CmaCh11G006210 (gene) Cucurbita maxima (Rimu)

Overview
NameCmaCh11G006210
Typegene
OrganismCucurbita maxima (Cucurbita maxima (Rimu))
DescriptionRAC-like GTP binding protein 5
LocationCma_Chr11 : 2980322 .. 2991017 (-)
Genome Viewer
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonfive_prime_UTRCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
AACGGTCTACATGCAGCGGATTCAATCCACCATCAAATGGCGTTAAATAGAACGCCTGAAGTCCGCCCATTTCCCTGACCTTTGCATTTGTCCGATCATTATAAGTAACCGTCCTCAGTCCCTAACCCTTACATACTCCCAGTTGTTAATTCGCGGTTCATCGGAATCATCGCAAAATGGCTCCGATTGCTGTTGGGGATTCGTTGCCGGAAGGGACAGTGGCCTACTTTGATGAAAACGATCAGCTTCAACAAGCGTCCGTACACTCCCTCGTCGCCGGTAAGAAGGTGGTTCTCTTTGGAGTACCCGGTGCCTTCACTCCCACTTGCAGGTAAAACCCCTGTCCGATTCTCTTTGAGGGAAGAAGGGATAACCCGATCTGTGAGCTTGTGAACACCAATTTCTGTTTGTGTTCTTGATTGATCTATCTGGGTTTTGGCTTTGTGCAACTTTTATGAAGTAATTAGTTGTTTGATTTCAGTACGAAGCATGTGCCGGGCTTTATTGAGAAAAGTGGAGATCTTAAGGCAAAGGGTGTCAATGATATTCTACTTATTAGTGGTATGCCTCTCTAATTTAACTCAACTTCACCTTCTATGAATATTTTTTGTTGTCCTTTCTACTTTTGTTGGGCCCTTAGCTGTTGGTGGATATAGTCACGAATAATAATTGTTTTTCTCTGTAATTAAAATACCACACTTCGAGCGCAATGTCAATGTACGCTTGCTCTCTGTGAATGATGGTCGATTTCATGTTATTCTGGGAATTGCCACCAATTGTTGTATGTGAGCTTTTGCTATTCGTGCTTTTTGTTAGGCACCATGAACCTCTATGATATTGTCGATTTTGAGCTTATGCTCTTGTGGGACTCCTTCTCAACGATCCTCCCCTCGAACAAAGTACACTATATAGCCTCCCTCGAGACCTATGGAGCCCTCGAATAACCTCCCTCCTCCCCCTCAAACAAAGTACACTATATAGCCTCCCTGGAGGCCTATGAAGTCCTCGAGCCTCCCCTTATTGAGGCTCGACTCCTTCACTAAAGCCCTTGAACAAAGTACACCCTTTGTTCGACACTTGAGTCACTTTAACTTCACCTTAGATATTCACAACTTATTTGTTCAGACATTTGAGGATTTAATTAACATGCCTAAGTTAAAAGACATGACTCTAATAGCATGTTAGGAACCATAAACCTCCATAATAGTATGATCTTGTCTGAGCATAAACTCTCCGGGTTTGTTTTTTGTTTCCTCAAAAGGCCTCGTACGATTGTGGAGAAATGAGTTCTAGTATTTTGCTAGTATGATCTTGTTATTTTTCAGACTGGACAAGAATACTTAAAATGAAGAATATGTGCACGAAACTTCTGAGTCTAGTTTACAACTTTACACTGTTTAAGAGTAATAGACTAAGATCTAAAGATAGGCCCAAGAAATGATGAAAAGCAAAGAATGAGATATTGTGTTTGTCCTTATGGATATGCTTGCTCTTTCTCTCCAAATGACTACCCGAGAGTTAGAATTGCATGTTTTCCCTCTTTATTCATGTATTGGCGAAATAATGCATAGGTCTCTTAGGGAGTGAACTCACACTCAATTTGAATTCATTCTCCAGTGAATATGACGTCTCTTTCCTAGTTTTATGAAATTGACTAGTTTCTTATCCTAATAAAAGTTTGAATTTGACCAGTTTTCTCCATATTGACTTGGTATGTATATGCAAATGCTAAACATGGCCTTTCGTGAAAGGTTAAGCCAGAACCAACGAACCAATAATCTAATTAGTCATTGCATGTAATATTATTATATTTTAAAAGGTTGATTAGAGCACCCTAATATAAATTTATTGCGTTTCTTTGGTTTCTGAAAGCATCTTGGTCAATAAGTTCCTTTCGTCAAATATTTTTAAAATCATTTTGCAAATAAACTCCAAATTTCCAATTTTTATTACAAATGGTAGATAACTATAGTTGTTTCTGTTGGATGCAGTCAATGACCCCTTCGTGATGAAGGCCTGGTCCAAGACTTACCCTGAGAACAAGGATGTCAAGTTCCTTGCTGATGGCTCTGCAGCATATACACATGCTCTCGGTCTCGAGCTCGATCTTTCAGAAAAAGGGCTTGGCATCCGGTCCAAGCGGTTCGCTCTCTTAGTTGATAACCTCAAGGTTGTAGTTGCAAATATTGAGTCTGGTGGAGAATTTACCGTCTCCAGTGCTGAGGACATCCTCAAGGCTCTTTGATTGCATCCATCTTTCATTTGTATGCATACTTCTTGCATCCCAGGCCGCTCATTGATCATCGTGACAGTGGGCGACCTTCTATCCAATTGTTGTCTTTTGATGTTGTTAGATGTTTAAGGCTACCCTCATATGAATAATGAAAGATGGTGCTGTTGCTTGTTCCATTTCTCCGAACTTCTGGTTAACCGAAGTGTGTGTTGAACTTGGCTTAGTGTCAGGCTGATGTCGCCCTGTTTCCAGGAAATTGTGGTGATAAAGTAACAACATTTTTAGTTAATCAGACATGCAGGGCAGCTTTTTGATTCAGGCGCAGTTCACTCTCTCTCTCTCTCTTTCTCTAGGGCTTTGCTTAAAATATTGGACCTTGGCATGTGTATCAAATCTTATAGAACTTAATTTTGCACTTAAGCCTTTAATTTATGAACTTTAGAGTAAATCTAATTCATTATACGTTCATAAACAAGAAAAATCATTCTTGGAAATTCTGTAACATCGTTTGAAAAGTCAAATTGTACTGTTTGTCACATCATCAGTATTATCTAAAAAGAAGAGCAACGTATAAATATTATTTTTATCAAATAGAGGATTATTAATAAATTTGTGAGTATTATTGGAAAAACAAAAATACATTTTGATCACCTTTCCAATTGAAATCACTTTTGAAACTACAAATAAAATAAAGGTGGTTTTTTTTAGTACACTTTTATATACTAATAGTGCATACACTGAAAGAGCACTATCTCCCTGTGGTCATAAAAAAAAGTTGAAATTGAAGCCAAACAGGACGATTATTTTCAGTTTTCAGTTCCAGATTTCTGGCTCCTTAATTTGTTCAGAGCATTATAGAATGAAATAAACCATACAAATAATTGAGATTCACGGTGTTCATTTCACCCACTTTTTTGATGGGGAATTAAATATTGTGCAGCTGTTACGTTGGAAGCCAGCCATTCGAGTTGCAGGTCCCATTCATTTGCATTTCAAAAACAATTAATCCGTTTGGATTTGAATATCCCTGCTAGGGTCAAAAAAGCAAGGTCAGTCTTTTGACCATAAGCTCTCTGCTTCATCTCTCTCTCTTCGAGTTTTTAAAAGCAGTTGGCCCTTGAAACTTGGAGAATGGCTTCTGTGACTTACTCACCAAGATACCCACATTCTGGTTTCTCTTCTTCCTCTATGTTTTTTTGACTTTTTTCAAACCCTATTTTGAGCTTTTGGGGTTTTGGTATATTCCTCTGTTAGCCAAAAAAATGAGTGTTTCAAGGTTTGTGAAGTGTGTCACTGTCGGAGATGGAGCTGTTGGGAAGACTTGTATGCTCATCTGTTACACCAGTAACAAGTTCCCCACTGTGAGTTTGTTCATACCCATCTTCCAAAATCCCTCCCTTTCAATTCCATTTCTTCCATTTACGACATAAATTTGCATTTGTTTTGTTTTGACAGGATTATATTCCCACAGTTTTCGACAACTTCAGTGCTAATGTGGCTGTGGATGGGAATATTGTCAACTTGGGATTATGGGACACTGCTGGTAAACTAAATGGGTTTTCCTTTTCCTACCAATGGATTATCTTTCTCTAAGCTTTGAATATGGATTTATTCTACTGGTTTGAAGTGAAAGTGGCTCTGTTTTGAAGGTCAAGAAGATTACAGCAGACTTAGGCCACTGAGTTATAGGGGCGCTGATGTTTTTGTTCTGGCATTCTCGTTAATCAGTCAGGCGAGTTATGAGAATGTTCTTAAGAAGGTAATGGTGTAAAAGTAACCCTTTCGTTTTAATGTTCTGACTGCAATATTTCAAGGATGAACTGAAGTCTTGCTTATGTTCTTTAGTGGATGCCGGAACTTAGACGGTTTGCGCCTAGTGTCCCTATTGTTCTTGTTGGAACAAAGTTGGGTGAGTAAACGACTTCAAACTGGTTTTGACAGTGAGAGTTTCTTTGTCATCTGCTCTTGAGATAATTTTTATTTTCCTTAGATCTTCGCGACAATGGAGCTTATTTTGCGGATCAAATGAGATCAAACACAATAACATATTCTCAGGTACTCTTTTTTTTTTTTTTTTTTGTTCATCTGAGTTGAATCACATTGCTCAGAAGAAACTGATTTAGTTTGTTCTATGCAGGGAGAAGAGCTTAGGAAACAAATTGGTGCTGCTGCATATATTGAATGTAGCTCCAAGACTCAACAGGTAAGATTTCTTTCATGATCAGTGGTGATTATTCATCATGTTCATCCCCTCATTACACATAGAAAGGGCCTACATTTTCACAAGAGGCCAAGAAGTCATCAGTATATGCATTAATAATGGATAGTACCTCAGTACTGAATTGTAATTTTGTTTAGAATGTCAAAGCTGTTTTTGACACTGCAATCAAGGTTGTTCTTCAACCTCCAAGGAGAATTGAGATGACTAGGAAGAGAAGGAGCCGAAGGTCTGGTTGCTCAATTGTGTAAGTACATGTATTATTTCCTCTACTTGTACTTTTCCTGTACGATTTTGGAAGAAAAGATTCCTTGAGATGGCCTATGGTCATTTGTCACATTAAAATATATGTGTTACTTATATGCAGAAGGTGCATTGCGTGTGGTGGATGTGCTGTTTAAACCATGCTAGCTATCAGGACTGAGTGCTGTAGAATCTATGTTTTGTGCCAATCCTATAGCTAGATCTTAATATTACTAGTTTTACGTTATTTTGTGCCGAGAAATAGGCGTCTGCTCAATGTGCAAGCTGACTGACCAAAGAAGTGAAGATAGTTTTGTTCTTCTTTGTTGTGTTTACTGCAAATGTTGTATTTGAAATGGTGTTTTGGTTGTTGCCAATGGAAGCCGCAAACTCCTGCTGTTGTTTTAAAAGAAGAGTACAGAAAACTAAAAATGTCAATCACCTTGCCAAGTTATTCAAAAACTTCAAGATAAGAATTCAGAAGGAAACCATACCGACAGGTTAATAAGAAAGTGAGACAAAATCAAGTTTGGCAATTCTCTGTATTGCCATTTTGTGCTCTCTATTTATACACTCACTTCTGAAAGGCAATACTGCATTACACCCACAGGTAGCATGTTTATTTTAGATGCAAAACTATGTGAATGATTCTAGGCGATTGCTTCAGTTAAACAGATACATTTGGAAACAGGGAACCTACGTAGTATATTCTTTGCAATAATCTTCATGGAATTTGAGGAAGCTAAGAGCCGCATAAACCTGGGCTGATGCATTATTCTTGAGGGAGAAGTGCTATTTCAATTTCTTGAAGTGATTTTCCTTTGGTTTCCACGACATTCCTTTTCACAAATGCAACTGCAATCAAGCAGAACGTAGCAAAACCAGAGTACAGAAACTGTGGCCTCATCTTCTCCAACAAGTGAAGGAAGAGCAATCCTACGAAAAAATTTATCACCTGAAAAGCATCAATGAACCCAGGGTGAGCATGACACTGTACTCCAAATTGAGTTCGAAGGTCGTATTACATTCTCATGTACGGATGAGGTAAATTGTGCAGGAAATTATTACTGGATGGAACCACGATCTTGATAATAATCTGAGTCAGTCTCGAATAATAAAAATCCCACAGGATACCCAGACTATTGAGCCACTACTTATCCAAGCACTTTGAGCCAGAAAAACTGAGCCTCTAAGCTCAACATTCTTACCTAATGGCAAAAGGCAGTAATAAGCTCAACATTCTTACCCAATGCACCGACATGCAGATTGCCATAGCTTTTGCTCTTATCCGACTGGGGAAAATTTCTGGTAAAAGAAGACCTGGAACTGGACCAGCTCCGAGAGCAAACATTAGGACAAACCTGCAAATTTACGTTAACGGGCACTATTACTCGTTGTTCAATAATATGCACTCTCTCTTTTACACATTTCCAACATTTTTATCAGGAATAACCTCTCAAGTCTTGTCAGTGGTGAATGCTCAATAGAGTAAAAACATGAATGATCGTTATTGTAATTCGGAACTCCAATTTTATTTGCCTTCATCGTCATTGATTGAAAAATCAGGCATTAAATCCAGAAAGAGTTGGCAAAACAATAGAAGATAAAAGAAGCCATCGATCTTTACATTTAGAGAATAAAAGTATGCTAATATACTTTATTTTCAATATTTTATGACCAAAAAGAATGATATGATCAATGATTAGAAAGTCTAGAAAAACAATAATCTGTTGTGATCATCAGAGAGTGATAATTTCCAACAAACTTGCCACATATCTCTAGTCAGATCAAAGAGCATGCTTTTTCGGGAGGAGGAGGGGGCTGCATGATGCATGTGGAATCTTTTTTTATGTAAACAATAATATAATATAAATTTACTTACATTAACGTGCCACCGACTGACAAGTATACAGCTCCAGAGTCTGGTGAATGAGAACCTGCTGCGACTACTTGGAGGGCCATAGCTACTGCCTGCGTTAGACACAAGACGACAAGCGAAGTCTTTCTTAAGATAACAGCATCCTTCAATCATGAAAGAAATTCAATTGTTATATACTTGGTGGATGGTATTTTAAGTCTAAATATTCATTGTTTAATCCCTATATTTGCTTCCTATCAAAACCATATCAAATAAGGTGGTTATAAATCCTGGCCTACTAACAGTAACAGTTCTAGATCCTAGTTACCAAAAGCAACCTTGATCAAACAAGCTAAGATATGTTCCTTCCTCGTTCCTAATAATAAACAAGACTTGGTAAGAACATTCAAGATCTATGTCATAGCAACAAGAAAAGATTTGCTTAATTTGGTTACCATCCCAGAAAAGCTCCATAGAAGAAGCAGCTTTCTTCCCAATCGGTCCATCAAAAGCATCGCGATTATGGATCCTGTGAAGTACAAATGGAGAATTTAAAAATAAATAAATAATGCCTAGTAATGAATTCAGAGTATGGAGCTTATATTTACACCAACCACCAAATCATGGAGCAAACCTGCTAAATTTGAAATTCCCACGCAGACATTTGCAAGGTTTGATGGAACTCCCGAGCTTTTAAAAACAGTCGAGGAGAAATAAAATATAGCATTTATACCAGAAAGCTGTTGTAAAGCAAATAGTGTTGATCCAATAAAAACAACTGCAAAAGAATTGCGTAAATAACGAAGAACTACTCCACCCAAATGAAATAGATAATTGATGCAGTAAAGTGCATGGATAGTGGCATTAGAAAAAGGAAAACAGTGAGTAAACAAAAAATAGGACTGAATCAGTATATATACGTATATATTAACCTTGAAAATGGCGGCCAAAGAGCAATTCAGAAAGTTTTACAGAATCTGGTTCATCTCCCCTGTCAAACTTGGACAATTCCGCCAAAGCAGATTTTACATGTGATCCACCAAGAAGCTTCTCAAATTCAGTTTCTGCTTCCTCAGTCCGTCCTTGCTACATTACATAAGATTAGAATTATAAGATTTTCTCATTCAAGAACTCTTATGAAACAGGAATTTATCCCTCGATACAGAACTGCACCCTAGCCATTGCAAGCATTTCAATTTAGCTTCACCACCCCCCACCACCCCAACCCAGAAATACCGAAGGTGCATTTTATTGAGGAGAATGGTGGGGCGAGACAGAGCACTGGAGAACATGCATATGCTTGGACTGAGGAATTATTACGCTGTTCAATTTTAAAAAGAAAACAAAGTTTTCATTGGGAGGATTAAGGAACTATAAAGACTTGTAAAACAGGCAGCCTTTTTTATGTTCATGCAACAAACATATATTTCGATACATCTGAAAGTACGCTCCAGAACAAACCTTATATAGCCAATGTGGACTCTCAGCACAAAATACCATGGCTAGAGCTAGTAATGCAGCTGGAATAGTAGATACCCCAAAACAGACACGCCACCTGAACCAGAAAAGAAGAGCATATTTTGAACTGATAAATAAATGGAAGGTTATGTATTTTCAGGTGGTCTAGAATATTCTATATATTTTCCATACCAGCCTACTGTCTCCTTAGCAGGGATTCCTATTAAGAGGGCTGCCATCAGTCCAAGACATGTAGCAATCTGAATGAAACTGCCATATGTTCCCCTCACAAACGCAGGAGATACCTACTCATGATGTATAAAAAAAAGTGAGGTAGCAAGCCATCATCTCGAATTGAATCCTTTTAAGATGCACGCTAACGCATGTAAAACAGTAATGTCACCATTGCTATACCTCTGTGACATATAGAGACGCAACAGGAGGGCCTAGACCCATTCCAATCCCAACAAACAGTCGCCCCAAAAGCATCCCAGCCAGAGTTTTAGTCATTGCACTGAAATTCAAGTCTTAACTTTTCTCGTGAGAGTGCAATAAAATGAAGAACGAGGAAACAACATGTAGTCAAATGGTTGATAAGAAACTAGACAATTCAGTACAAAAAATCAACAGGGGCATGATGATCTTCAATAAACTTGTATTACTACGAAATTAGAGTAAGAATCATTATGCAGAAACAAAATTGGGAAATTGGAGTTTGGTGGTTTCTTTTGGACTAGCTGACTAGGAAGGAAGAAAATATATTACAGCTTAGAGAAGCAGGTTCTTCGGTCCTGAATGATAATTTCTGTTTGGTTGAAAGAGACTTTTCTCGTAAAAGTGTTGAGGGACAAAATTACCAAAACAAGATCTCTATATGAGAACGTGATGAAAGTGCATCCAAGTCATCTACCACTTTAGCATCAATTAGTCCTAGACATAGAAGGTTAGGCTCTAAAAGGAGGGCAATCAAGCTTCTCTAGTTCACATTAATGAAAGGCTGAAAACAAATGAAAACGTAATGCTCTAGCTGCCATGCAGTGATGTGACAAAGGGGTTCATCGAAACTTTTGAATTACCACTTAGGCCACCAGTCAATTAACATAATTAAGTCAGCCAAGGCCCCCTTTCTCTGTTGGTTTTTGTTAGACAAACAAAAGAACACCATACTTATAACCAGGGCCAAACTTTGCCCCACCATATACATTCAACCACCCTCCTACACCTGCATGTCTCAACTGGTATTACTTTTCCCAACACCTAGCCATAGTGTCACCAAAGAATTAAAAAAGTGCATTCATGAATGTTCTATACTGAACTGTAGAAAGTTAAAATTGCGGGAGTTTAAAAACCTATGCACAGAAAACACCAGCTGACAAATGCCAGGAATATCAAATATTCGGTATCATCAGTAGCAACAGACAAATGACCTATAGAATTCACATCATAACTCATAACAGAACCATGGCAGTGATTGTTGTAATAGAGGTACAAGTCAAATTCAACTAAAAGACAACATCAGAAACCTACAGCTCCAGTGTACCACATAAGCATACCAGGTTGTATAATACACAGGAACAATGTCAGGATTGCCAAGTAAAAACATGAAGATGTAGCAAACTTCATAGTAGAACTTGGCTATAATTGCCTTTAATGGGAGAAAATGTCACCTCATTGCAGCACCAGCAATCATTGGCAAAGCACTCAGTTGGAAAGCCATGCGACGTCCTACTCCATCAGCTACCCAACCACTTAATAGAGACCCAACTAAGGCACCTCCCAGGCATGTACTGACAACCAAACCTTCATCAGACATTTAAGGGTAAGGCACGTTAGAGCATTGAATGAACTCAATCAAAGAACTCGAATAAAACACAAACAAGATATTTGCAGCATAACACCTTCTGCCAATGTATTCCCATTGAAACCAAGATCCGCAGAAATTACTTCCATTGGCTCATTTACTACTCTGCAGAAAACAGATAGCAAGATACAATCAGTGTTTACTTGTGAACGAACAAGTATGAACAGCTTCGCCAAACATAGACACCGAGAGAAAGAGATAGAGCTAAATCAGTATAAGAACTAACCCCAGGTGGTAGCCAAATAGAAATGAAGTTATGGTAGCTACTAGAACGTGGGGTAAAGAAAGCCTCCATGAAGGGTTCGAGACTTCAAAATCCTTACCACCCTGCAAAAGACCTGAAAGAACAAACCCAAATAACGTCAACTATCATGTCTTTGCCATCGTTTAAAAGGTTCATTGATTCTCATGTCTATTACACCCCGTAAACAGAAAGCACAAACAAAATTCATGGGTTTCGTAGCTACAGACTGCCTAATAAAGGATTACCTGAATTATCCTCCATGTCAATTAGACTGGAGTTATATTTAAACGAAAATCGCTTGTACATTGAGAAATCTTCGCGTTTTCAATCCCACGTACCAAACCGCCAGAAATCCTCGCCAGAAGTTCCCTAACATGGATAGTGTTGAGATGATATTTTGCTTCATATCATAATCCAAATATTTAAACGCCATTCTTAACCCAGCATCTTCCAGTATCGAGTTAATGCTGAAGCTCTTCAATTAACACGAGCTTAAGATTCCATCACATCGGCATCAGGGTTTATCAAGTTGATTTCACATTTTACAGAAACATGCATTAATGCTGAGGTGCTTCAGTTAA

