CmaCh11G006750 (gene) Cucurbita maxima (Rimu) v1.1

Overview


Name	CmaCh11G006750
Type	gene
Organism	Cucurbita maxima (Cucurbita maxima (Rimu) v1.1)
Description	Mitochondrial ATP synthase subunit G protein
Location	Cma_Chr11: 3264671 .. 3267996 (-)
RNA-Seq Expression	CmaCh11G006750
Synteny	CmaCh11G006750

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDSthree_prime_UTR

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

ATGAAAAGGTCCTTGAAGTTTTTATTTTTAAAAAGAAAAAACGAAAAAGGAGGAGGAATTCTCGAAACGGCCCCTGCTGCGTAAAGCGTCCATTTTCTCATTCACGAACTCCTCAGAGCTCGTGGCGGCAGAGTGGAAGGCTAGCGCTAGAAGCAGCGGCGCGCAATTTGACTCCATTCCTTCGCTTATTTCCGATTACTTCTTCGTTTTGCTTTAATCTAGCATTTCCAATCAGACATTCAAAGGTAAAGTTCTTCTGGTCCTCTTCTTCTTTTTCTTTCTAATTTTGTATTTGTTGGTTTCGTGAATTCACTGGTGTCTTGATATTCTTTTTAATTTTTTTCTTCTTTTTTGCCTATTTGTTCATCAGATCTCATTCCTTGTTTGCTGATGTACTATTTCTGTTTCGTTATTTTTAGATCTTTTGATTAAGATGATGGGTTTTTGGGTGTATTTTGTATTTATTGAATTTTGAATCATGGCTGTAATCTCGATTTTCAGGGTTTAGTAATTATAGCAGGGTGCTATTTTTAGGTTTTTTTTTTCTGTGTTGAAATAGGAATGAATAGCGTACTCTGTTTAATTTTGGGGGAAAAGATTGTGGCGATTTTGGGTCGTTTGATGCCGTGACAGAGTAGACATTGAATGTGGCGTCTGTTTTACGAGGATTCTGATTCTATTGTAGGCATCATCAGGAATTCAAAGTCGCTGCAGCTTTCTGTAGCTTATATTTCCGGTTCTTCATGTCTAGTTGTACTTCCTAAAACTTTTGACGAAAGAATGAGCGGGGCAGGCTCCTTTGTTGCAATTTTATGGTCAACTTCCTATAAAGTTCTGATTCATTGATGACTCGAGCAAAACATATTCTCTTGGTCCTGATTGTTTCAATTCAGTTCTAAATTTTCTGAACCAATTTAGTTGTCTTTGTTCATAACAAATTCAGTGATACCACCTTTCATTTCCAACACCAATATATTCATTCTCTTTTCAATGTTTAGATATGTCCTTTTAATTATTTGTCTTTCTCTGATCCCCCAAACAGTGGCTATTTGTAACCATCTTTACATTAAAAGACTCGCTAGCTATTTCTACTATACACCATATTAGCAATCCCATGAAAGTGCTTTTGCGATCAATCAGAATTTTTTGCTTGTACCATGCATATTAAGGTGGAGCACCATTCCATTTGTGATCAAATCCTCTATGGGGAGTTTTCAGCTTGTTGACTGCCTCTCAAAAGCTACCTTGCCTTCTTCAGTATCCTGTTTGTGAATCTTTGATCCCACCTTGAGATTGTTGATCTCTCCTCTTTTCTGGCTTGTGGTTCCTATTGCAGTATATGGGCTATATTTTTTATTTCTCTTACCCATTGTTCTTTCTAAGTTTCTCTTTATCCTAGAAACAATTGCTTCGTGTGTGAGTAATGGATATAAATTTTAGCTTGGTCTCTAAGTCCTATTATCACGTTAACTTCAACTGTAATTTTGACCTGTTCTCGCATCATCACATGTCATTTTTACTGAAAATGTTATAAAGAAGGATAGAAGTTAAGCTTTTTCAGCAATCTCTTATATTTTGTAAGTTGAAAGACAGATAGAGAGTTCTCAAACCTTTGCCAGCAGAATTTAAGCTAGTACTGGGTGATCGTTGATGTCATCCAAAATCAAATCAGCATTCCTTCTCTTAAGATTTTGTCATTAATTCAGTAGTACCATTTCTTGCTATTTAACTGAGTTCCCACTTTGGTAGTTTTTGAGCTTCATCCATAGTGTTTTGGTTATCTTATATTGAAACTATAGTGTCAAAGCTTCTTAAAACTTCTGGCAGGAGACACTGTCTTCAAGATTCATCGTATAACTCATCTAAGCTAATGTGGGTAGTTGTTATGTAAGGAATATTGAGGTTTCACGTTTGGTTTTTCACGAGAATCAAAACCTGGGAAGAGCAGGTCTGTCATGTGGTTGTAGGTGAAAGACCAAAATTTTATGATGCAAAAATCCCAAATGATTGTCCCGGATTCTAAGAATGGATTTTGAGGGTTTAACGGTTTTTTGGGGAATACAATTTTTGAACTTATAAAGTAATATCATGATTTAGTTTATGGGGTTTTAATGTTGAGTCTTACCGTTCGATTTTGCATCATTTTCTTGCTTGACTTCATCAGTTACAACATCTCATATTTTTTTGTGTACTGCTCTTCAGGGTATTATTTCAGATTAATGGCGTCCAAGTTGACTCAGTTGCAGTCCAAGGCCACTCAAGCATCACAATTTGTGTTGAAACATGGGTGTTCCTACTACAAGCAATTGTTGGAGCAAAACAAGCAATTTATTCAGGAGCCACCTACCGTGGAGAAATGCAACCTACTTTCTAAGCAATTGTTTTACACTCGTCTTGCCAGGTCGTACTTTCTACACTCTCTTTATGTTGGTATATTGTTTGCCTTTATTGCTTTGGAAGAAACATTTACCAGTGCTTTTGGAAGAAACACATGATAAGTATGTTTTAAAATTTTATATTTATTTACAGTTTTGTAGTATCATCTAAATTCACATTTATTTTTTTAACATAAAAAGCCGTCATATACAAGTGAATCATGAATTTGAATATACATAAGGCCAATTGAAAATCCTCTTTTAGCATCTGGGATAATCTGATGTATTATTTTCTGGATGGAGCTATATAGCTTGTTGCACTGAATTGCAGTTAAACTTGTTTTACCATTATGGACCTGTGGTCATGTGAATATATATTCTTTTGTAATCTTATAGCTAAAGAATTGTGAGCAAAATCTTTGTGTGGAACGTGAGGCCAAAAGAACATCATTTTGACTTGCATCTTATCGATACAGTATTCCAGGTCGGTATGAATCATTCCACAAGGAACTCAATTACGTAAAACAATTATGGAAGAACAGACAAGATCTAAAGGTGGAAGAGGCTGGTATTGCTGCCCTATTTGGGCTGGAGTGCTTTGCATGGTTTTGTGCTGGTGAAATTGTGGGAAGGGGTTTTACTTTCACCGGATACTATGTCTGAGGTTCTTCATTTTAGTTCATCCTTAAGCTTGCTTGCTTCCCTTGGTCATTGTTTCTACCATTTTCGAATAACTGAAATTCTTCATGAAATTTTGTTGTTTTTCTGCCATTTTTTGTGAATCATAGTCCTTGGTGAAGAAATCAGTTTCCTTATTAGTAATAATCCAGAGTAAGTTTGGATGGATAATGATGCTGTTGCTTCTGTTCATCTTCTCTTCTGTTCATCTTGTGTTCATCTCGTGTTCATCTCTTGAATCATGATAGAATAGAACTTCCAATTGTGAGTTCA

