Identifiers and Description

Gene Model Identifier

TTHERM_00641240

Standard Name

GPM1 (Glycerate PhosphoMutase)

Aliases

PreTt10592 | 92.m00134

Description

phosphoglycerate mutase

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

Molecular Function

• catalytic activity (IEA) | GO:0003824
• intramolecular transferase activity, phosphotransferases (IEA) | GO:0016868

Biological Process

• glycolytic process (IEA) | GO:0006096
• metabolic process (IEA) | GO:0008152

Domains

• ( TIGR03162 ) alpha-ribazole phosphatase
• ( PF04807 ) Geminivirus AC4/5 conserved region
• ( TIGR01258 ) phosphoglycerate mutase 1 family
• ( TIGR00249 ) phosphohistidine phosphatase SixA
• ( PF00300 ) phosphoglycerate mutase family protein

Gene Expression Profile

• Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 10.2%

TetraMine Data

TTHERM_00641240

WebApollo

Fullscreen View

Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

Source	Identifier	Score	Description
Tetrahymena borealis	EI9_05191.1	9.997093137033517e-262	phosphoglycerate mutase 1 fami ly protein (276 aa)
Oxytricha	Contig898.1.g80	6.0016892621718814e-118	Histidine phosphatase superfam ily (branch 1)
DictyBase	DDB_G0285311	2.999977985165137e-107	gpmA on chromosome: 4 position 3080971 to 3081817
SGD	YKL152C	1.0000521619018958e-77	GPM1 Tetrameric phosphoglycera te mutase, mediates the conver sion of 3-phosphoglycerate to 2-phosphoglycerate during glyc olysis and the reverse reactio n during gluconeogenesis
Stentor Coeruleus	SteCoe_1989	5.665668176358939e-52
WormBase	WBGene00022456	0.000008000552149328928	status:Confirmed UniProt:Q9N 590 protein_id:CCD66195.1

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00641240(coding)
ATGATCGGAACTTTCTTCAATCGTTTCTCTAAAAATTTGCACTCTATTAGCAAATACAAT
TTTACAAGCAACCCTGAAGCCAAATACAAGATTGTCCTTTTGAGACACGGTGAATCTGTT
TGGAATAAGGAAAATCGTTTCACCGGCTGGAAGGATGTCCAACTCTCTCCTAAAGGTATT
GAAGAAGCCAGATCTGCTGGTAAGACCTTAAAGCAAAACGGTTACGAATTCGATGTTGTT
TACACCTCTGTTTTGACCAGAGCTATCATGACTTATAATAACTTAGCTGATGAATTAGGT
TGCCACCATTTACCAGTTATTAAACACTGGAGACTCAATGAAAGACATTATGGTGCTCTC
TAAGGTTTAAATAAGACTGAAACTGCTGAAAAGCACGGTGAAGAACAAGTTAAAATATGG
AGAAGATCTTACTCAACTCCTCCTCCTGCCCTTGAACTCGATGATGAAAGATTCCCTGGA
CACGATAAGAGATACAAGCACCTCCCCATTCAAGCTTTACCTAGAACTGAAGCTTTATCT
GACTGTGTTGCAAGAGTTATTCCTTTCTGGTATGATTAAATTGTTCCTTCTGTCTTAGCC
GGTAAAAACGTTTTAGTTGTTGCCCACGGTAACTCTCTCAGATCTATCGTTAAGCATGTT
GATAATGTTTCTGAATAAGATATTATTGGTATTAACATCCCTACCAGTGTTCCTTTAATT
TATGAATTCGATGCTAACTTCAAGCCTATCAGAAACTACTACTTAGCTGATCCTGAAGAA
TTAAAGAAGAAATAAGAAGCTGTTTAGAACTAGGGTAAGAAGAAATGA

>TTHERM_00641240(protein)
MIGTFFNRFSKNLHSISKYNFTSNPEAKYKIVLLRHGESVWNKENRFTGWKDVQLSPKGI
EEARSAGKTLKQNGYEFDVVYTSVLTRAIMTYNNLADELGCHHLPVIKHWRLNERHYGAL
QGLNKTETAEKHGEEQVKIWRRSYSTPPPALELDDERFPGHDKRYKHLPIQALPRTEALS
DCVARVIPFWYDQIVPSVLAGKNVLVVAHGNSLRSIVKHVDNVSEQDIIGINIPTSVPLI
YEFDANFKPIRNYYLADPEELKKKQEAVQNQGKKK

