CmaCh11G011620 (gene) Cucurbita maxima (Rimu) v1.1

Overview


Name	CmaCh11G011620
Type	gene
Organism	Cucurbita maxima (Cucurbita maxima (Rimu) v1.1)
Description	Unknown protein
Location	Cma_Chr11: 6728919 .. 6736034 (+)
RNA-Seq Expression	CmaCh11G011620
Synteny	CmaCh11G011620

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonfive_prime_UTRCDSpolypeptidethree_prime_UTR

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

ATAAAAGGTAAGAAAGAGAGAAGAGAGAGAAAATCTGAAAGAGAGCAAAGCAAAGCGAAATAACTTTTGTAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGGTCCAGAGGATGAGTTGTTCTTCATCTTTATCCCTCTGCTGCGTCTTCTTCCCTTTTCCCTCTTCTTCTTCCCCTTCCCTTAGATTCATTAACATTTCCAATCCCTTCTTCTTCCCAAGCCCTAATGGACGCCGCCGCCGCCCTCCTGCTTCTCTCCATACACCTCTGGTAACTTCTCCCTCTCTATTTCTGCATACGCTTTTCTTGTTTTCTTTTATCTCTTTCTTTGTGTTTTTCCATTTTCCTGCTCTTGTTATTGTTCTGTTCTTGTTTTGTGGTTGAGCGGATTTTGATTGCTTTGTCTTCCCAAATGTCTTGTTCAAATGAATGACTCTCCGTACTTGCCAGAATTGTGTAGGTTTCTTTACGAATCTTGCATTATTGACTTGGAGGTACTCGTCTTTTTGTGTTTATTATGCTCAAGAAGTTCTTTGGTTCTTTATGCCCTAAAATTGTAACAAAGAAAAGAAGATACGTGGTTATTGAGAAATAGAGAGGATTATTTACTAGATGTTGAAATTGATTGTTGAGAGCAGTTGTTTCTGAACTGTTGAAGACGGCGGGTAGATAATCTGGAGTTCGCTTCATGTACGACATTGATTGATTTCATTAAATAACAAACGATTTTTTTTCAATTTCAACCCTAACGTAATTGTAAAGTGGGTTTAGGATATTCATTGGTGCTCCTGGGGTTGGTTGAGTGCCAATTACAAATGGATTGTATGGAACTACAGCAATGACAATTGAGAAAAGATGATCCTGTGCTTTTCACTCTTTCTTCAAAGGGCACATCACCCCAGAAAAATTACGCCAAAAGGGGAGGGAAGCATTAGACCCTTGAGATCCCAAAAGAAACGGTTTGACTTTCTTCGGGTATTTCCAAATCATATTATAAAGAAGATAACTCTCACTCTTCCCCTTGATCCTCAAGTCTATAAGAAAAGAGCTCACTTAGCTGCCATCCAGATCTCATCCAAATCCAATGATTGACGAGTTTGTTAGGTTGAAAATCTGCCAAAATATGAGATAGGATGCCCTTCAAGAATCTCATCATCCTTGTGACTTTTTCTTATGCCAAGATTCCAGCTTCTGTTTGAAGAAATCTACGGGCCTTTGATGGATGATACTTTTTGGCTTGGTAAAGAATGAAGTCTCATAATTGCTTTGGCAAAAGGCACAATGTCCTACTAAAGATCTTCGCAAAAGTATGTTGAAGAGCCAAAGCCTACTGCCACTTTCATTCTGGAGTAAATGAGGTTTTTGAGCTTGAGAGTATCTTTTCAAGAGCCTTTTGGAGAATGAAGAAAGAGTGTCCGACCTTTTTTCCAAAATTGGAAGCCAAGTTTTTCCTCAATGATCTTCCTCCAAACGTATGTTGAAGGTTTCTCGTTATTTTTTTGAATAAACAAAGATATATTTATCAAAAGAGAAACAACCTAAGGACGAAGGGGCAAGGAGACCCTTCCCACAAAAACTAATGAAGCACTGCTCCCCAATTCTTTTGTAACAAGTACTATAGTTGCAAAAGAATTTATTGTTTCTAGAACACTGCAAATAAAATGTAATTTGTACACTATTACAAAACAAAATATAAGAATTGGACCTATCCTTAAAGATTCTCCTATTTCTTTCCTACTGAATCTCCCGAACAAGCGCCCGAGCAACACATCTCCACAAAAAAACAATTGCCTTGTCTTTAAGCTTCTAGCCATTAAGAGATTCTACCAACCACTCGTTCCAACTTCTAAGGACGACACACCAAGACCAAAAGCTTTAAGGCACTGATCTCACCCTCTCGCTGCAAAGTGGCAACTAAGAAGAAGGTAATCATTAGTTTCTTCACCATTTAGGCACAAATAACACAATGAAGGAGACAAAGACACATGGTTTCCATTGTTGTAAATATCTTTTTTCTCTTGAAAATATATTTGGAAGAGCCAACCAAGCTATAGTTCAACCACTTAAGACATTACAATTTATATATATGTTCTAAAGATCAGATGTTTGAATTTTTTCTGTAGTGTCAAACTCAACAAAATATATGTTTGTTGCAGGGAACTTTGTTTTTATCTAGAGCATAGCAAAACCTTAAACTGTTAATTTCGTTAGTAGACTTGCTAAATTGATGAAATAGGCATCTCCTTTAGGGATCTGTTTTAACAGCGACAATACATTTGGGGTCGCACATGTCAAATTTTATATGAAAGAAAGAGGGGAAAACATGGAAAAATGCACTTATTTGGATATAGTTTCTAATAATAATTTACACGTTGGGATGGATTAACTCATAAACTATCACTAACGTTATAACTATAAATCTGGAAATTTGCATCCAAACTCAACACATTGTCATCCCTTGAGCAAGTGCTCTATTAGATAGATGATATCTGTCTTTTCACCTGCAAATTTTGTCCCTTTCACTAACAAATCTCTCAAAACTAATAGTTACTTAAGCCGTCCAAACAATTGTTTTGTCTTCTACATAATTGTAAGACAACCGCTAGTTCATAAAATCAAAAGCAAGGAAATTTCATGATTCAACAAGATTCTGGAGAAAACATCCAACTCTGAGGGGAAAAGATCCTAAAACTGTCAATTTCCTTCATCCTTTTCCTAATGCATGCCGCACATAAATTCATTTTGACAGTTTGTCCCTTTTTCTATTAGTTTTTTTTTTTTTTTTTTTTTTGGTTGGATAAGCAGAGTTATGAAGAGAGGAAGGAAACTTCCAACCACAATGGTGGATTACAAAAATGATCACCAATCAGCCCAAAGATCAATGATTCGATCCTACACCCTGCTATTGTTGAACTCAAAAAACAAACAATATATAGCCAAATAGAGACTTGAGACATAATCAAATAATCTTCAAATTTTGATGTTCATTTGTACAAATAAAAAGTAGAAAAAGGATGGTATCTGTAACACTATGAAAATTAGTCTCCAAACCATGAAAAACTGATTATTTGGTGCCACAAACTCCACAAAAAAGCCCTAGGTATGGACCACTAGAGAAACTTCTTGGTCTTCTTAAAAGGATGATGCACAACGGAGATTCTTTAAGTGGGTAACTGTTTTCTATTACTAGAATAGACTTCCACAACGATTGGGCAAGAATTTCTTAAACCCTTAACAATGAATTTCTTAAACCCTTTAACTGCTGGAGGAGTCTTTCACTGTGTATCCCTTCCTCCCTAATAAAGCCCTGTTGTTGTGTCCCACGACAAGTATGCAAGGCTATGAGCCACAAATGTAAGGGTGGATTACTTTTGGAGCCTTGACAATGAAGTTAGAAAGATGGGACCCCTTTGAGGCGCAGGAAAACTACAGTGGTCCCCTCCTACGGGGATTGGATAAATTTCAGAAACATTCCCTGCATTTATGGAGCGGAGCCACATTAAGGCAATAGGTGATTGCGTTGGGGTTTTGTGGACTGTGCAGATCAAAACTCTTCCCTCATTCAGTGCTTAGTAGTTGCTATTAAAGTGCAAGGGAATTACTGTGGATTCATCCTCGCTGAAGTGAAAACTCCTTAATAGAGACCAGGTGTTTTCCACCCATGTGAGTACGCTCCAATTTGGCTGGTTGTTGGCCAAAAAGAAAGTTGAAGTTCATGGTGGGTTTTCTATCTGAAGCAGCCACAATGTCAGGTCCTAACTCGATAGATTTGTGGAGGTTAAGGGAAGATTTCTTTTACCCATCAGACACTATTTTTTACCCGGATAAGACTGCTTGCACACCCCCCCATGACTATTAAGGTTTAGGGAGAGGTTTCAGGCTTCAGCCCAAATTTGAATCACATGCCTAATAAGACTGCTTGCACAACCCCCATGACTGATCGTAGTCTTCCCTCAAGCTCCACACGAATGTAGACACCACTGCCAAGCAAAGTGGTAGCAGTCCTTTGCATTAGTGGGCCTTTCCAGATTTGCCCTCTAAATTCAAAAAGCAGACAGACGGAGGAAAGGGCAAAATCAGTCGAATTCATGGAAGATTTAGAGACAGATCCTGGAAAAGTCATTTCTGAAAAGAAGAAAGGGTAAATTTTGCTCTACAACCAATACCAAGGCTGAGTTTTCTAATAAACATTTGGAAAAGCTAGGTGATGAAAAAGATATGTTCTCCGAGGTTTCTATTTCCAGCCAAGAAGAGGGCAGAGAGGTAGAGGATTGCATAGAGATCCCTGAGAATTATCAGCTTTGTTTTCAAGAAAATGACGTTTTCCCTTTATCAAAGATAAATTACGGATGTTATATTTTTTTTCTATAAAGTTCAGTAGTTGACCCATTCATAAGATAAATTTATATTCATTTTGAACAGTATCAAAGTCAACTTTCATTAATGAATATACAAAAGAAAAGGAATGATAGTCTCATCTCCTGGACTTCTGAAGTACGACAAATTCTTCCAATTGGATCATAAAGAGGAAATGAAGGGCATAATCACAAAAAGGGGGGAGCTATTTACACCATGAGAAGGAAAAAAAAAAAAAAAAACATCAGATTCTCTATGAAACTATCCAAAATTTAGTGTCAGAACATGCGATTTGTTTCTTTTTAGCAATTGGTCCCAAAACACCTTTCTTTTCTTAAAAAGTATTAACATAATTTTTTCTTCGTTATTATTATTTGTTGATTGTTGCGGATGGCTGAGGATTTTACCCATGCGTGGTCAAGATCCAAAAACTATGTCTGAAAATATTGAATTTTGATCGAATATGGTTGACACAGACCTAATCTTATTTGTCAATCAACCATGGTTATACTTGTAGTTCTAGCAAGAACATAATTCTAGGACAACTTTTATGGATTCAAACTTATCCATTATCCCGTCTAAATGCTGATGTCATGTAAATATTTCTAGTGTAGATGAATTTGTTTGCATGGCGTATTTTAGGTATCAAAGTTGATAACAACTTGTGATTAACTTGGTATTTTCTGTAACTGATTTGTCCTTGATGACTTATGATGATTAGTCAGCTTCATAATCTTTGCATCTGTCATATGCAATGCCAATCATTGATTTTCTTTTGGAACATTGATGCTCTTATCTTGTTAGGTTATCCGAACAGATTTTTATTCCCAGTTGACTTGATTCTCTTGAACCTTCTAATTGGAACTTTTGTTCGGTATTGATACTATTTTAGAGTTGGCATGGATAAATAGCGAGTTTCTACTTCACCACATTTGTGGGCAGTTGGTTTTCACTAATGATTTACTATCAGGGGATCTTTTTTATGTACTGGTTATAGTGCATCCAAGGGCATATAAAAGGAGATAAAGATGGAGATAGTTATGTGCATCAGACGAAGAATACAACGCAGATGTTTGGATTTGGGTTTAATGATGAGAAGACAGGCACTCAAATTCCAACCCAGGCTCAGTCCATAGTGGAAGGATCAGGATCAGTTATGGTGACTGAGTTCAAACCAGTTCCTGATGTTGATTATCTACAGGTGAGTGATAAGATACGATCATTTCGATTACTTATGTCGGATGTTGGCCATCTTCTGAAAAAAGATGATTAAAAGGAAAATGGACTATATTTTTCTTCTAATACATTTCAAATCTGAAGTTTTTTTACCTGCATGACTTGAGCATTTGCAAATGTTAGAATTTCCTGAGGAAGTAATTCTTTTGGATGACCTTTTATAAAGCTTCAAGTCTTAGCTCTTAGTGCCCACAATTTCTCCATTTTAATGCTTGCGTGAAGCTCCTTTCAAGTCACAATGTGTTTTTATTTTCACAGGAGTTATTGGCCATTCAACAACAAGGTCCTAGATCCATTGGTTTCTTTGGAACTCGGAATATGGGTTTCTTGCATCAAGAACTCATCGAGATTCTTAGCTATGCAATGGTTATAACGGTAGGATATGTGGTTTAATGTCAATGATTATACTGAAGGGCTATTTGGTTTTTGATGAGTACATAAACTTCATATTGCTTGATAACTTCTGTATGCAGAAGAATCACATCTATACTTCAGGAGCATCTGGAACCAATGCAGCAGTTATCAGAGGTGCATTGAGGGCTGAGAAACCAGAACTGCTTACTGTCATTTTGCCACAAAGTTTGAAGAAACAACCTCCTGAGAGCCAGGAATTATTGTCCAAAGTAAGTTTGTTGATGAGTTCAATTGGGTTGGTCTGTTATGTTCATTGAATTATTTATCTATCATGATTATCTTGGCATTTGTAGGTTAAGAATGTGATAGAGAAGCCCTACAACGATCATCTACCTTTAATAGAAGCTAGCAGGTAGCTTTGCGTGTAAATGTATTATTACGTTGTTTGAAAAAAACCCTTATTTCTGCTATTCATGATTGTCCATGAAAGTCGTCGTAAAGTTATTTTCTAACGACATACCTTTGGTTGCAACTGAATTTAAAATCAAATGAGATAACAGAATTTTGGTGTAGCTTTGCTTGTAAGTGTATATCATTACATTGTTTTCAAAATGTTTCAAGTTTGAATGTTCCATCTAATGCCTTTGTTGAAAGTTGCAGGTTATGCAATATGGACATCATTTCGCATGTACAGCAAGTCATTTGCTTTGCATTTCATGATAGTAGGTTGCTCATGGAAACTTGTCAAGAGGCAAAAAATCTCCGAAAAATCGTTACCCTTTTTTATCTCGACTAAGAATAAGAAGAAGCTTCTCCAAATTCTGTAAATACATTATTTGACAGAGATTATTACAATATTTTACCCTAATTTTGCTTGTAAAGTTGCTGCTCCTGCCTGCTCAAAGAGGGCCAATTTCCCTTTCCAAATCTTACTGTTCAAATCAGGAATTCTGCAGTGGGAAGTACATTTACAGATTAGAAGTCTCAAAAATTTTCAGATGAAGATTTATGAGGAATGTTTTGAGTTTGTGTTTGGTAAATGAGAAAGTTGGTTTCATAAAGCGTTTAAAGCCTAAAACGTCTGTGGGTAGAGTTCTTAATGGTAGATAAATGGAAATAAAGTTACAACGCTGTTACGAAAACACAATGCATTTGCTTGTTCTAATGAAA