mRNA sequence

AACGGTCTACATGCAGCGGATTCAATCCACCATCAAATGGCGTTAAATAGAACGCCTGAAGTCCGCCCATTTCCCTGACCTTTGCATTTGTCCGATCATTATAAGTAACCGTCCTCAGTCCCTAACCCTTACATACTCCCAGTTGTTAATTCGCGGTTCATCGGAATCATCGCAAAATGGCTCCGATTGCTGTTGGGGATTCGTTGCCGGAAGGGACAGTGGCCTACTTTGATGAAAACGATCAGCTTCAACAAGCGTCCGTACACTCCCTCGTCGCCGGTAAGAAGGTGGTTCTCTTTGGAGTACCCGGTGCCTTCACTCCCACTTGCAGTACGAAGCATGTGCCGGGCTTTATTGAGAAAAGTGGAGATCTTAAGGCAAAGGGTGTCAATGATATTCTACTTATTAGTGTCAATGACCCCTTCGTGATGAAGGCCTGGTCCAAGACTTACCCTGAGAACAAGGATGTCAAGTTCCTTGCTGATGGCTCTGCAGCATATACACATGCTCTCGGTCTCGAGCTCGATCTTTCAGAAAAAGGGCTTGGCATCCGGTCCAAGCGGTTCGCTCTCTTAGTTGATAACCTCAAGGATTATATTCCCACAGTTTTCGACAACTTCAGTGCTAATGTGGCTGTGGATGGGAATATTGTCAACTTGGGATTATGGGACACTGCTGATCTTCGCGACAATGGAGCTTATTTTGCGGATCAAATGAGATCAAACACAATAACATATTCTCAGGGAGAAGAGCTTAGGAAACAAATTGGTGCTGCTGCATATATTGAATGTAGCTCCAAGACTCAACAGAAACATGCATTAATGCTGAGGTGCTTCAGTTAA

Coding sequence (CDS)

