CmaCh02G004550 (gene) Cucurbita maxima (Rimu) v1.1

Overview


Name	CmaCh02G004550
Type	gene
Organism	Cucurbita maxima (Cucurbita maxima (Rimu) v1.1)
Description	Phosphoenolpyruvate carboxykinase (ATP)
Location	Cma_Chr02: 2361320 .. 2366410 (-)
RNA-Seq Expression	CmaCh02G004550
Synteny	CmaCh02G004550

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.

ATGATTGCAATCTCTCTAGCTCGCTCTGCATTTTCCGGCCCCAATTCTTCACAGCCCTTTTTCCGGCTATCACGACATGTAAGTTTCTCTCTCTCGCTCTCATCTGAATCCTGCACTCATATCTTGTTAATAGAAATCGTTTGATAATCTCCGTCTTTGATTATTAATCACTTGCATTGGTTGGAAATGTTGGATGAAGAAAATCCCACCTCGGCTCATTTAGGGGCTAATTTAGGGAATGATCATGAGTTTATAAATAAAGAATACTCTCTCCATTGGTTTGAGGCATTTTGGGGAAGCCCAAAGCAAAGCCATGAGAGCTTACGATCAAAGTGGACAATATCATACCATTGTGGAGAGTCGGGTTCGCCTAACATGGTATCAGAGTCATGCCCTAACTTAATCGTGCCAATAGATTGGCAGGAGAGTTGTGTTCGTCTAACATGGTATCAGAGTCATGCCCTAAACTTAGTCGTGTCAATAGATTGGTAAATCCGCAAATGTCGAACAAAGGACTCCAAAAGAAAAGGAGTTGAGCCTCCTCGAAGGCAGTAAAAAATGACTAAGACTCCAAAGGAGTCAAGCCTCGATTAAGGGGATGCGTGCTTTGTTCGAGAGAAGGTATTGGATGATGAAAGTCCCACATTGACTAATTTAGGGAATGGTCATGGGTTTATAAACAAAGAATACTCTCTCCATTGGTTTGAGGCCTTTTGGGGAAGCCAAAGCAAAGCCATGAGAGCTTATGCTCAAAGTGGATAATATCATACCATTGTGGAGAGTCGTGTTCGTTTAACAGGGAACACTTCCAATTGGCTAAAACTAAATTTCTTCGAAGAAATCTCTTAATACTCTTTTGTTTTCTTTGTGCAGAGTCGGTCCTGGAGCTCCTATGGTCTTAATTCTGCTCTAGCTGGGAAAGGGATTTTGGTTCAGGACCAGGCTTTTCTAAATTTGAAGTCCACTGAACTATTCCAAAAGGGTGCAACTCTTGCAGGTAGCTTCTTAAGTGTTCTGTTCTTGGTACTTTCATTTTATTGCATTTCTGTTTCTTATATCGTTTCTTTCTCTTTTTAGAACCCTTATCAGGGCTTCCCATTCATGTTAGGGGCCATGCACTTCGAGGGTCTTCAGAAATATCCAAGCCACAATTCACTAAACTTTTAAAGCAGGCATGCCCTTTAGCTTTTACCAATCTTTGTGTCTTTTTCTTATCAGCTGGCGGTTCTTTTTAGGTGAGATGTGACGATAATAGATATCTTAAGAACCATAGTGTTGATGAGATGATTGGATTAGTATGGTTACAAATAGCAACACAATTAGGAATGCCTCTTTGAATTTTCTTTCAGAATTTCCTTTTGTCTCTAATTTTGGTGATCTTGTGTTAAATGGGGGGTTTTTTTTTTTTGTTTGGTTGTTCTTTGAAGATGTGTTTTTAGTAGGAGTGCCTCTTTGAAGAAGGGTGCCATTGGAGGGTTGGCTGTTAGCTTTGTTCTTCTATCCTGCTATGGGGTTTCCATGTTTTGGTAGGAAGGCCGAAGCTTCTATCTCGATCATAGCTTAAGAGAATTAAGAGTCTGGTTAAATTGGTGCTTTAGTTTCAGTTTGGGCTTTATGGCCAGTAATCTTGCTTTGAAGGTTGAAGTGATTTTGGTATACCATGGTCTTTTGTTTGTCAGAAGCTCTGCTATTTTAGCATCTACGTGATACAATGCCACTACAAGTGTACACACGTTACACTCGTGGCAAAAAGAAGCAGTCACTTATGAAACTCATTAGTTGAATTTTTCTGTATGCAGTTTTTTTTTCAGTTCCCGTATTGCAAGGAGTCCACCTTCATTTCTATTTTTAGTTATTTTCCTTGTTTTAGGAGGATGATTCTCCATGATTGGGTGATGGTATCATTGATGTAGCAATGATTATTATACAACATGCATAAATAATCATAAGTATCAATGAAGATGGTACCTAAAAATTTCCAATAAGGCCAAGCAAAGCTGAAACCTTATTTTGATCTGTCAGCATATTCAACTCTCATTAAAATTTGATTTTATTTGTCGTGTTAGGTAACGAGTCACATTTCTTCCATCTCAAATATTTATGTTCATGATGGTGCAATTGGATCAAGATCAAAATGTAATGTGAAAATTCGAATGATAAGTGATGGTCCTTCTTCAATATTAGCATTTTCAAATATTGTATGGGAGACTACAACCCGGGCAATTTCTCACGATTCTTGTCCTCTGACAGTTTATGCTGCTGAATCTATAAGGTACTTTTTTCTTTCCTTTTTTGATAAGTAACAATTTATTGAAACATGGGAGGATGTATTGGAGAAGATTGAGGAAAATAAGATATCCTCATCGTCCGAGAGGTTAAATAACAAAAAATCTCTTTTTAATGTTTATGAATGAAGAGGAATGATACAAAGGATGAAGAGTTCTTCATTTATAGCCGTTGAGTTTCACTTTTACCATGTAGCCCAGGGGTGGGAAATACAATTGGTCTTGGAGCTGGAGGAGATAATGGATTCATAGCTGCTGATATTGAGCGTTCAATGCTGATATTATGTGGAAAAGCTTTCTCAGATACAAATGGAACTAAAGAAACACTTGTTGCTTTATCCGAACCTGTGATATTTGCACGCGGAGGACTTCCTCTTCCTGCAAGGTAAGGTATACTTTTTGGGCAATTTTTTTTCCCTGCTTCACAACCTGGTAATTGAGAATCGATACTTGCACTCAAATTGACGATGAGCTTCTCGAGCCTTATTGGTTCAATTTTTACTTGTGTTCCATACCCTTTCTCAAAGAGATTGTAAATTTCAGGCTTTTAGTTTCTGGTGATTCTGTGGTTTTGTTGTTCGCCCCTGAAGACGTTATTCAGAACTGTGCTGCTTTTCTGGTATCTAAAGATGCTGGTGTTGTTCTTTCCTCCGAAGGTGTCATGCCATTTTTCCGAATAGGGAATACGAATACCAATGGCCCACATATCTTCAAATCACCTTCAGCTATTGTTCTTGTAACTTCTGATGAGTAAGTTTCATTTGAAATTTGTTGCATCATGACACCATAGAGTACAGTATCTTTCATTTATTGGCTCATGATGATTGACATGCCATTTTTGATACACTGCCATCGCCCTTTCTATGTTAGAGCACCACAGGTAAGGGCAAAAGGATTTTAAAGGAGGATGTAGAAACCTGGTGATCTCAAACTTGAAAGAGCAAGGATCCAACTTAGGAGTCCAAAGCACGAACTAATAGGCCAATGGTTAGATGTAAGTTTAGGACATATGCCTATCTAACCCCTGATAGAGGTTCATCGAACCCGTAGAGTGAAGAAACCCGTCAAAACGATAGAGTGGTAGAATTGACACTCAACTTAGACCGAGTATGTAAGATCCTATATCAGTTGGAGAGGGGAACAAAACATTCCTTATAAGGGTGTGGAAACCTCTCTCTAGTGAGCGCATTTTAAAACTTTGAGGGGAAGCCCAAAGAGGATAATATTTGCTAGTAGTGGGCTTGGACCATTGCAAATGGTATCAAAGCCAGATACCGGGTGATGTGCTAGCAGAGACGCTAGGCCCCATGGGGAATGGATTGTGAGATCCCAATTGGTTGAAGAGGGGAACGAAACATTCCTTATGAGGGTCTGGAAACCTCTCCTTAGTGGATGCGTTTTAAAACCTTGAGGGGAAGCCCAAAAGGGAAAGCCCAAAGAGAACAATATCTGTTAGCGGTGAACTTGGGCTATTACAAAGTAATGGGGAGCCATAAAAAAGATTGCAGTCCTTGAAATGGTTAAAAGACTCTCGTGGACCTGAAATTTTCCCATTGGAAGATTACCCACAACAAATCCTACAACCTCAAGTTTACTTAGCTAAGCCTCATAAGGAGGAAGGTCAAGTCCCAAGCCAAAGCCGATTACGTGCAAAGAGTTGGAAGGCCTGCAACTTATTTGGTCGAAACGAGGAGAAACGTTGAATTTGTTAGCTCCTTGCAGCAGTTTGTGGCCAATGACTATTTTCAATAAAGATAATTGTTATATTTTTCAGTTCTTTTGATATTGACTGTGTTGCAAATCAGAACATTCATAGTGTCTATTAGTTTGGTAACTTTAGTAAGCCATACAAAATGAAAATGATGCAGTGGTTTGTGTTAGCAGCTCTAGAACTATTCCTTCTGCTTCAAAGCTTTCTCCTGGTCAGGCTGCGTATCACTTTTTGGCTGGGCATCAGAATGGTAAATTTGTGGCAGCATTCCACAAAGGCCCCTCATCTATTGACCCATTGGAACTGGGCAAGGCTTTACTGTGCATGGTAAAACTTGAAATTTCTTGATTCTCTTTTTTACCAACCATTTCACCTGCCTTCATTACTATGGTGCAGTTAAAAGAGCAGCAAATCCCATCCTTTCTAGTCAATGCCAAAGGAATAGAAAGTGGTATGGAGAAACCTATATATTTTCTCTTGTTCTTTCTCTTCAAAATTTTATTGGTTATCACTCTAAATTTACCAGAAAAAACTTGACATTCTTGAAGCAGGAAAGGATATTGTCACTCTAGTGGAGTCAGCTCTATCCATGAACATCCCACCCTTTCAAACTGAAGGTAGCTCACCGATACTTTACCTCGTCCGTTGTGGCATCATCGTCGTCGTCTAAGTTATGCTATTTCATATTTTCAGGTGGTGAACTTAAGAGAAGGTACAAAAGCTTTGTAAGTGAAAAATATCAACAATTGCCTGAGGATTTTTCCTTCTGAAGGTGACCATCGCATTCCTTTCATGTAGTTTATAGTATTCAATTTGTTAGTGGCAAGCAATTGGGTAGCGTTTAGAATACGTGTCATTTTCGATGTAGGTAGTTATTGTTCACAAATAGGCATTGGATTTTCTCGATACATCAATTCATACTCTAACAGTATGTAGTTCAATAAGAAAGTGATGAATGAGAGTAAGTGATGAGTGAGAGTAGCTAGATTATTAAAAGACCATCGTCTTCTTGTATCAATCTCTTCTGGGTCATACCAATCTAACAACTTATACTTAAGTTAAGAAAAATATGAACAACTCATTTCACATCCTTTA