>TTHERM_00641240(gene)
ATGATCGGAACTTTCTTCAATCGTTTCTCTAAAAATTTGCACTCTATTAGCAAATACAAT
TTTACAAGCAACCCTGAAGCCAAAGTAAGATCATCTTATTTCAAGAATACTATGCAAAAT
TCAATCTAAACCTTTTAATTAATCAATATCTCGCTCATTTTTTGAGCGCATGTCTATTGA
AATCATTCTTTTTAACCTGCAAATCATTTAAATATTTACAAAATAAACTTTATTTATGAA
ACAAATGAAAAATGTTTTGAATTTACTCATCATGATTACATTAACAAATTCTTCTTAATT
AAAAAAGTACAAGATTGTCCTTTTGAGACACGGTGAATCTGTTTGGAATAAGGAAAATCG
TTTCACCGGCTGGAAGGATGTCCAACTCTCTCCTAAAGGTATATTTATTTTAGCTATTTC
TATTTAACATTATTTGCATAGTCAATAAAATGGGTTTGTTTGCAATTAAAACAGTTTTGA
ATTGAAATTAAAAAAATAGACAGACAGTTAAATAGATAAATAGATAGATAAAACCATTTT
CAATAATTTGCAAAAAAAAGACTTTTGAGTTAAATAAACATGAGTAGAATAAAATATGTT
TTTATATAATGATTAGGTATTGAAGAAGCCAGATCTGCTGGTAAGACCTTAAAGCAAAAC
GGTTACGAATTCGATGTTGTTTACACCTCTGTTTTGACCAGAGCTATCATGACTTATAAT
AACTTAGCTGATGAATTAGGTTGCCACCATTTACCAGTTATTAAACACTGGAGACTCAAT
GAAAGACATTATGGTGCTCTCTAAGGTTTAAATAAGACTGAAACTGCTGAAAAGCACGGT
GAAGAACAAGTTAAAATATGGAGAAGATCTTACTCAACTCCTCCTCCTGCCCTTGAACTC
GATGATGAAAGATGTACCTAAATTTCCTTTTTTCTTCTTTTAAAAATTAAATTTAAATGC
TTTTAAAAATTGAGAGTTGATTTTGTTTAGTTAGTTTTATTGCTCGTTCTACTAACAAAA
TCAAATAAAAATACTTTTTGCTATCTTTTTGATAGAAAAGCTTAGTATTTTCTTTTCTAC
TTAAAACGAAAATCTCGACAATAGAAAGATTCCTTTGATTCTTTCTTTTTAATTAAAAAT
CCAAAGCTATCAAAAATCTCAACTAACTTTTGAATTCTACAAATAGTTTTTATTGTTTAT
TAATAAAAATAATTCTAATTAAATTCAAAAATAAATAGTCCCTGGACACGATAAGAGATA
CAAGCACCTCCCCATTCAAGCTTTACCTAGAACTGAAGTAACAATAATAAATACCCCCGA
AAAATAAACAATTAAACTAATTGAATAAATAAATAGGCTTTATCTGACTGTGTTGCAAGA
GTTATTCCTTTCTGGTATGATTAAATTGTTCCTTCTGTCTTAGCCGGTAAAAACGTTTTA
GTTGTTGCCCACGGTAACTCTCTCAGATCTATCGTTAAGCATGTTGATAATGTTTCTGAA
TAAGGTAAATTATCATTTTATATAGAAGAACATAAAATTTATTTTAATTTTTGGCTAATT
ATTTATAATTCTTTAATGTAAAAAGATATTATTGGTATTAACATCCCTACCAGTGTTCCT
TTAATTTATGAATTCGATGCTAACTTCAAGCCTATCAGAAACTACTACTTAGGTAACTCA
TATATTTTAAATGAGCATAACTAAATAATATAAATAAATAAATTTGATAATAATTAGCTG
ATCCTGAAGAATTAAAGAAGAAATAAGAAGCTGTTTAGAACTAGGGTAAGAAGAAATGA