ATGGCTCCGATTGCTGTTGGGGATTCGTTGCCGGAAGGGACAGTGGCCTACTTTGATGAAAACGATCAGCTTCAACAAGCGTCCGTACACTCCCTCGTCGCCGGTAAGAAGGTGGTTCTCTTTGGAGTACCCGGTGCCTTCACTCCCACTTGCAGTACGAAGCATGTGCCGGGCTTTATTGAGAAAAGTGGAGATCTTAAGGCAAAGGGTGTCAATGATATTCTACTTATTAGTGTCAATGACCCCTTCGTGATGAAGGCCTGGTCCAAGACTTACCCTGAGAACAAGGATGTCAAGTTCCTTGCTGATGGCTCTGCAGCATATACACATGCTCTCGGTCTCGAGCTCGATCTTTCAGAAAAAGGGCTTGGCATCCGGTCCAAGCGGTTCGCTCTCTTAGTTGATAACCTCAAGGATTATATTCCCACAGTTTTCGACAACTTCAGTGCTAATGTGGCTGTGGATGGGAATATTGTCAACTTGGGATTATGGGACACTGCTGATCTTCGCGACAATGGAGCTTATTTTGCGGATCAAATGAGATCAAACACAATAACATATTCTCAGGGAGAAGAGCTTAGGAAACAAATTGGTGCTGCTGCATATATTGAATGTAGCTCCAAGACTCAACAGAAACATGCATTAATGCTGAGGTGCTTCAGTTAA

Protein sequence

MAPIAVGDSLPEGTVAYFDENDQLQQASVHSLVAGKKVVLFGVPGAFTPTCSTKHVPGFIEKSGDLKAKGVNDILLISVNDPFVMKAWSKTYPENKDVKFLADGSAAYTHALGLELDLSEKGLGIRSKRFALLVDNLKDYIPTVFDNFSANVAVDGNIVNLGLWDTADLRDNGAYFADQMRSNTITYSQGEELRKQIGAAAYIECSSKTQQKHALMLRCFS
Homology
[Close]
BLAST of CmaCh11G006210 vs. Swiss-Prot
Match: PRX2B_ARATH (Peroxiredoxin-2B OS=Arabidopsis thaliana GN=PRXIIB PE=1 SV=1)

HSP 1 Score: 234.6 bits (597), Expect = 1.1e-60
Identity = 108/144 (75.00%), Postives = 127/144 (88.19%), Query Frame = 1 

Query: 1   MAPIAVGDSLPEGTVAYFDENDQLQQASVHSLVAGKKVVLFGVPGAFTPTCSTKHVPGFI 60
           MAPIAVGD +P+GT+++FDENDQLQ ASVHSL AGKKV+LFGVPGAFTPTCS KHVPGFI
Sbjct: 1   MAPIAVGDVVPDGTISFFDENDQLQTASVHSLAAGKKVILFGVPGAFTPTCSMKHVPGFI 60

Query: 61  EKSGDLKAKGVNDILLISVNDPFVMKAWSKTYPENKDVKFLADGSAAYTHALGLELDLSE 120
           EK+ +LK+KGV++I+  SVNDPFVMKAW KTYPENK VKF+ADGS  YTH LGLELDL +
Sbjct: 61  EKAEELKSKGVDEIICFSVNDPFVMKAWGKTYPENKHVKFVADGSGEYTHLLGLELDLKD 120

Query: 121 KGLGIRSKRFALLVDNLKDYIPTV 145
           KGLG+RS+RFALL+D+LK  +  V
Sbjct: 121 KGLGVRSRRFALLLDDLKVTVANV 144

[Close]
BLAST of CmaCh11G006210 vs. Swiss-Prot
Match: PRX2C_ARATH (Peroxiredoxin-2C OS=Arabidopsis thaliana GN=PRXIIC PE=1 SV=1)

HSP 1 Score: 228.0 bits (580), Expect = 9.9e-59
Identity = 104/144 (72.22%), Postives = 123/144 (85.42%), Query Frame = 1 

Query: 1   MAPIAVGDSLPEGTVAYFDENDQLQQASVHSLVAGKKVVLFGVPGAFTPTCSTKHVPGFI 60
           MAPI VGD +P+GT+++FDENDQLQ  SVHS+ AGKKV+LFGVPGAFTPTCS  HVPGFI
Sbjct: 1   MAPITVGDVVPDGTISFFDENDQLQTVSVHSIAAGKKVILFGVPGAFTPTCSMSHVPGFI 60

Query: 61  EKSGDLKAKGVNDILLISVNDPFVMKAWSKTYPENKDVKFLADGSAAYTHALGLELDLSE 120
            K+ +LK+KG+++I+  SVNDPFVMKAW KTYPENK VKF+ADGS  YTH LGLELDL +
Sbjct: 61  GKAEELKSKGIDEIICFSVNDPFVMKAWGKTYPENKHVKFVADGSGEYTHLLGLELDLKD 120

Query: 121 KGLGIRSKRFALLVDNLKDYIPTV 145
           KGLGIRS+RFALL+DNLK  +  V
Sbjct: 121 KGLGIRSRRFALLLDNLKVTVANV 144

[Close]
BLAST of CmaCh11G006210 vs. Swiss-Prot
Match: PRX2C_ORYSJ (Peroxiredoxin-2C OS=Oryza sativa subsp. japonica GN=PRXIIC PE=1 SV=1)

HSP 1 Score: 227.3 bits (578), Expect = 1.7e-58
Identity = 107/138 (77.54%), Postives = 121/138 (87.68%), Query Frame = 1 

Query: 1   MAPIAVGDSLPEGTVAYFDENDQLQQASVHSLVAGKKVVLFGVPGAFTPTCSTKHVPGFI 60
           MAP+AVGD+LP+G + +FD  D+LQQ SVH L AGKKVVLFGVPGAFTPTCS +HVPGFI
Sbjct: 1   MAPVAVGDTLPDGQLGWFDGEDKLQQVSVHGLAAGKKVVLFGVPGAFTPTCSNQHVPGFI 60

Query: 61  EKSGDLKAKGVNDILLISVNDPFVMKAWSKTYPENKDVKFLADGSAAYTHALGLELDLSE 120
            ++  LKAKGV+DILL+SVNDPFVMKAW+K+YPENK VKFLADG   YT ALGLELDLSE
Sbjct: 61  NQAEQLKAKGVDDILLVSVNDPFVMKAWAKSYPENKHVKFLADGLGTYTKALGLELDLSE 120

Query: 121 KGLGIRSKRFALLVDNLK 139
           KGLGIRS+RFALL DNLK
Sbjct: 121 KGLGIRSRRFALLADNLK 138

[Close]
BLAST of CmaCh11G006210 vs. Swiss-Prot
Match: PRX2D_ARATH (Peroxiredoxin-2D OS=Arabidopsis thaliana GN=PRXIID PE=1 SV=2)

HSP 1 Score: 224.9 bits (572), Expect = 8.4e-58
Identity = 103/144 (71.53%), Postives = 122/144 (84.72%), Query Frame = 1 

Query: 1   MAPIAVGDSLPEGTVAYFDENDQLQQASVHSLVAGKKVVLFGVPGAFTPTCSTKHVPGFI 60
           MAPI VGD +P+GT+++FDENDQLQ  SVHS+ AGKKV+LFGVPGAFTPTCS  HVPGFI
Sbjct: 1   MAPITVGDVVPDGTISFFDENDQLQTVSVHSIAAGKKVILFGVPGAFTPTCSMSHVPGFI 60

Query: 61  EKSGDLKAKGVNDILLISVNDPFVMKAWSKTYPENKDVKFLADGSAAYTHALGLELDLSE 120
            K+ +LK+KG+++I+  SVNDPFVMKAW KTY ENK VKF+ADGS  YTH LGLELDL +
Sbjct: 61  GKAEELKSKGIDEIICFSVNDPFVMKAWGKTYQENKHVKFVADGSGEYTHLLGLELDLKD 120

Query: 121 KGLGIRSKRFALLVDNLKDYIPTV 145
           KGLGIRS+RFALL+DNLK  +  V
Sbjct: 121 KGLGIRSRRFALLLDNLKVTVANV 144

[Close]
BLAST of CmaCh11G006210 vs. Swiss-Prot
Match: PRX2A_ARATH (Peroxiredoxin-2A OS=Arabidopsis thaliana GN=PRXIIA PE=1 SV=1)

HSP 1 Score: 178.3 bits (451), Expect = 9.0e-44
Identity = 85/144 (59.03%), Postives = 112/144 (77.78%), Query Frame = 1 