mRNA sequence

ATGATTGCAATCTCTCTAGCTCGCTCTGCATTTTCCGGCCCCAATTCTTCACAGCCCTTTTTCCGGCTATCACGACATAGTCGGTCCTGGAGCTCCTATGGTCTTAATTCTGCTCTAGCTGGGAAAGGGATTTTGGTTCAGGACCAGGCTTTTCTAAATTTGAAGTCCACTGAACTATTCCAAAAGGGTGCAACTCTTGCAGAACCCTTATCAGGGCTTCCCATTCATGTAACGAGTCACATTTCTTCCATCTCAAATATTTATGTTCATGATGGTGCAATTGGATCAAGATCAAAATGTAATGTGAAAATTCGAATGATAAGTGATGGTCCTTCTTCAATATTAGCATTTTCAAATATTGTATGGGAGACTACAACCCGGGCAATTTCTCACGATTCTTGTCCTCTGACAGTTTATGCTGCTGAATCTATAAGCCCAGGGGTGGGAAATACAATTGGTCTTGGAGCTGGAGGAGATAATGGATTCATAGCTGCTGATATTGAGCGTTCAATGCTGATATTATGTGGAAAAGCTTTCTCAGATACAAATGGAACTAAAGAAACACTTGTTGCTTTATCCGAACCTGTGATATTTGCACGCGGAGGACTTCCTCTTCCTGCAAGGCTTTTAGTTTCTGGTGATTCTGTGGTTTTGTTGTTCGCCCCTGAAGACGTTATTCAGAACTGTGCTGCTTTTCTGGTATCTAAAGATGCTGGTGTTGTTCTTTCCTCCGAAGGTGTCATGCCATTTTTCCGAATAGGGAATACGAATACCAATGGCCCACATATCTTCAAATCACCTTCAGCTATTGTTCTTGTAACTTCTGATGACTCTAGAACTATTCCTTCTGCTTCAAAGCTTTCTCCTGGTCAGGCTGCGTATCACTTTTTGGCTGGGCATCAGAATGGTAAATTTGTGGCAGCATTCCACAAAGGCCCCTCATCTATTGACCCATTGGAACTGGGCAAGGCTTTACTGTGCATGGTGGTGAACTTAAGAGAAGGTACAAAAGCTTTGTAAGTGAAAAATATCAACAATTGCCTGAGGATTTTTCCTTCTGAAGGTGACCATCGCATTCCTTTCATGTAGTTTATAGTATTCAATTTGTTAGTGGCAAGCAATTGGGTAGCGTTTAGAATACGTGTCATTTTCGATGTAGGTAGTTATTGTTCACAAATAGGCATTGGATTTTCTCGATACATCAATTCATACTCTAACAGTATGTAGTTCAATAAGAAAGTGATGAATGAGAGTAAGTGATGAGTGAGAGTAGCTAGATTATTAAAAGACCATCGTCTTCTTGTATCAATCTCTTCTGGGTCATACCAATCTAACAACTTATACTTAAGTTAAGAAAAATATGAACAACTCATTTCACATCCTTTA

Coding sequence (CDS)

