAGAAAGTCTCATTTGGTAAGAGTGAGTTTGACCTAATCACTGGTCTTAGATATGCAATTACACCGACTAAGAGACACTCAGCGGGTAATAGGCTTAGAGAAACTTACTTAAATAATAGCATAACCATGAGATGTGAGGACTTAGAAAATTTATACTCTAATTTAGAGTTCCAAATTGAGGAGGATGGAGTGAAGATGTCCATATTTTACTTTATTGAGCTTGTGATGATGGGGAGAGAGAAAAAACAGTTAATTGACACATCCCTGTTGAATATCATCGACGATTGGGTTGCTTTTTGTAATGAGGATTGGAGCAACACGATATTCCAAAAGATTATAAAGAGCCTCAAGAAAGCATTGAAAGGAAAGGCAGAGTCGTACAAGGCAAAAGGATCGGATTCAAAGAAGCAGACGACTTATAGTTTATATGGATTTCCTTTCGCGTTCTAGGTTGGCATATGTTGAATTCAATGTCTTAATTTTTTTAAAGTGTTTGTTTTTTTCCATATTTCAAACTAATTTATACTATGATGCAGGTTTGGGCGTATGAGACCATTTCCTCATTGACTGGAAGGGTTGCAAATCGCGTGAGTGACACGACCATGCCGCGCATTCGAAGATGGTCATGCTCACACTCTCCTTTGTACACCCATCTTGAAACTGAGGTGTTTGCATCGATGGCGGTTAGTACTAGATTTCATTTTGTTCGTTAATTAAATTGATGTTGTTACAAAATAACTTGATTGTTGATAATTTTTGTAGGCTGTTGTCACAATACATCTTATTCCCACCGAAGAAGAGGGAGAGTTTATGTCTCGAAGGCTGAAGGCTCCACATGTAGAACCTGACCTTCTCCCTCTCCCTGCCGCTGTCCCTCAGGTGGAGGGGGGTGCAGGGTTGGATGATATGGAGCTGGATCCACTCGAAGTTGGGGATTACTTGGGTGTGGATGAAGGAAGCTTTGTATCCACTCACTTTATCCCTCAGGAGGCCGAGATGACGAAAGGGAAAACAAATGACGAGATGGAGATAGTGAAAGAGAAAGATATTAAAGGAGAAAAGAGTAAAGAGAAAATAGTGGATGAAGAAGTGATCGAACAAGAAAAGAATAAGATGAAGAAAGGGAAAGAGAAGGAGTTGGAGACGGAGAAAGTGAAAGATAAAGATGTTAAAGGAGAAAATGGTAAAGAGAAAGTAGTGAATGAAGAAGTGATTGAACAAGAAAAGAATAAGAAGAAGAAAGGGAAAGAGAAGGAGTTGGAGACGGAGAAAGTGAAAGATAAAAATATTAAAGGAGATAAGGGCAAAGAGAAAGTAGTGGATGAAGAAGTGATCGAAGGAAAAGAGAAGAAGAAGAAGAAGAAGAAGAAGCGGAGTTGCGAATGTACGGAGATTCTATTAAGGATGGACGCGGAGTTACACGACATGTGTAGATTGTTACGGAAGCTTGCTAAGGTATCATTTGATTACATGTGTTCTTTTTATTTCTTATGTCTTTTTTTACATGACAATTAATGAGTGTGTTATATACAGGATAAAAGTGTATACTCGACTAAGTACATTGGACCTGACGATGATGCGGATAATGGGGGTCCATCCATCAAAAAACATGATGACGAGGGTAATGGGGGTCCATCCACCAAAAATCATGATGACGAGGGTAATGGGGGTCCATCCACCAAAAACCATGATGACAAGGGTAATGAGCATGACGCCGAGGACTAGGGGTGAGCAAAAAAAGCCTGAAAATCGAGCCGATCGACTGAAACAGACCTAACCGACGTCGGTCGGTCGGTTTTTTTATGGATTCGGTCGAGATCGGTTTTACCATT