mRNA sequence

ATGAAAAGCATTTCCAATCAGACATTCAAAGGGTATTATTTCAGATTAATGGCGTCCAAGTTGACTCAGTTGCAGTCCAAGGCCACTCAAGCATCACAATTTGTGTTGAAACATGGGTGTTCCTACTACAAGCAATTGTTGGAGCAAAACAAGCAATTTATTCAGGAGCCACCTACCGTGGAGAAATGCAACCTACTTTCTAAGCAATTGTTTTACACTCGTCTTGCCAGTATTCCAGGTCGGTATGAATCATTCCACAAGGAACTCAATTACGTAAAACAATTATGGAAGAACAGACAAGATCTAAAGGTGGAAGAGGCTGGTATTGCTGCCCTATTTGGGCTGGAGTGCTTTGCATGGTTTTGTGCTGGTGAAATTGTGGGAAGGGGTTTTACTTTCACCGGATACTATGTCTGAGGTTCTTCATTTTAGTTCATCCTTAAGCTTGCTTGCTTCCCTTGGTCATTGTTTCTACCATTTTCGAATAACTGAAATTCTTCATGAAATTTTGTTGTTTTTCTGCCATTTTTTGTGAATCATAGTCCTTGGTGAAGAAATCAGTTTCCTTATTAGTAATAATCCAGAGTAAGTTTGGATGGATAATGATGCTGTTGCTTCTGTTCATCTTCTCTTCTGTTCATCTTGTGTTCATCTCGTGTTCATCTCTTGAATCATGATAGAATAGAACTTCCAATTGTGAGTTCA

Coding sequence (CDS)