mRNA sequence

ATAAAAGGTAAGAAAGAGAGAAGAGAGAGAAAATCTGAAAGAGAGCAAAGCAAAGCGAAATAACTTTTGTAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGGTCCAGAGGATGAGTTGTTCTTCATCTTTATCCCTCTGCTGCGTCTTCTTCCCTTTTCCCTCTTCTTCTTCCCCTTCCCTTAGATTCATTAACATTTCCAATCCCTTCTTCTTCCCAAGCCCTAATGGACGCCGCCGCCGCCCTCCTGCTTCTCTCCATACACCTCTGTGCATCCAAGGGCATATAAAAGGAGATAAAGATGGAGATAGTTATGTGCATCAGACGAAGAATACAACGCAGATGTTTGGATTTGGGTTTAATGATGAGAAGACAGGCACTCAAATTCCAACCCAGGCTCAGTCCATAGTGGAAGGATCAGGATCAGTTATGGTGACTGAGTTCAAACCAGTTCCTGATGTTGATTATCTACAGGAGTTATTGGCCATTCAACAACAAGGTCCTAGATCCATTGGTTTCTTTGGAACTCGGAATATGGGTTTCTTGCATCAAGAACTCATCGAGATTCTTAGCTATGCAATGGTTATAACGAAGAATCACATCTATACTTCAGGAGCATCTGGAACCAATGCAGCAGTTATCAGAGGTGCATTGAGGGCTGAGAAACCAGAACTGCTTACTGTCATTTTGCCACAAAGTTTGAAGAAACAACCTCCTGAGAGCCAGGAATTATTGTCCAAAGTTAAGAATGTGATAGAGAAGCCCTACAACGATCATCTACCTTTAATAGAAGCTAGCAGGTTATGCAATATGGACATCATTTCGCATGTACAGCAAGTCATTTGCTTTGCATTTCATGATAGTAGGTTGCTCATGGAAACTTGTCAAGAGGCAAAAAATCTCCGAAAAATCGTTACCCTTTTTTATCTCGACTAAGAATAAGAAGAAGCTTCTCCAAATTCTGTAAATACATTATTTGACAGAGATTATTACAATATTTTACCCTAATTTTGCTTGTAAAGTTGCTGCTCCTGCCTGCTCAAAGAGGGCCAATTTCCCTTTCCAAATCTTACTGTTCAAATCAGGAATTCTGCAGTGGGAAGTACATTTACAGATTAGAAGTCTCAAAAATTTTCAGATGAAGATTTATGAGGAATGTTTTGAGTTTGTGTTTGGTAAATGAGAAAGTTGGTTTCATAAAGCGTTTAAAGCCTAAAACGTCTGTGGGTAGAGTTCTTAATGGTAGATAAATGGAAATAAAGTTACAACGCTGTTACGAAAACACAATGCATTTGCTTGTTCTAATGAAA

Coding sequence (CDS)