mRNA sequence

ATGGATGGTGAGGGAAGAGAGGATTATGTGGACTGGGAGAGTCTGAAGTCTTCTGGGTCCTCAGGAGGATTTGAGGTGGGTGTCAGGGGTGTTGGGTCTCCTAGGTCGAGAGGCAGAAGGGATGTTTGGGAAGAGCTGAGGGATTTCTTCCGGCCTTTGCGGTTCCCCGTGGTGTGTGGCAAGAGACTTTATGAGGTTTGCAATATTGTCAATTTCATCTATGATCAAATGCCGGTGGAGTGCACCCTTCTCAATGACTTCCTGTGTCGAGATCACAGGAAACAAAAACTCGAGCCCAATCTCCCTCTTACTATTTCGTTTCGTTTCTCTGATAAAGAACTCAAGAGGCTTGGTTGGAAGTTCCTTTCTTCATTCAATAATCGATTGATCAACGAGGTTTGGGCGTATGAGACCATTTCCTCATTGACTGGAAGGGTTGCAAATCGCGTGAGTGACACGACCATGCCGCGCATTCGAAGATGGTCATGCTCACACTCTCCTTTGTACACCCATCTTGAAACTGAGGTGTTTGCATCGATGGCGGCTGTTGTCACAATACATCTTATTCCCACCGAAGAAGAGGGAGAGTTTATGTCTCGAAGGCTGAAGGCTCCACATGTAGAACCTGACCTTCTCCCTCTCCCTGCCGCTGTCCCTCAGGTGGAGGGGGGTGCAGGGTTGGATGATATGGAGCTGGATCCACTCGAAGTTGGGGATTACTTGGGTGTGGATGAAGGAAGCTTTGTATCCACTCACTTTATCCCTCAGGAGGCCGAGATGACGAAAGGGAAAACAAATGACGAGATGGAGATAGTGAAAGAGAAAGATATTAAAGGAGAAAAGAGTAAAGAGAAAATAGTGGATGAAGAAGTGATCGAACAAGAAAAGAATAAGATGAAGAAAGGGAAAGAGAAGGAGTTGGAGACGGAGAAAGTGAAAGATAAAGATGTTAAAGGAGAAAATGGTAAAGAGAAAGTAGTGAATGAAGAAGTGATTGAACAAGAAAAGAATAAGAAGAAGAAAGGGAAAGAGAAGGAGTTGGAGACGGAGAAAGTGAAAGATAAAAATATTAAAGGAGATAAGGGCAAAGAGAAAGTAGTGGATGAAGAAGTGATCGAAGGAAAAGAGAAGAAGAAGAAGAAGAAGAAGAAGCGGAGTTGCGAATGTACGGAGATTCTATTAAGGATGGACGCGGAGTTACACGACATGTGTAGATTGTTACGGAAGCTTGCTAAGGATAAAAGTGTATACTCGACTAAGTACATTGGACCTGACGATGATGCGGATAATGGGGGTCCATCCATCAAAAAACATGATGACGAGGGTAATGGGGGTCCATCCACCAAAAATCATGATGACGAGGGTAATGGGGGTCCATCCACCAAAAACCATGATGACAAGGGTAATGAGCATGACGCCGAGGACTAG

Coding sequence (CDS)

ATGGATGGTGAGGGAAGAGAGGATTATGTGGACTGGGAGAGTCTGAAGTCTTCTGGGTCCTCAGGAGGATTTGAGGTGGGTGTCAGGGGTGTTGGGTCTCCTAGGTCGAGAGGCAGAAGGGATGTTTGGGAAGAGCTGAGGGATTTCTTCCGGCCTTTGCGGTTCCCCGTGGTGTGTGGCAAGAGACTTTATGAGGTTTGCAATATTGTCAATTTCATCTATGATCAAATGCCGGTGGAGTGCACCCTTCTCAATGACTTCCTGTGTCGAGATCACAGGAAACAAAAACTCGAGCCCAATCTCCCTCTTACTATTTCGTTTCGTTTCTCTGATAAAGAACTCAAGAGGCTTGGTTGGAAGTTCCTTTCTTCATTCAATAATCGATTGATCAACGAGGTTTGGGCGTATGAGACCATTTCCTCATTGACTGGAAGGGTTGCAAATCGCGTGAGTGACACGACCATGCCGCGCATTCGAAGATGGTCATGCTCACACTCTCCTTTGTACACCCATCTTGAAACTGAGGTGTTTGCATCGATGGCGGCTGTTGTCACAATACATCTTATTCCCACCGAAGAAGAGGGAGAGTTTATGTCTCGAAGGCTGAAGGCTCCACATGTAGAACCTGACCTTCTCCCTCTCCCTGCCGCTGTCCCTCAGGTGGAGGGGGGTGCAGGGTTGGATGATATGGAGCTGGATCCACTCGAAGTTGGGGATTACTTGGGTGTGGATGAAGGAAGCTTTGTATCCACTCACTTTATCCCTCAGGAGGCCGAGATGACGAAAGGGAAAACAAATGACGAGATGGAGATAGTGAAAGAGAAAGATATTAAAGGAGAAAAGAGTAAAGAGAAAATAGTGGATGAAGAAGTGATCGAACAAGAAAAGAATAAGATGAAGAAAGGGAAAGAGAAGGAGTTGGAGACGGAGAAAGTGAAAGATAAAGATGTTAAAGGAGAAAATGGTAAAGAGAAAGTAGTGAATGAAGAAGTGATTGAACAAGAAAAGAATAAGAAGAAGAAAGGGAAAGAGAAGGAGTTGGAGACGGAGAAAGTGAAAGATAAAAATATTAAAGGAGATAAGGGCAAAGAGAAAGTAGTGGATGAAGAAGTGATCGAAGGAAAAGAGAAGAAGAAGAAGAAGAAGAAGAAGCGGAGTTGCGAATGTACGGAGATTCTATTAAGGATGGACGCGGAGTTACACGACATGTGTAGATTGTTACGGAAGCTTGCTAAGGATAAAAGTGTATACTCGACTAAGTACATTGGACCTGACGATGATGCGGATAATGGGGGTCCATCCATCAAAAAACATGATGACGAGGGTAATGGGGGTCCATCCACCAAAAATCATGATGACGAGGGTAATGGGGGTCCATCCACCAAAAACCATGATGACAAGGGTAATGAGCATGACGCCGAGGACTAG