ATGATTGCAATCTCTCTAGCTCGCTCTGCATTTTCCGGCCCCAATTCTTCACAGCCCTTTTTCCGGCTATCACGACATAGTCGGTCCTGGAGCTCCTATGGTCTTAATTCTGCTCTAGCTGGGAAAGGGATTTTGGTTCAGGACCAGGCTTTTCTAAATTTGAAGTCCACTGAACTATTCCAAAAGGGTGCAACTCTTGCAGAACCCTTATCAGGGCTTCCCATTCATGTAACGAGTCACATTTCTTCCATCTCAAATATTTATGTTCATGATGGTGCAATTGGATCAAGATCAAAATGTAATGTGAAAATTCGAATGATAAGTGATGGTCCTTCTTCAATATTAGCATTTTCAAATATTGTATGGGAGACTACAACCCGGGCAATTTCTCACGATTCTTGTCCTCTGACAGTTTATGCTGCTGAATCTATAAGCCCAGGGGTGGGAAATACAATTGGTCTTGGAGCTGGAGGAGATAATGGATTCATAGCTGCTGATATTGAGCGTTCAATGCTGATATTATGTGGAAAAGCTTTCTCAGATACAAATGGAACTAAAGAAACACTTGTTGCTTTATCCGAACCTGTGATATTTGCACGCGGAGGACTTCCTCTTCCTGCAAGGCTTTTAGTTTCTGGTGATTCTGTGGTTTTGTTGTTCGCCCCTGAAGACGTTATTCAGAACTGTGCTGCTTTTCTGGTATCTAAAGATGCTGGTGTTGTTCTTTCCTCCGAAGGTGTCATGCCATTTTTCCGAATAGGGAATACGAATACCAATGGCCCACATATCTTCAAATCACCTTCAGCTATTGTTCTTGTAACTTCTGATGACTCTAGAACTATTCCTTCTGCTTCAAAGCTTTCTCCTGGTCAGGCTGCGTATCACTTTTTGGCTGGGCATCAGAATGGTAAATTTGTGGCAGCATTCCACAAAGGCCCCTCATCTATTGACCCATTGGAACTGGGCAAGGCTTTACTGTGCATGGTGGTGAACTTAAGAGAAGGTACAAAAGCTTTGTAA

Protein sequence

MIAISLARSAFSGPNSSQPFFRLSRHSRSWSSYGLNSALAGKGILVQDQAFLNLKSTELFQKGATLAEPLSGLPIHVTSHISSISNIYVHDGAIGSRSKCNVKIRMISDGPSSILAFSNIVWETTTRAISHDSCPLTVYAAESISPGVGNTIGLGAGGDNGFIAADIERSMLILCGKAFSDTNGTKETLVALSEPVIFARGGLPLPARLLVSGDSVVLLFAPEDVIQNCAAFLVSKDAGVVLSSEGVMPFFRIGNTNTNGPHIFKSPSAIVLVTSDDSRTIPSASKLSPGQAAYHFLAGHQNGKFVAAFHKGPSSIDPLELGKALLCMVVNLREGTKAL

Homology

The following BLAST results are available for this feature:

BLAST of CmaCh02G004550 vs.


Match Name	E-value	Identity	Description

BLAST of CmaCh02G004550 vs.


Match Name	E-value	Identity	Description

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
IPR008210	Phosphoenolpyruvate carboxykinase, N-terminal	GENE3D	3.40.449.10	Phosphoenolpyruvate Carboxykinase, domain 1	coord: 67..184 e-value: 4.1E-14 score: 54.6
IPR008210	Phosphoenolpyruvate carboxykinase, N-terminal	SUPERFAMILY	68923	PEP carboxykinase N-terminal domain	coord: 77..181
IPR013035	Phosphoenolpyruvate carboxykinase, C-terminal	GENE3D	3.90.228.20		coord: 225..315 e-value: 2.4E-8 score: 35.5
IPR001272	Phosphoenolpyruvate carboxykinase, ATP-utilising	PANTHER	PTHR30031	PHOSPHOENOLPYRUVATE CARBOXYKINASE ATP	coord: 27..329
None	No IPR available	PANTHER	PTHR30031:SF2	OS04G0592500 PROTEIN	coord: 27..329
None	No IPR available	SUPERFAMILY	53795	PEP carboxykinase-like	coord: 224..326

Relationships

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


Feature Name	Unique Name	Type
CmaCh02G004550.1	CmaCh02G004550.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006094	gluconeogenesis
molecular_function	GO:0005524	ATP binding
molecular_function	GO:0004612	phosphoenolpyruvate carboxykinase (ATP) activity
molecular_function	GO:0004611	phosphoenolpyruvate carboxykinase activity
molecular_function	GO:0017076	purine nucleotide binding