ATGAGTTGTTCTTCATCTTTATCCCTCTGCTGCGTCTTCTTCCCTTTTCCCTCTTCTTCTTCCCCTTCCCTTAGATTCATTAACATTTCCAATCCCTTCTTCTTCCCAAGCCCTAATGGACGCCGCCGCCGCCCTCCTGCTTCTCTCCATACACCTCTGTGCATCCAAGGGCATATAAAAGGAGATAAAGATGGAGATAGTTATGTGCATCAGACGAAGAATACAACGCAGATGTTTGGATTTGGGTTTAATGATGAGAAGACAGGCACTCAAATTCCAACCCAGGCTCAGTCCATAGTGGAAGGATCAGGATCAGTTATGGTGACTGAGTTCAAACCAGTTCCTGATGTTGATTATCTACAGGAGTTATTGGCCATTCAACAACAAGGTCCTAGATCCATTGGTTTCTTTGGAACTCGGAATATGGGTTTCTTGCATCAAGAACTCATCGAGATTCTTAGCTATGCAATGGTTATAACGAAGAATCACATCTATACTTCAGGAGCATCTGGAACCAATGCAGCAGTTATCAGAGGTGCATTGAGGGCTGAGAAACCAGAACTGCTTACTGTCATTTTGCCACAAAGTTTGAAGAAACAACCTCCTGAGAGCCAGGAATTATTGTCCAAAGTTAAGAATGTGATAGAGAAGCCCTACAACGATCATCTACCTTTAATAGAAGCTAGCAGGTTATGCAATATGGACATCATTTCGCATGTACAGCAAGTCATTTGCTTTGCATTTCATGATAGTAGGTTGCTCATGGAAACTTGTCAAGAGGCAAAAAATCTCCGAAAAATCGTTACCCTTTTTTATCTCGACTAA

Protein sequence

MSCSSSLSLCCVFFPFPSSSSPSLRFINISNPFFFPSPNGRRRRPPASLHTPLCIQGHIKGDKDGDSYVHQTKNTTQMFGFGFNDEKTGTQIPTQAQSIVEGSGSVMVTEFKPVPDVDYLQELLAIQQQGPRSIGFFGTRNMGFLHQELIEILSYAMVITKNHIYTSGASGTNAAVIRGALRAEKPELLTVILPQSLKKQPPESQELLSKVKNVIEKPYNDHLPLIEASRLCNMDIISHVQQVICFAFHDSRLLMETCQEAKNLRKIVTLFYLD

Homology

[Close]

BLAST of CmaCh11G011620 vs. TAIR 10
Match: AT3G59870.1 (unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biological_process unknown; LOCATED IN: chloroplast; EXPRESSED IN: 23 plant structures; EXPRESSED DURING: 13 growth stages; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT2G43945.1); Has 292 Blast hits to 292 proteins in 84 species: Archae - 0; Bacteria - 122; Metazoa - 0; Fungi - 0; Plants - 46; Viruses - 0; Other Eukaryotes - 124 (source: NCBI BLink). )

HSP 1 Score: 351.3 bits (900), Expect = 7.1e-97
Identity = 177/234 (75.64%), Postives = 201/234 (85.90%), Query Frame = 0


Query: 41  RRRRPPASLHTPLCIQGHIKGDKDGDSYVHQTKNTTQMFGFGFNDEKTGTQIPTQAQSIV 100
           RRR   +S   P+C     +   D DS+V++  N T  F    +   TG +IPTQAQ+IV
Sbjct: 55  RRRSRSSSPSIPMCFPEQTRDQDDVDSWVNKEDNVTCRFDSDEDTTTTGLRIPTQAQAIV 114

Query: 101 EGSGSVMVTEFKPVPDVDYLQELLAIQQQGPRSIGFFGTRNMGFLHQELIEILSYAMVIT 160
           EG GS+ V+E + VPDVDY+QELLAIQQQGPR+IGFFGTRNMGF+HQELI+ILSYAMVIT
Sbjct: 115 EGPGSLAVSELQRVPDVDYIQELLAIQQQGPRTIGFFGTRNMGFMHQELIQILSYAMVIT 174

Query: 161 KNHIYTSGASGTNAAVIRGALRAEKPELLTVILPQSLKKQPPESQELLSKVKNVIEKPYN 220
           KNHIYTSGA+GTNAAVIRGALRAE+PELLTVILPQSLKKQPPESQELLSKV+NVIEKP+N
Sbjct: 175 KNHIYTSGAAGTNAAVIRGALRAERPELLTVILPQSLKKQPPESQELLSKVQNVIEKPHN 234