ATGAAAAGCATTTCCAATCAGACATTCAAAGGGTATTATTTCAGATTAATGGCGTCCAAGTTGACTCAGTTGCAGTCCAAGGCCACTCAAGCATCACAATTTGTGTTGAAACATGGGTGTTCCTACTACAAGCAATTGTTGGAGCAAAACAAGCAATTTATTCAGGAGCCACCTACCGTGGAGAAATGCAACCTACTTTCTAAGCAATTGTTTTACACTCGTCTTGCCAGTATTCCAGGTCGGTATGAATCATTCCACAAGGAACTCAATTACGTAAAACAATTATGGAAGAACAGACAAGATCTAAAGGTGGAAGAGGCTGGTATTGCTGCCCTATTTGGGCTGGAGTGCTTTGCATGGTTTTGTGCTGGTGAAATTGTGGGAAGGGGTTTTACTTTCACCGGATACTATGTCTGA

Protein sequence

MKSISNQTFKGYYFRLMASKLTQLQSKATQASQFVLKHGCSYYKQLLEQNKQFIQEPPTVEKCNLLSKQLFYTRLASIPGRYESFHKELNYVKQLWKNRQDLKVEEAGIAALFGLECFAWFCAGEIVGRGFTFTGYYV

Homology

[Close]

BLAST of CmaCh11G006750 vs. TAIR 10
Match: AT2G19680.1 (Mitochondrial ATP synthase subunit G protein )

HSP 1 Score: 204.5 bits (519), Expect = 5.4e-53
Identity = 100/121 (82.64%), Postives = 109/121 (90.08%), Query Frame = 0


Query: 17  MASKLTQLQSKATQASQFVLKHGCSYYKQLLEQNKQFIQEPPTVEKCNLLSKQLFYTRLA 76
           MASKL QLQSKA QAS+FV KHG SYYKQLLEQNKQ+IQEP T+EKC+ LSKQL YTRLA
Sbjct: 1   MASKLVQLQSKACQASKFVAKHGNSYYKQLLEQNKQYIQEPATIEKCSELSKQLLYTRLA 60

Query: 77  SIPGRYESFHKELNYVKQLWKNRQDLKVEEAGIAALFGLECFAWFCAGEIVGRGFTFTGY 136
           SIPGRYE+F KE++Y K L KNR +LKVE+AGIAALFGLECFAWFCAGEIVGRGFTFTGY
Sbjct: 61  SIPGRYETFRKEVDYAKNLLKNRANLKVEDAGIAALFGLECFAWFCAGEIVGRGFTFTGY 120

Query: 137 Y 138
           Y
Sbjct: 121 Y 121

[Close]

BLAST of CmaCh11G006750 vs. TAIR 10
Match: AT2G19680.2 (Mitochondrial ATP synthase subunit G protein )

HSP 1 Score: 204.5 bits (519), Expect = 5.4e-53
Identity = 100/121 (82.64%), Postives = 109/121 (90.08%), Query Frame = 0


Query: 17  MASKLTQLQSKATQASQFVLKHGCSYYKQLLEQNKQFIQEPPTVEKCNLLSKQLFYTRLA 76
           MASKL QLQSKA QAS+FV KHG SYYKQLLEQNKQ+IQEP T+EKC+ LSKQL YTRLA
Sbjct: 1   MASKLVQLQSKACQASKFVAKHGNSYYKQLLEQNKQYIQEPATIEKCSELSKQLLYTRLA 60

Query: 77  SIPGRYESFHKELNYVKQLWKNRQDLKVEEAGIAALFGLECFAWFCAGEIVGRGFTFTGY 136
           SIPGRYE+F KE++Y K L KNR +LKVE+AGIAALFGLECFAWFCAGEIVGRGFTFTGY
Sbjct: 61  SIPGRYETFRKEVDYAKNLLKNRANLKVEDAGIAALFGLECFAWFCAGEIVGRGFTFTGY 120

Query: 137 Y 138
           Y
Sbjct: 121 Y 121

[Close]

BLAST of CmaCh11G006750 vs. TAIR 10
Match: AT4G26210.1 (Mitochondrial ATP synthase subunit G protein )

HSP 1 Score: 201.4 bits (511), Expect = 4.6e-52
Identity = 97/121 (80.17%), Postives = 109/121 (90.08%), Query Frame = 0


Query: 17  MASKLTQLQSKATQASQFVLKHGCSYYKQLLEQNKQFIQEPPTVEKCNLLSKQLFYTRLA 76
           MASKL QL+SKA +AS+FV KHG +YYKQLL++NK +IQEP T+EKCN LSKQL YTRLA
Sbjct: 1   MASKLLQLKSKACEASKFVSKHGTTYYKQLLDKNKMYIQEPATIEKCNELSKQLLYTRLA 60