Query: 1   MAPIAVGDSLPEGTVAYFDENDQLQQASVHSLVAGKKVVLFGVPGAFTPTCSTKHVPGFI 60
           MAPI VGD +P+G++++FD++DQLQ  SVHSL AGKKV+LFGVPGAF PTCS  HV GFI
Sbjct: 1   MAPIDVGDFVPDGSISFFDDDDQLQTVSVHSLAAGKKVILFGVPGAFPPTCSMNHVNGFI 60

Query: 61  EKSGDLKAKGVNDILLISVNDPFVMKAWSKTYPENKDVKFLADGSAAYTHALGLELDLSE 120
           EK+ +LK+ GV++I+ +S +DPF++ A S    ENK VKF+ DGS  Y   LGLEL++ +
Sbjct: 61  EKAEELKSNGVDEIICLSGDDPFMITACS----ENKHVKFVEDGSGEYIQLLGLELEVKD 120

Query: 121 KGLGIRSKRFALLVDNLKDYIPTV 145
           KGLG+RS+ FALL+DNLK  +  V
Sbjct: 121 KGLGVRSRGFALLLDNLKVIVVNV 140

[Close]
BLAST of CmaCh11G006210 vs. TrEMBL
Match: D7TBK8_VITVI (Peroxiredoxin OS=Vitis vinifera GN=Prx PE=2 SV=1)

HSP 1 Score: 252.3 bits (643), Expect = 5.5e-64
Identity = 117/144 (81.25%), Postives = 134/144 (93.06%), Query Frame = 1 

Query: 1   MAPIAVGDSLPEGTVAYFDENDQLQQASVHSLVAGKKVVLFGVPGAFTPTCSTKHVPGFI 60
           MAPIAVGD +P+GT+AYFDE DQLQQASVHSL AGKKV++FGVPGAFTPTCS KHVPGFI
Sbjct: 1   MAPIAVGDVIPDGTLAYFDEQDQLQQASVHSLAAGKKVIIFGVPGAFTPTCSVKHVPGFI 60

Query: 61  EKSGDLKAKGVNDILLISVNDPFVMKAWSKTYPENKDVKFLADGSAAYTHALGLELDLSE 120
           EK+G+LK+KG+++ILL+SVNDPFVMKAW+KTYP+NKDVKFLADGSA YTHALGLELDLSE
Sbjct: 61  EKAGELKSKGIDEILLVSVNDPFVMKAWAKTYPDNKDVKFLADGSATYTHALGLELDLSE 120

Query: 121 KGLGIRSKRFALLVDNLKDYIPTV 145
           KGLG RS+RFALLVD+LK  +  V
Sbjct: 121 KGLGTRSRRFALLVDDLKVKVANV 144

[Close]
BLAST of CmaCh11G006210 vs. TrEMBL
Match: A5ARL2_VITVI (Putative uncharacterized protein OS=Vitis vinifera GN=VITISV_023716 PE=4 SV=1)

HSP 1 Score: 251.1 bits (640), Expect = 1.2e-63
Identity = 117/144 (81.25%), Postives = 133/144 (92.36%), Query Frame = 1 

Query: 1   MAPIAVGDSLPEGTVAYFDENDQLQQASVHSLVAGKKVVLFGVPGAFTPTCSTKHVPGFI 60
           MAPIAVGD +P+GT+AYFDE DQLQQASVHSL AGKKV+ FGVPGAFTPTCS KHVPGFI
Sbjct: 1   MAPIAVGDVIPDGTLAYFDEQDQLQQASVHSLAAGKKVIXFGVPGAFTPTCSVKHVPGFI 60

Query: 61  EKSGDLKAKGVNDILLISVNDPFVMKAWSKTYPENKDVKFLADGSAAYTHALGLELDLSE 120
           EK+G+LK+KG+++ILL+SVNDPFVMKAW+KTYP+NKDVKFLADGSA YTHALGLELDLSE
Sbjct: 61  EKAGELKSKGIDEILLVSVNDPFVMKAWAKTYPDNKDVKFLADGSATYTHALGLELDLSE 120

Query: 121 KGLGIRSKRFALLVDNLKDYIPTV 145
           KGLG RS+RFALLVD+LK  +  V
Sbjct: 121 KGLGTRSRRFALLVDDLKVKVANV 144

[Close]
BLAST of CmaCh11G006210 vs. TrEMBL
Match: A0A0A0M3L3_CUCSA (Uncharacterized protein OS=Cucumis sativus GN=Csa_1G696490 PE=4 SV=1)

HSP 1 Score: 246.9 bits (629), Expect = 2.3e-62
Identity = 116/138 (84.06%), Postives = 131/138 (94.93%), Query Frame = 1 

Query: 1   MAPIAVGDSLPEGTVAYFDENDQLQQASVHSLVAGKKVVLFGVPGAFTPTCSTKHVPGFI 60
           MAPIAVGD+LP+GT+AYFD++DQLQQAS+HSL +GKKVVLFGVPGAFTPTCS KHVPGFI
Sbjct: 1   MAPIAVGDTLPDGTLAYFDQDDQLQQASMHSLASGKKVVLFGVPGAFTPTCSMKHVPGFI 60

Query: 61  EKSGDLKAKGVNDILLISVNDPFVMKAWSKTYPENKDVKFLADGSAAYTHALGLELDLSE 120
           E    LKAKG+++ILLISVNDPFVMKAW+KTYPENK VKFLADGSAAYTHALGLELDLSE
Sbjct: 61  ESGDKLKAKGIDEILLISVNDPFVMKAWAKTYPENKHVKFLADGSAAYTHALGLELDLSE 120

Query: 121 KGLGIRSKRFALLVDNLK 139
           KGLG+RSKRF+LLVD+L+
Sbjct: 121 KGLGVRSKRFSLLVDSLR 138

[Close]
BLAST of CmaCh11G006210 vs. TrEMBL
Match: D3Y4I0_BRUGY (Type II peroxiredoxin OS=Bruguiera gymnorhiza PE=2 SV=1)

HSP 1 Score: 244.2 bits (622), Expect = 1.5e-61
Identity = 115/138 (83.33%), Postives = 128/138 (92.75%), Query Frame = 1 

Query: 1   MAPIAVGDSLPEGTVAYFDENDQLQQASVHSLVAGKKVVLFGVPGAFTPTCSTKHVPGFI 60
           MAPIAVGD LPEGT+AYFDE+D+LQQAS+HSL AGKKVV+ GVPGAFTPTCS KHVPGFI
Sbjct: 1   MAPIAVGDKLPEGTLAYFDEDDELQQASIHSLAAGKKVVVIGVPGAFTPTCSLKHVPGFI 60

Query: 61  EKSGDLKAKGVNDILLISVNDPFVMKAWSKTYPENKDVKFLADGSAAYTHALGLELDLSE 120
           EK+ DLK+KG+ +I+ ISVNDPFVMKAWSKTYPENK VKFLADGSA YTHALGLELDL E
Sbjct: 61  EKADDLKSKGIAEIICISVNDPFVMKAWSKTYPENKHVKFLADGSATYTHALGLELDLKE 120

Query: 121 KGLGIRSKRFALLVDNLK 139
           KGLGIRS+RFALLVD+L+
Sbjct: 121 KGLGIRSRRFALLVDDLQ 138

[Close]
BLAST of CmaCh11G006210 vs. TrEMBL
Match: B9ILP9_POPTR (Peroxiredoxin family protein OS=Populus trichocarpa GN=POPTR_0018s09030g PE=4 SV=1)

HSP 1 Score: 243.0 bits (619), Expect = 3.3e-61
Identity = 115/138 (83.33%), Postives = 127/138 (92.03%), Query Frame = 1 

Query: 1   MAPIAVGDSLPEGTVAYFDENDQLQQASVHSLVAGKKVVLFGVPGAFTPTCSTKHVPGFI 60
           MAPIAVGD LP+G +AYFDE DQLQ+ SVHSLVAGKKV+LFGVPGAFTPTCS KHVPGFI
Sbjct: 1   MAPIAVGDVLPDGKLAYFDEQDQLQEVSVHSLVAGKKVILFGVPGAFTPTCSLKHVPGFI 60

Query: 61  EKSGDLKAKGVNDILLISVNDPFVMKAWSKTYPENKDVKFLADGSAAYTHALGLELDLSE 120
           EK+G+LK+KGV +IL ISVNDPFVMKAW+K+YPENK VKFLADGSA YTHALGLELDL E
Sbjct: 61  EKAGELKSKGVTEILCISVNDPFVMKAWAKSYPENKHVKFLADGSATYTHALGLELDLQE 120