Query: 221 DHLPLIEASRLCNMDIISHVQQVICFAFHDSRLLMETCQEAKNLRKIVTLFYLD 275
           DHLPL+EASRLCNMDIIS VQQ+ICFAFHDS+LLMETCQEA+NLRKIVTLFYLD
Sbjct: 235 DHLPLLEASRLCNMDIISQVQQIICFAFHDSKLLMETCQEARNLRKIVTLFYLD 288

[Close]

BLAST of CmaCh11G011620 vs. TAIR 10
Match: AT2G43945.1 (unknown protein; LOCATED IN: chloroplast; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT3G59870.1); Has 292 Blast hits to 292 proteins in 84 species: Archae - 0; Bacteria - 122; Metazoa - 0; Fungi - 0; Plants - 46; Viruses - 0; Other Eukaryotes - 124 (source: NCBI BLink). )

HSP 1 Score: 342.8 bits (878), Expect = 2.5e-94
Identity = 171/191 (89.53%), Postives = 184/191 (96.34%), Query Frame = 0


Query: 84  NDEKTGTQIPTQAQSIVEGSGSVMVTEFKPVPDVDYLQELLAIQQQGPRSIGFFGTRNMG 143
           +DE +G +IPTQAQ+IVEGSGSV V+E KP  DVDY+QELLAIQQQGPRSIGFFGTRNMG
Sbjct: 99  SDEDSGLRIPTQAQAIVEGSGSVAVSELKPAADVDYIQELLAIQQQGPRSIGFFGTRNMG 158

Query: 144 FLHQELIEILSYAMVITKNHIYTSGASGTNAAVIRGALRAEKPELLTVILPQSLKKQPPE 203
           F+HQELIEILSYAMVITKNHIYTSGASGTNAAVIRGALRAE+PELLTVILPQSLKKQPPE
Sbjct: 159 FMHQELIEILSYAMVITKNHIYTSGASGTNAAVIRGALRAERPELLTVILPQSLKKQPPE 218

Query: 204 SQELLSKVKNVIEKPYNDHLPLIEASRLCNMDIISHVQQVICFAFHDSRLLMETCQEAKN 263
           SQELLSKV+NV+EKP+NDHLPL+EASRLCNMDIIS VQQVICFAFHDS+LLMETCQEAKN
Sbjct: 219 SQELLSKVQNVVEKPHNDHLPLLEASRLCNMDIISQVQQVICFAFHDSKLLMETCQEAKN 278

Query: 264 LRKIVTLFYLD 275
           LRKIVTLFYLD
Sbjct: 279 LRKIVTLFYLD 289

The following BLAST results are available for this feature:

BLAST of CmaCh11G011620 vs.


Match Name	E-value	Identity	Description

BLAST of CmaCh11G011620 vs. TAIR 10


Match Name	E-value	Identity	Description
AT3G59870.1	7.1e-97	75.64	unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biologic...	[more]
AT2G43945.1	2.5e-94	89.53	unknown protein; LOCATED IN: chloroplast; BEST Arabidopsis thaliana protein matc...	[more]

InterPro

Analysis Name: InterPro Annotations of Cucurbita maxima (Rimu) v1.1
Date Performed: 2021-10-25


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	PANTHER	PTHR32183:SF6	CYANOBACTERIA-SPECIFIC PROTEIN-LIKE	coord: 47..274
None	No IPR available	SUPERFAMILY	102405	MCP/YpsA-like	coord: 125..246
IPR044995	Thiocyanate methyltransferase/thiol methyltransferase	PANTHER	PTHR32183	FAMILY NOT NAMED	coord: 47..274

Relationships

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


Feature Name	Unique Name	Type
CmaCh11G011620.1	CmaCh11G011620.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
molecular_function	GO:0008757	S-adenosylmethionine-dependent methyltransferase activity