Query: 77  SIPGRYESFHKELNYVKQLWKNRQDLKVEEAGIAALFGLECFAWFCAGEIVGRGFTFTGY 136
           SIPGR ESF KE+N+VK LWKNR DLKVE+AGIAALFGLECFAW+CAGEIVGRGFTFTGY
Sbjct: 61  SIPGRSESFWKEVNHVKGLWKNRADLKVEDAGIAALFGLECFAWYCAGEIVGRGFTFTGY 120

Query: 137 Y 138
           Y
Sbjct: 121 Y 121

[Close]

BLAST of CmaCh11G006750 vs. TAIR 10
Match: AT4G26210.2 (Mitochondrial ATP synthase subunit G protein )

HSP 1 Score: 201.4 bits (511), Expect = 4.6e-52
Identity = 97/121 (80.17%), Postives = 109/121 (90.08%), Query Frame = 0


Query: 17  MASKLTQLQSKATQASQFVLKHGCSYYKQLLEQNKQFIQEPPTVEKCNLLSKQLFYTRLA 76
           MASKL QL+SKA +AS+FV KHG +YYKQLL++NK +IQEP T+EKCN LSKQL YTRLA
Sbjct: 1   MASKLLQLKSKACEASKFVSKHGTTYYKQLLDKNKMYIQEPATIEKCNELSKQLLYTRLA 60

Query: 77  SIPGRYESFHKELNYVKQLWKNRQDLKVEEAGIAALFGLECFAWFCAGEIVGRGFTFTGY 136
           SIPGR ESF KE+N+VK LWKNR DLKVE+AGIAALFGLECFAW+CAGEIVGRGFTFTGY
Sbjct: 61  SIPGRSESFWKEVNHVKGLWKNRADLKVEDAGIAALFGLECFAWYCAGEIVGRGFTFTGY 120

Query: 137 Y 138
           Y
Sbjct: 121 Y 121

[Close]

BLAST of CmaCh11G006750 vs. TAIR 10
Match: AT4G29480.1 (Mitochondrial ATP synthase subunit G protein )

HSP 1 Score: 201.1 bits (510), Expect = 6.0e-52
Identity = 96/121 (79.34%), Postives = 107/121 (88.43%), Query Frame = 0


Query: 17  MASKLTQLQSKATQASQFVLKHGCSYYKQLLEQNKQFIQEPPTVEKCNLLSKQLFYTRLA 76
           MASKL Q+QSKA +AS+FV KHG SYY+QLLE+NKQ+IQEP TVEKC  LSKQL YTRLA
Sbjct: 1   MASKLIQVQSKACEASKFVAKHGTSYYRQLLEKNKQYIQEPATVEKCQELSKQLLYTRLA 60

Query: 77  SIPGRYESFHKELNYVKQLWKNRQDLKVEEAGIAALFGLECFAWFCAGEIVGRGFTFTGY 136
           SIPGRYE+F KE++Y K LWKNR  LKVE+AGIAALFGLECFAW+CAGEI GRGFTFTGY
Sbjct: 61  SIPGRYETFWKEVDYAKNLWKNRSGLKVEDAGIAALFGLECFAWYCAGEIAGRGFTFTGY 120

Query: 137 Y 138
           Y
Sbjct: 121 Y 121

The following BLAST results are available for this feature:

BLAST of CmaCh11G006750 vs.


Match Name	E-value	Identity	Description

BLAST of CmaCh11G006750 vs. TAIR 10


Match Name	E-value	Identity	Description
AT2G19680.1	5.4e-53	82.64	Mitochondrial ATP synthase subunit G protein	[more]
AT2G19680.2	5.4e-53	82.64	Mitochondrial ATP synthase subunit G protein	[more]
AT4G26210.1	4.6e-52	80.17	Mitochondrial ATP synthase subunit G protein	[more]
AT4G26210.2	4.6e-52	80.17	Mitochondrial ATP synthase subunit G protein	[more]
AT4G29480.1	6.0e-52	79.34	Mitochondrial ATP synthase subunit G protein	[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
IPR006808	ATP synthase, F0 complex, subunit G, mitochondrial	PFAM	PF04718	ATP-synt_G	coord: 31..136 e-value: 2.3E-23 score: 82.9
IPR006808	ATP synthase, F0 complex, subunit G, mitochondrial	PANTHER	PTHR12386	ATP SYNTHASE SUBUNIT	coord: 10..138
None	No IPR available	PANTHER	PTHR12386:SF34	ATPASE, F0 COMPLEX, SUBUNIT G-RELATED	coord: 10..138

Relationships

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


Feature Name	Unique Name	Type
CmaCh11G006750.1	CmaCh11G006750.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0015986	ATP synthesis coupled proton transport
cellular_component	GO:0000276	mitochondrial proton-transporting ATP synthase complex, coupling factor F(o)
molecular_function	GO:0015078	proton transmembrane transporter activity