Protein sequence

MDGEGREDYVDWESLKSSGSSGGFEVGVRGVGSPRSRGRRDVWEELRDFFRPLRFPVVCGKRLYEVCNIVNFIYDQMPVECTLLNDFLCRDHRKQKLEPNLPLTISFRFSDKELKRLGWKFLSSFNNRLINEVWAYETISSLTGRVANRVSDTTMPRIRRWSCSHSPLYTHLETEVFASMAAVVTIHLIPTEEEGEFMSRRLKAPHVEPDLLPLPAAVPQVEGGAGLDDMELDPLEVGDYLGVDEGSFVSTHFIPQEAEMTKGKTNDEMEIVKEKDIKGEKSKEKIVDEEVIEQEKNKMKKGKEKELETEKVKDKDVKGENGKEKVVNEEVIEQEKNKKKKGKEKELETEKVKDKNIKGDKGKEKVVDEEVIEGKEKKKKKKKKRSCECTEILLRMDAELHDMCRLLRKLAKDKSVYSTKYIGPDDDADNGGPSIKKHDDEGNGGPSTKNHDDEGNGGPSTKNHDDKGNEHDAED

Homology

[Close]

BLAST of Spg028671 vs. NCBI nr
Match: XP_022154965.1 (uncharacterized protein LOC111022110 [Momordica charantia])

HSP 1 Score: 74.7 bits (182), Expect = 2.4e-09
Identity = 51/156 (32.69%), Postives = 87/156 (55.77%), Query Frame = 0


Query: 132 EVWAYETISSLTGRVANRVSDTTMPRIRRWSCSHSPLYTHLETEVFASMAAVVTIHLIPT 191
           +VWAYETIS+L+ RVA R++D  +PR+ RWSC++S  +  LE EVF ++ + V + L  T
Sbjct: 76  QVWAYETISTLSTRVALRLNDDAIPRLLRWSCTYSRAFNVLEREVFENVKSKVVVRLEAT 135

Query: 192 EEEGEFMSRRLKAPHVEPDLLPLPAAVPQVEGGAGLDDMELDPL--EVGDYLGVDEGSFV 251
           + E + M+R +  P V P   P P  +   E  A     +  P+  EVGD + +D+ +  
Sbjct: 136 DVERQHMARVMHPP-VAPVGPPAPTEL-ATEPLATTSTAQKSPVTSEVGDLVELDDVAKD 195

Query: 252 STHFIPQEAEMTKGKTNDEMEIVKEKDIKGEKSKEK 286
           ++  + +  E   G    + +++ +K  + +K K K
Sbjct: 196 ASPLVDRVTEDIIGTDGGQDQLLPQKGTEKKKKKSK 229

[Close]

BLAST of Spg028671 vs. NCBI nr
Match: XP_022136676.1 (uncharacterized protein LOC111008328 [Momordica charantia])

HSP 1 Score: 70.5 bits (171), Expect = 4.5e-08
Identity = 43/115 (37.39%), Postives = 66/115 (57.39%), Query Frame = 0


Query: 132 EVWAYETISSLTGRVANRVSDTTMPRIRRWSCSHSPLYTHLETEVFASMAAVVTIHLIPT 191
           +VWAYETIS+L+ RVA R++D  +PR+ RWSC++S  +  LE EVF ++ + V + L  T
Sbjct: 19  QVWAYETISTLSTRVALRLNDDAIPRLLRWSCTYSRAFNVLEREVFENVKSKVVVRLEAT 78

Query: 192 EEEGEFMSRRLKAPHVEPDLLPLPAAV-PQVEGGAGLDDMELDPLEVGDYLGVDE 246
           + E + M+R +  P V P   P P  +  +           L   EVGD + +D+
Sbjct: 79  DVERQHMARVMHPP-VTPVGPPAPTKLATEPLSTTSTTQKSLVTGEVGDPVELDD 132

The following BLAST results are available for this feature:

BLAST of Spg028671 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_022154965.1	2.4e-09	32.69	uncharacterized protein LOC111022110 [Momordica charantia]	[more]
XP_022136676.1	4.5e-08	37.39	uncharacterized protein LOC111008328 [Momordica charantia]	[more]

BLAST of Spg028671 vs. NCBI nr


Match Name	E-value	Identity	Description

BLAST of Spg028671 vs. NCBI nr


Match Name	E-value	Identity	Description

BLAST of Spg028671 vs. NCBI nr


Match Name	E-value	Identity	Description

InterPro

Analysis Name: InterPro Annotations of Sponge gourd (cylindrica) v1
Date Performed: 2022-08-01

Position :

Zoom :

x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 455..475
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 430..448
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 297..387
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 415..475
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 297..376
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1..21

Relationships

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


Feature Name	Unique Name	Type
Spg028671.1	Spg028671.1	mRNA