Query: 121 KGLGIRSKRFALLVDNLK 139
           KGLG RS+RFALLVD+LK
Sbjct: 121 KGLGTRSRRFALLVDDLK 138

[Close]
BLAST of CmaCh11G006210 vs. TAIR10
Match: AT1G65980.1 (AT1G65980.1 thioredoxin-dependent peroxidase 1)

HSP 1 Score: 234.6 bits (597), Expect = 6.0e-62
Identity = 108/144 (75.00%), Postives = 127/144 (88.19%), Query Frame = 1 

Query: 1   MAPIAVGDSLPEGTVAYFDENDQLQQASVHSLVAGKKVVLFGVPGAFTPTCSTKHVPGFI 60
           MAPIAVGD +P+GT+++FDENDQLQ ASVHSL AGKKV+LFGVPGAFTPTCS KHVPGFI
Sbjct: 1   MAPIAVGDVVPDGTISFFDENDQLQTASVHSLAAGKKVILFGVPGAFTPTCSMKHVPGFI 60

Query: 61  EKSGDLKAKGVNDILLISVNDPFVMKAWSKTYPENKDVKFLADGSAAYTHALGLELDLSE 120
           EK+ +LK+KGV++I+  SVNDPFVMKAW KTYPENK VKF+ADGS  YTH LGLELDL +
Sbjct: 61  EKAEELKSKGVDEIICFSVNDPFVMKAWGKTYPENKHVKFVADGSGEYTHLLGLELDLKD 120

Query: 121 KGLGIRSKRFALLVDNLKDYIPTV 145
           KGLG+RS+RFALL+D+LK  +  V
Sbjct: 121 KGLGVRSRRFALLLDDLKVTVANV 144

[Close]
BLAST of CmaCh11G006210 vs. TAIR10
Match: AT1G65970.1 (AT1G65970.1 thioredoxin-dependent peroxidase 2)

HSP 1 Score: 228.0 bits (580), Expect = 5.6e-60
Identity = 104/144 (72.22%), Postives = 123/144 (85.42%), Query Frame = 1 

Query: 1   MAPIAVGDSLPEGTVAYFDENDQLQQASVHSLVAGKKVVLFGVPGAFTPTCSTKHVPGFI 60
           MAPI VGD +P+GT+++FDENDQLQ  SVHS+ AGKKV+LFGVPGAFTPTCS  HVPGFI
Sbjct: 1   MAPITVGDVVPDGTISFFDENDQLQTVSVHSIAAGKKVILFGVPGAFTPTCSMSHVPGFI 60

Query: 61  EKSGDLKAKGVNDILLISVNDPFVMKAWSKTYPENKDVKFLADGSAAYTHALGLELDLSE 120
            K+ +LK+KG+++I+  SVNDPFVMKAW KTYPENK VKF+ADGS  YTH LGLELDL +
Sbjct: 61  GKAEELKSKGIDEIICFSVNDPFVMKAWGKTYPENKHVKFVADGSGEYTHLLGLELDLKD 120

Query: 121 KGLGIRSKRFALLVDNLKDYIPTV 145
           KGLGIRS+RFALL+DNLK  +  V
Sbjct: 121 KGLGIRSRRFALLLDNLKVTVANV 144

[Close]
BLAST of CmaCh11G006210 vs. TAIR10
Match: AT1G60740.1 (AT1G60740.1 Thioredoxin superfamily protein)

HSP 1 Score: 224.9 bits (572), Expect = 4.7e-59
Identity = 103/144 (71.53%), Postives = 122/144 (84.72%), Query Frame = 1 

Query: 1   MAPIAVGDSLPEGTVAYFDENDQLQQASVHSLVAGKKVVLFGVPGAFTPTCSTKHVPGFI 60
           MAPI VGD +P+GT+++FDENDQLQ  SVHS+ AGKKV+LFGVPGAFTPTCS  HVPGFI
Sbjct: 1   MAPITVGDVVPDGTISFFDENDQLQTVSVHSIAAGKKVILFGVPGAFTPTCSMSHVPGFI 60

Query: 61  EKSGDLKAKGVNDILLISVNDPFVMKAWSKTYPENKDVKFLADGSAAYTHALGLELDLSE 120
            K+ +LK+KG+++I+  SVNDPFVMKAW KTY ENK VKF+ADGS  YTH LGLELDL +
Sbjct: 61  GKAEELKSKGIDEIICFSVNDPFVMKAWGKTYQENKHVKFVADGSGEYTHLLGLELDLKD 120

Query: 121 KGLGIRSKRFALLVDNLKDYIPTV 145
           KGLGIRS+RFALL+DNLK  +  V
Sbjct: 121 KGLGIRSRRFALLLDNLKVTVANV 144

[Close]
BLAST of CmaCh11G006210 vs. TAIR10
Match: AT1G65990.1 (AT1G65990.1 type 2 peroxiredoxin-related / thiol specific antioxidant / mal allergen family protein)

HSP 1 Score: 178.3 bits (451), Expect = 5.1e-45
Identity = 85/144 (59.03%), Postives = 112/144 (77.78%), Query Frame = 1 

Query: 1   MAPIAVGDSLPEGTVAYFDENDQLQQASVHSLVAGKKVVLFGVPGAFTPTCSTKHVPGFI 60
           MAPI VGD +P+G++++FD++DQLQ  SVHSL AGKKV+LFGVPGAF PTCS  HV GFI
Sbjct: 1   MAPIDVGDFVPDGSISFFDDDDQLQTVSVHSLAAGKKVILFGVPGAFPPTCSMNHVNGFI 60

Query: 61  EKSGDLKAKGVNDILLISVNDPFVMKAWSKTYPENKDVKFLADGSAAYTHALGLELDLSE 120
           EK+ +LK+ GV++I+ +S +DPF++ A S    ENK VKF+ DGS  Y   LGLEL++ +
Sbjct: 61  EKAEELKSNGVDEIICLSGDDPFMITACS----ENKHVKFVEDGSGEYIQLLGLELEVKD 120

Query: 121 KGLGIRSKRFALLVDNLKDYIPTV 145
           KGLG+RS+ FALL+DNLK  +  V
Sbjct: 121 KGLGVRSRGFALLLDNLKVIVVNV 140

[Close]
BLAST of CmaCh11G006210 vs. TAIR10
Match: AT3G52960.1 (AT3G52960.1 Thioredoxin superfamily protein)

HSP 1 Score: 155.6 bits (392), Expect = 3.5e-38
Identity = 74/138 (53.62%), Postives = 102/138 (73.91%), Query Frame = 1 

Query: 2   APIAVGDSLPEGTVAYFDEND-QLQQASVHSLVAGKKVVLFGVPGAFTPTCSTKHVPGFI 61
           A I+VGD LP+ T++Y D +   ++  +V SL AGKK +LF VPGAFTPTCS KHVPGF+
Sbjct: 71  ASISVGDKLPDSTLSYLDPSTGDVKTVTVSSLTAGKKTILFAVPGAFTPTCSQKHVPGFV 130

Query: 62  EKSGDLKAKGVNDILLISVNDPFVMKAWSKTYPENKDVKFLADGSAAYTHALGLELDLSE 121
            K+G+L++KG++ I  ISVND FVM+AW K    N +V  L+DG+  +T  LG+ELDL +
Sbjct: 131 SKAGELRSKGIDVIACISVNDAFVMEAWRKDLGINDEVMLLSDGNGEFTGKLGVELDLRD 190

Query: 122 K--GLGIRSKRFALLVDN 137
           K  GLG+RS+R+A+L D+
Sbjct: 191 KPVGLGVRSRRYAILADD 208

[Close]
BLAST of CmaCh11G006210 vs. NCBI nr
Match: gi|526118089|ref|NP_001268191.1| (type II peroxiredoxin C [Vitis vinifera])

HSP 1 Score: 252.3 bits (643), Expect = 7.9e-64
Identity = 117/144 (81.25%), Postives = 134/144 (93.06%), Query Frame = 1 

Query: 1   MAPIAVGDSLPEGTVAYFDENDQLQQASVHSLVAGKKVVLFGVPGAFTPTCSTKHVPGFI 60
           MAPIAVGD +P+GT+AYFDE DQLQQASVHSL AGKKV++FGVPGAFTPTCS KHVPGFI
Sbjct: 1   MAPIAVGDVIPDGTLAYFDEQDQLQQASVHSLAAGKKVIIFGVPGAFTPTCSVKHVPGFI 60

Query: 61  EKSGDLKAKGVNDILLISVNDPFVMKAWSKTYPENKDVKFLADGSAAYTHALGLELDLSE 120
           EK+G+LK+KG+++ILL+SVNDPFVMKAW+KTYP+NKDVKFLADGSA YTHALGLELDLSE
Sbjct: 61  EKAGELKSKGIDEILLVSVNDPFVMKAWAKTYPDNKDVKFLADGSATYTHALGLELDLSE 120

Query: 121 KGLGIRSKRFALLVDNLKDYIPTV 145
           KGLG RS+RFALLVD+LK  +  V
Sbjct: 121 KGLGTRSRRFALLVDDLKVKVANV 144

[Close]
BLAST of CmaCh11G006210 vs. NCBI nr
Match: gi|147781540|emb|CAN73709.1| (hypothetical protein VITISV_023716 [Vitis vinifera])

HSP 1 Score: 251.1 bits (640), Expect = 1.8e-63
Identity = 117/144 (81.25%), Postives = 133/144 (92.36%), Query Frame = 1 

Query: 1   MAPIAVGDSLPEGTVAYFDENDQLQQASVHSLVAGKKVVLFGVPGAFTPTCSTKHVPGFI 60
           MAPIAVGD +P+GT+AYFDE DQLQQASVHSL AGKKV+ FGVPGAFTPTCS KHVPGFI
Sbjct: 1   MAPIAVGDVIPDGTLAYFDEQDQLQQASVHSLAAGKKVIXFGVPGAFTPTCSVKHVPGFI 60

Query: 61  EKSGDLKAKGVNDILLISVNDPFVMKAWSKTYPENKDVKFLADGSAAYTHALGLELDLSE 120
           EK+G+LK+KG+++ILL+SVNDPFVMKAW+KTYP+NKDVKFLADGSA YTHALGLELDLSE
Sbjct: 61  EKAGELKSKGIDEILLVSVNDPFVMKAWAKTYPDNKDVKFLADGSATYTHALGLELDLSE 120

Query: 121 KGLGIRSKRFALLVDNLKDYIPTV 145
           KGLG RS+RFALLVD+LK  +  V
Sbjct: 121 KGLGTRSRRFALLVDDLKVKVANV 144

[Close]
BLAST of CmaCh11G006210 vs. NCBI nr
Match: gi|659125546|ref|XP_008462740.1| (PREDICTED: peroxiredoxin-2B-like [Cucumis melo])

HSP 1 Score: 249.6 bits (636), Expect = 5.1e-63
Identity = 120/138 (86.96%), Postives = 129/138 (93.48%), Query Frame = 1 

Query: 1   MAPIAVGDSLPEGTVAYFDENDQLQQASVHSLVAGKKVVLFGVPGAFTPTCSTKHVPGFI 60
           MAPIAVGD+LP+G VAYFDE DQLQQ+S+HSL AGKKVVLFGVPGAFTPTCS KHVPGFI
Sbjct: 1   MAPIAVGDTLPDGMVAYFDEEDQLQQSSIHSLAAGKKVVLFGVPGAFTPTCSLKHVPGFI 60

Query: 61  EKSGDLKAKGVNDILLISVNDPFVMKAWSKTYPENKDVKFLADGSAAYTHALGLELDLSE 120
           E    LKAKG++DILLISVNDPFVMKAW+KTYPENK VKFLADGSAAYTHALGLELDLSE
Sbjct: 61  ENGDVLKAKGIDDILLISVNDPFVMKAWAKTYPENKHVKFLADGSAAYTHALGLELDLSE 120

Query: 121 KGLGIRSKRFALLVDNLK 139
           KGLGIRSKRF+LLVD+LK
Sbjct: 121 KGLGIRSKRFSLLVDDLK 138

[Close]
BLAST of CmaCh11G006210 vs. NCBI nr
Match: gi|449449525|ref|XP_004142515.1| (PREDICTED: peroxiredoxin-2B-like [Cucumis sativus])

HSP 1 Score: 246.9 bits (629), Expect = 3.3e-62
Identity = 116/138 (84.06%), Postives = 131/138 (94.93%), Query Frame = 1 

Query: 1   MAPIAVGDSLPEGTVAYFDENDQLQQASVHSLVAGKKVVLFGVPGAFTPTCSTKHVPGFI 60
           MAPIAVGD+LP+GT+AYFD++DQLQQAS+HSL +GKKVVLFGVPGAFTPTCS KHVPGFI
Sbjct: 1   MAPIAVGDTLPDGTLAYFDQDDQLQQASMHSLASGKKVVLFGVPGAFTPTCSMKHVPGFI 60

Query: 61  EKSGDLKAKGVNDILLISVNDPFVMKAWSKTYPENKDVKFLADGSAAYTHALGLELDLSE 120
           E    LKAKG+++ILLISVNDPFVMKAW+KTYPENK VKFLADGSAAYTHALGLELDLSE
Sbjct: 61  ESGDKLKAKGIDEILLISVNDPFVMKAWAKTYPENKHVKFLADGSAAYTHALGLELDLSE 120

Query: 121 KGLGIRSKRFALLVDNLK 139
           KGLG+RSKRF+LLVD+L+
Sbjct: 121 KGLGVRSKRFSLLVDSLR 138

[Close]
BLAST of CmaCh11G006210 vs. NCBI nr
Match: gi|1009160361|ref|XP_015898308.1| (PREDICTED: peroxiredoxin-2B [Ziziphus jujuba])

HSP 1 Score: 245.4 bits (625), Expect = 9.6e-62
Identity = 113/138 (81.88%), Postives = 130/138 (94.20%), Query Frame = 1 

Query: 1   MAPIAVGDSLPEGTVAYFDENDQLQQASVHSLVAGKKVVLFGVPGAFTPTCSTKHVPGFI 60
           MAPIAVGDSLP+GTV+YFD+NDQLQ  SVHSL AGKKV+LFGVPGAFTPTCS KHVPGF+
Sbjct: 1   MAPIAVGDSLPDGTVSYFDDNDQLQSVSVHSLTAGKKVILFGVPGAFTPTCSLKHVPGFV 60

Query: 61  EKSGDLKAKGVNDILLISVNDPFVMKAWSKTYPENKDVKFLADGSAAYTHALGLELDLSE 120
           EKS +LK+KG+++ILL+SVNDPFVMKAW+KTYPEN+ VKFLADG+  YTHALGLELDLSE
Sbjct: 61  EKSEELKSKGIDEILLLSVNDPFVMKAWAKTYPENQHVKFLADGAGKYTHALGLELDLSE 120

Query: 121 KGLGIRSKRFALLVDNLK 139
           KGLG+RS+RFALLVD+LK
Sbjct: 121 KGLGVRSRRFALLVDDLK 138

The following BLAST results are available for this feature:
BLAST of CmaCh11G006210 vs. Swiss-Prot
Match NameE-valueIdentityDescription
PRX2B_ARATH1.1e-6075.00Peroxiredoxin-2B OS=Arabidopsis thaliana GN=PRXIIB PE=1 SV=1[more]
PRX2C_ARATH9.9e-5972.22Peroxiredoxin-2C OS=Arabidopsis thaliana GN=PRXIIC PE=1 SV=1[more]
PRX2C_ORYSJ1.7e-5877.54Peroxiredoxin-2C OS=Oryza sativa subsp. japonica GN=PRXIIC PE=1 SV=1[more]
PRX2D_ARATH8.4e-5871.53Peroxiredoxin-2D OS=Arabidopsis thaliana GN=PRXIID PE=1 SV=2[more]
PRX2A_ARATH9.0e-4459.03Peroxiredoxin-2A OS=Arabidopsis thaliana GN=PRXIIA PE=1 SV=1[more]
BLAST of CmaCh11G006210 vs. TrEMBL
Match NameE-valueIdentityDescription
D7TBK8_VITVI5.5e-6481.25Peroxiredoxin OS=Vitis vinifera GN=Prx PE=2 SV=1[more]
A5ARL2_VITVI1.2e-6381.25Putative uncharacterized protein OS=Vitis vinifera GN=VITISV_023716 PE=4 SV=1[more]
A0A0A0M3L3_CUCSA2.3e-6284.06Uncharacterized protein OS=Cucumis sativus GN=Csa_1G696490 PE=4 SV=1[more]
D3Y4I0_BRUGY1.5e-6183.33Type II peroxiredoxin OS=Bruguiera gymnorhiza PE=2 SV=1[more]
B9ILP9_POPTR3.3e-6183.33Peroxiredoxin family protein OS=Populus trichocarpa GN=POPTR_0018s09030g PE=4 SV... [more]
BLAST of CmaCh11G006210 vs. TAIR10
Match NameE-valueIdentityDescription
AT1G65980.16.0e-6275.00 thioredoxin-dependent peroxidase 1[more]
AT1G65970.15.6e-6072.22 thioredoxin-dependent peroxidase 2[more]
AT1G60740.14.7e-5971.53 Thioredoxin superfamily protein[more]
AT1G65990.15.1e-4559.03 type 2 peroxiredoxin-related / thiol specific antioxidant / mal alle... [more]
AT3G52960.13.5e-3853.62 Thioredoxin superfamily protein[more]
BLAST of CmaCh11G006210 vs. NCBI nr
Match NameE-valueIdentityDescription
gi|526118089|ref|NP_001268191.1|7.9e-6481.25type II peroxiredoxin C [Vitis vinifera][more]
gi|147781540|emb|CAN73709.1|1.8e-6381.25hypothetical protein VITISV_023716 [Vitis vinifera][more]
gi|659125546|ref|XP_008462740.1|5.1e-6386.96PREDICTED: peroxiredoxin-2B-like [Cucumis melo][more]
gi|449449525|ref|XP_004142515.1|3.3e-6284.06PREDICTED: peroxiredoxin-2B-like [Cucumis sativus][more]
gi|1009160361|ref|XP_015898308.1|9.6e-6281.88PREDICTED: peroxiredoxin-2B [Ziziphus jujuba][more]
Annotated Terms
The following terms have been associated with this gene:
Vocabulary: INTERPRO
TermDefinition
IPR012336Thioredoxin-like_fold
IPR013740Redoxin
IPR013766Thioredoxin_domain
IPR027417P-loop_NTPase
Vocabulary: Molecular Function
TermDefinition
GO:0016491oxidoreductase activity
Vocabulary: Biological Process
TermDefinition
GO:0045454cell redox homeostasis
GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0045454 cell redox homeostasis
biological_process GO:0055114 oxidation-reduction process
biological_process GO:0006979 response to oxidative stress
biological_process GO:0007264 small GTPase mediated signal transduction
cellular_component GO:0005575 cellular_component
cellular_component GO:0005622 intracellular
molecular_function GO:0004601 peroxidase activity
molecular_function GO:0051920 peroxiredoxin activity
molecular_function GO:0016491 oxidoreductase activity
molecular_function GO:0003924 GTPase activity
molecular_function GO:0005525 GTP binding
Relationships

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

Feature NameUnique NameType
CmaCh11G006210.1CmaCh11G006210.1mRNA


InterPro
Analysis Name: InterPro Annotations of Cucurbita maxima
Date Performed: 2017-05-20
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR012336Thioredoxin-like foldGENE3DG3DSA:3.40.30.10coord: 1..138
score: 2.2
IPR012336Thioredoxin-like foldunknownSSF52833Thioredoxin-likecoord: 1..148
score: 5.52
IPR013740RedoxinPFAMPF08534Redoxincoord: 6..136
score: 2.1
IPR013766Thioredoxin domainPROFILEPS51352THIOREDOXIN_2coord: 4..182
score: 9
IPR027417P-loop containing nucleoside triphosphate hydrolaseGENE3DG3DSA:3.40.50.300coord: 169..211
score: 2.8E-6coord: 139..168
score: 1.
IPR027417P-loop containing nucleoside triphosphate hydrolaseunknownSSF52540P-loop containing nucleoside triphosphate hydrolasescoord: 138..212
score: 1.5
NoneNo IPR availablePANTHERPTHR10430PEROXIREDOXINcoord: 1..138
score: 3.4
NoneNo IPR availableSMARTSM00174rho_sub_3coord: 138..217
score: 1.

Synteny
The following gene(s) are orthologous to this gene:
GeneOrthologueOrganismBlock
CmaCh11G006210Cla004094Watermelon (97103) v1cmawmB137
CmaCh11G006210MELO3C024691Melon (DHL92) v3.5.1cmameB111
CmaCh11G006210ClCG06G008790Watermelon (Charleston Gray)cmawcgB128
CmaCh11G006210CmoCh11G006290Cucurbita moschata (Rifu)cmacmoB112
CmaCh11G006210Lsi06G008520Bottle gourd (USVL1VR-Ls)cmalsiB145
CmaCh11G006210Lsi11G002500Bottle gourd (USVL1VR-Ls)cmalsiB102
CmaCh11G006210Cp4.1LG04g10170Cucurbita pepo (Zucchini)cmacpeB153
CmaCh11G006210MELO3C024690.2Melon (DHL92) v3.6.1cmamedB120
CmaCh11G006210MELO3C004568.2Melon (DHL92) v3.6.1cmamedB141
CmaCh11G006210CsaV3_2G002140Cucumber (Chinese Long) v3cmacucB0135
CmaCh11G006210Cla97C11G208770Watermelon (97103) v2cmawmbB100
CmaCh11G006210Cla97C06G118540Watermelon (97103) v2cmawmbB132
CmaCh11G006210Bhi02G000982Wax gourdcmawgoB0172
CmaCh11G006210Bhi06G001713Wax gourdcmawgoB0104
CmaCh11G006210CsGy2G001050Cucumber (Gy14) v2cgybcmaB163
CmaCh11G006210Carg12212Silver-seed gourdcarcmaB0047
The following gene(s) are paralogous to this gene:

None

The following block(s) are covering this gene:
GeneOrganismBlock
CmaCh11G006210Cucurbita maxima (Rimu)cmacmaB072
CmaCh11G006210Cucurbita maxima (Rimu)cmacmaB122
CmaCh11G006210Cucurbita maxima (Rimu)cmacmaB137
CmaCh11G006210Cucurbita maxima (Rimu)cmacmaB166
CmaCh11G006210Cucumber (Gy14) v1cgycmaB0284
CmaCh11G006210Cucumber (Gy14) v1cgycmaB0978
CmaCh11G006210Cucurbita moschata (Rifu)cmacmoB099
CmaCh11G006210Cucurbita moschata (Rifu)cmacmoB121
CmaCh11G006210Cucurbita moschata (Rifu)cmacmoB134
CmaCh11G006210Cucurbita moschata (Rifu)cmacmoB159
CmaCh11G006210Wild cucumber (PI 183967)cmacpiB116
CmaCh11G006210Wild cucumber (PI 183967)cmacpiB147
CmaCh11G006210Cucumber (Chinese Long) v2cmacuB119
CmaCh11G006210Cucumber (Chinese Long) v2cmacuB150
CmaCh11G006210Melon (DHL92) v3.5.1cmameB105
CmaCh11G006210Melon (DHL92) v3.5.1cmameB129
CmaCh11G006210Watermelon (Charleston Gray)cmawcgB085
CmaCh11G006210Watermelon (Charleston Gray)cmawcgB092
CmaCh11G006210Watermelon (97103) v1cmawmB087
CmaCh11G006210Watermelon (97103) v1cmawmB132
CmaCh11G006210Cucurbita pepo (Zucchini)cmacpeB107
CmaCh11G006210Cucurbita pepo (Zucchini)cmacpeB132
CmaCh11G006210Cucurbita pepo (Zucchini)cmacpeB161
CmaCh11G006210Bottle gourd (USVL1VR-Ls)cmalsiB150
CmaCh11G006210Melon (DHL92) v3.6.1cmamedB115
CmaCh11G006210Melon (DHL92) v3.6.1cmamedB136
CmaCh11G006210Silver-seed gourdcarcmaB0169
CmaCh11G006210Silver-seed gourdcarcmaB0270
CmaCh11G006210Silver-seed gourdcarcmaB0795
CmaCh11G006210Silver-seed gourdcarcmaB1235
CmaCh11G006210Silver-seed gourdcarcmaB1417
CmaCh11G006210Cucumber (Chinese Long) v3cmacucB0105
CmaCh11G006210Cucumber (Chinese Long) v3cmacucB0150
CmaCh11G006210Cucumber (Chinese Long) v3cmacucB0175
CmaCh11G006210Watermelon (97103) v2cmawmbB144
CmaCh11G006210Watermelon (97103) v2cmawmbB159
CmaCh11G006210Wax gourdcmawgoB0113
CmaCh11G006210Wax gourdcmawgoB0150