CmaCh05G006160 (gene) Cucurbita maxima (Rimu) v1.1

Overview


Name	CmaCh05G006160
Type	gene
Organism	Cucurbita maxima (Cucurbita maxima (Rimu) v1.1)
Description	Proteasome subunit beta
Location	Cma_Chr05: 3091084 .. 3099525 (-)
RNA-Seq Expression	CmaCh05G006160
Synteny	CmaCh05G006160

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.

ATGGCGATGGTGAAATGCATCCATGTATGGGTTTTTTAAAATAAAATAAATAAATAATTAATTATAAGTTTAGATTTTTTTAATAAATAAAAAATTTTATAAATTGAGTGAAAATTACTGATATAACGATTATATAATTTGGTTATTTTTTATTTTTAAAGATCAAAATTTTAGCATTTAAAAAAATAATTATTATAAATATATTTTATAATAAAGAAAACAAACCTATGGATGTATGATAAAAGGACATGCATATGCATGAATGGGAGTGGCATCCATGGCGCCACAGGTTTCCGTTTCGGGAAGACATTGACTATAAATTCATCATCTTCTTCAAGCTCCAGCCGCGCAGAATCAGAGCCATAAGAAGAAGAGACAGTGGCAGAGAGAAACGCCCTAATTTTTCTTCTCTTCAGCTAAACGCGAATCCGTTTAGCCTCTTCGTTTCTCTCCTGCCTTCTGCTATATAAGTTTTCGGCTCTCTCTCAAGTGGAGCAGAGGAATTCATTTGTTTAAACTCGTCGGAGTTCTTGTAAGCATCGGCCTCTCATTTTCTGTTCTCCTCATTTCTGCGTTTTCGAATCGAATGATGTGATTATTCTCGCTGGAGAGGTTTTCGAGTGGATTTTGTGTTCTGTCTTGCGATAAATCTATTGTTATTTTGTCTGTTTATTTTTTGGTTTGGAATTTGTTCTGGCGAGAAGGATTTCGAGTAGTCGACGAGCTTAAATTTGAATGAATTTGTTGATTTAATCGAGGGAGGACTAAATCATTTAGAACAGAACAAGACGAAGGACTTTAGGAATTCTTGTCCTAATTGATTTATTTTCGGGAAAATTGTTCTTGCAGGACGTCAATTTAATCATGGTTCTTTGGGTGTTTGGCTATGGATCTCTTGTGTGGAATCCGGGATTCGATTTCGATGAGAAAATGATGGGTTTCATTAGAGATTATAGGCGTGTATTCGACCTTGGTGAGTTTCTTCCTCTCGACATTCGAATTCGTTAATGGCAACAAAAGTTTTCTAATATCTCATTTCCCATTCTACAGCTTGTATTGATCATAGAGGTACACCTGAAAATCCTGCTAGAACTCTCACGCTGGAACCTAAAGAAGGATCAATTTGCGTAAGTTCTAAATCCATATTCATTTTCTATAATGGAAGAATTTTCATAACCTTACCTAATTAGCATTATTTCTTTCTGTCAGTGGGGTGCTGCATATTGCATCCGTGGAGGTCCTGAAAAAGAGAAAGAGGCCATGGAGGTATTCCCCTCAAATTTGTCTTGATTTCACTAAAAGCCAGAATTTATTCCCTTACCCTTTGTCTTTTGCAATATAGTATCTGGAGAGGAGAGAATGCGAGTATGATCAAAAGACTATTGTAGACTTCTACAAGGTAATGCTAAGGCCATATGGAAGAGCTTGCTTCATTATTGGGTGTGTTCCGTTTGTCGTGTTCTTATTTTCGATCCGTTTCCTTTGTTGATTCAGGATGAAGGCTCCATGGAACCCACATTGACAGGAGTTCTTGTGTAAGCTTAAACATGTCACTTTTGTTCAAATTCTTACATGGGACTGGTTGAACAAGAACATGAACGTTTCTGTTTTCTTGATCTGATAAATTTCATGTTTATATATGCAGTTTTACATCTACACCTGATAAATTACTGAACAAATACTATCTAGGACCTGCTCCCTTGGAGCAAATGGCTAGGTAATGGCTAGGTTTACCACTGTGCTTTCAATGTTTTATACCTCCCCTGAAATGGGTTCTTTCTAAATCGTTTATTTACTCACTTTTCAGCCAAATTGCAACTGCTTCTGGTCCATGTGGGAACAATAGAGACTATCTATTTCGGTTAGAGAAGGCCTTGTTCGATATCGGTAACGATCCAGTTCTTTGATTATAATTGAGTTCTAAGTTGATTGTACCAGCTACATTTGAGTTTGAAATTGAGTATCTGCATAACTGATCAGGCCACGAAGAAGATATGGTGATCGAGCTTGCGAACGAAGTGAGGAATGTCCTTGGGAAGGTCGGAAAGAAGAAGCTTATTGGGCCGACGACCCACCTGCCTTTCATGTCCTTCATCTCAGGAGTTCAGGTGCATCCTCTGGCAGAAGCAGCTGTGGCCATAGATTCTTAGAAAAGACGGAGAGATTGGTTGAGTAAGCTAACTGAAGATCATTTGGATTGATAGACTGCCACTTCTTTGATTCACTTATGATTTCCCTCGCTGTTTCTGATATGACCCAATAGAGTTGTTCTTCCTCTGCGTCTTAGAGCTTAGCTTTAGACCATTTTTAGAGATTTAAGATTGAAGAATGGTAGAGAATGAGTTACTTCGCTAACGGTGAGTTTACACAGTATTTTATGAATCTTACTTTATCACTTGAATACGAAATCAAATAACTAGTTGTTTTGGAGTTTTTCATTTTGTTTATAGTAATCTCCATACTAAACAAGAACTTAAGTCAAATATAGTAATAGTAATGATTGCAAGCACCTGTTTTTAGTCCGAGTCAAATATATTAATGGTTCCAAGCACCTCTTAAATATAGTGATGATTCAAAGTAACTCTTTTTAGTTTGAATCAAATATGGTAATAATTCCAAGCTTCTTTTTACACTATTTAGGAAACTCAAATACAAAAGTTAATCAAATAGTCAACTGATACACAATTTAGAGTGAGTAAACAGAATTTCATACTCGATCTCATAGATACATATATAATTTTGTGGAACTATGTAGATTTGGAGGAGATCTTTCATATCTTCTAAGATCCAAAAGAAAACTGATTCTTGAACCCTTTTCAATGAATGGTGGCTTAAGAAGCATTCAAAGTTCACTGCAATATCCAAAATCTTTGCATTCAACGTTCATTGCAATATTCAAAATCTTCGCACTCAACTTTCACTGTAATATCCAAAATCTTCGCACTCAACTTTCACTGTAATATCCAAAATTTTCGCACTCAACTTTCACTGTAATCTTCACAATAAAGCAGTTAATGACTAAATTTTATAATAAATTATAATTAATTAAAAGATTATAACTTTTATGATTATCAATACAAGAGCTAATTGTAGCATATAATCTTAGAGATAATTTTCTAAAATTTTAAAAATATAATAAAACCTATTTACATCTAAACAATTTAATTATATTTTGGGTAATTAGTATATTTTAAAAATATAATAAAACCTATTTACATCTAGAAGACACCTATATATCTAAGGCCACAGATGCCTTAGCTAGTATTGGAAGTAGATAATTAGTATATTTTGGGTAAAAAGATTAAACTTAAAATTCACATTTTTAATTATATTATATAATAATTCTCACTTTAATTTAAAATGAGAAATTTATGGTTTAATCTTTTTAAAATAAATAAAAAAAGATTTATACTTTTTATTCATTGGAGAAGAAATGTGATTTAGGGTTTAATTTTGTGGTTTATTGGAAAATCAATATTTTCACAATTAATTTTGGGGACTACCATTATGGGCCGTCATAAAGCCCAAATCGATATATACCCACAAAGGCTTTGGACTTTAACTCGGAGCCCAATTTTGTAGCTTGGCCCAAAACATAACGAGCAAAAGGAAAAAAAAACAAAAAGAAAAGAAAAAGAAAAAGAAAAACTACTTGATCGAGAAGTAAGGTCGAAGAACAAAAGCCCCCAACACCAAAATCGAGCTCTTTCATTCTCCGGCAATACGTCCTCTTTCACGACCGTATTTGAATTTCGCTCTGGTTTCTTTCGAGTAGCTTCTCACCGCCATGGATCTCAATATGGATCTTAATGCTCCTCACTCCATGGGTACCACCATCATCGGCGTCACATACGACGGCGGCGTTGTCCTCGGCGCCGATTCTCGTACCAGCACTGGTAAATTTATCGTAGTTTCTTAAAGAGATGTCCGAAATGATTAAATTCAATTGGAGGAAAAGTAGTAATAATTTGTCTCTTTGTCGAACTGGGAAGAAAATCATTTTGTATCCATCACATTCGGAATCTAGCTTAGCTTTGTTGTTTCGAGTTCTTATGAGTAGGTAATCATTGAAAGAGTTCATTTCTCGTGTTGTTCACCCCCTCTCCCCTGAATGGGCAAATAGCGAGAGTAATTGAGTGGATTTCGTTGTTGGTTGGATTTTCTTCATGTGAATCTTCTGCATTTGTTGGTCTTTTCAAGCATAGCTGCTTAATATGACGAGCTTTAGGGAATACCAATTGTCCGTTACAGTGATGGGTTCTGAAAAATTATGTAATCTAGTGGAGGGGGATGCACGAAGAGTTTTTAAACTCATCTCCCAAGCAATCATCAATAACCTGTTTACATATTAAATGGAAAAATTAATCTCAGTTCGTTTGTTTTCATCCACTTTTTCCCTCTTTGCGTGCTTTCTTGTGCTGCATTGATGTTTATATTTTTTTTAATTGTTCTTGTGATAGGTGTTTATGTGGCTAATCGTGCATCTGACAAAATTACAAAGCTTACTGACAATGTCTATGTTTGTCGGTCTGGCTCGGTATTTCCATTTCTGTTCTCAATTTTTTCCTTCAACTTCTTGTTCTAGAATTAAGATGTCAGAAAATCTCTCAGTTCATGGGTGTTTGCTATTGTTTCATAAATGTCTTATTTTGTGCCTCTTGCAGGCTGCAGATTCTCAAATTGTCTCTGATTACGTGCGTCATTTCCTTCATCAGCATACGTGAGTGCTTTAATTATTGGCGGTGTTATGTTGCAAATTTGAATCTGTAGGTTAATTATAACTCGATCACTTTGAGCAATTTTCTTTCATTGTTTGTGATGAATTTTGGAAGATTGGATCTGCTAGCAAGTGCATTTCTTTTTGTCTGTTTTCTCAGTGAGTTTAAAAACTGTTGGAAAGAGTTGAAAATTCTTTACTTTATTCCGGTGTATAAATCAATTACTAAGGTGTTGGAGGAAGAAGCACGATGATTTATTTAAGCACAATGATTTATTTTTCTGTCACTTGATACGATAACAAGCCGTTATGTTAACTAGCTTGATGAGTTCTGGGGATTATTGTTATAACTCTAGATATGCTTGATCTGATGGGAATTTGTACTTCGGATCATTAAAGATGGTGTTTATTTAGAACTTCTCTTGGCAACTGTACTTGTTTATACATCCCCTACGAACTGTCTGAAGATATGCTGTTATTGGTAATTGTAATACAGTTGGTTCTTTTTAATCCTAAATTGCTCTTACTACCTCCGTTTCATTATTGTCTCTTTGCTGATATGTCAACCTAAAGACGGTTGTTACTCATTCTGATTTCTGGTTTCAGTTTTCATCATTAACAAGTTATTTGATATAAATGAGGAAGCCGCTTGAATTTATGTGCGAGTTTTTTCCTGTCGAGTTCTTTCTTATTATGTATTATTTTTTATGCACAGGATACAGCTTGGCCAGCCTGCGACTGTTAAAGTGGCTGCAAACCTTGTTAGGCTATTAGCATATAACAACAAGGTAGGAGCTCATATTAGTTTGTTCAAAAGTATCCTCATAAAAAATGTATGGATAGCAATTTTGGATAAGAAACGATACAATTCATTGAAACAGTACAAATTCCCCAACCCAGACAAGGAGATTGAAAAAATCTCTCCAATTGGCCAAAATTATGGAAACAGACTAATGACACAAGTGCCTAGCTGGAGAACAGAAACCTCTTTTCTATAGATTTATTTAGCAACCAGAGCTCGCAGAAAATAACCATAATCATATTGATCCACAGAACCATTCATTTTTCTCTGAGAGGGGGACTGCTTTAGGCCTGTTGTGTACATATTTTAGCCTTAATGATTGATAAGTCTTACCCTCTTTTTTGGAATAAAAGATAATTGTATTAAAATTTAAGTACAAATATGAGTTCAAAAGGGGAGGAGGAGGAGGAAACGTCCCAACTAGCTTTAGTAGATAAAAGGATAACTCTGCAATTGAGTAGAACATCATCACAGTTCCTTTCCTTTCTGTTCTTGTGTAATGAACATTTCAGAGTTTCATGTTAAAATAAAACGAGAAAGAGAGGAAAGGAAATGAATTAGGTCAAATATAAATAATGTATGGACATTTTAATACTGGAATTCACTTAGAATGAAGAACCCGTGACTTGTGAGACTGCACAAATTCGTATTCAGCCTTTATGTTTTCTTGAAAATGATTTGGAGCTTTTCATAAAAATTCGTTGTATTGTGTTTAGGATCATTACGGGTTGTTTATGAATTCAACACAAGTAAAGAATGAGAGATTTTCAGGGTTCTACTAAGCATCCACTTCTGTTTTTATTTTCTTTTATTTTCTAATTTTTATCTTAGTGTTTATTCATTCAAACAATCCAAAACAAAAACCATTGGATAGTTGTTTGATGGACTTTGATACATTCCTCTTTTAAAATTGTGGAAAAGATACTCACCCTTTGCTTTAATGTGGTTATGTGGGGTATCTGGGGACAGTGGGAGGAGGGTCTCTCTTCCTCTCTCTCTGAACCAGTTTTGTATGCGAGTGAAGTCACACCACTTAACTCCAATAAAATGTTCACAAGAGTGCTCTTTTCTTGCTATGTTCAAGTGAAGCTATATTCTTGTTTTTCTTATCCAAACTAAATACATGCTTTAATATCAATGCCGTTTCATTGAATGGGCAGGATATGTTACAAACTGGCCTTATTGTTGGTGGATGGGACAAGTATAACGGTGGTCGAATCTATGGTATTCCTCTTGGTGGAACAATAATAGAGCAGCCATTTGCTATTGGAGGTACCCTATTGGTTATAAAAAAAATAAAAGTTATGATGTATGGTGAATTCTTTTCTGGCATCCTCATGTTTTCTAGCTTTATGATGTGGTCTTCTGCTTTATCATCCTTGAATGAATGAGTTTTGATTAGATTTTTATGCCCCTACATCTGGTTTTTGATATACTGAACCCATAGAGATGGGAATCTCAAGCATGTCTTCTATGTCGAGAAAATATCATCCTCTCTCCCCTTCTCTTCTTTTGGTAATTAGATTTCGGACATTTGCTGTTACAATCCTTTGTTCTCTACTTGCAAGTATGATCATTACCTGGTTTCTCTTATTATTTTACAGGATCTGGCTCCAGTTACTTGTATGGTTTTTTTGATCAAGCGTGGAGAGAAGGAATGACTAGGGAAGAAGCTGAGGTATTTCTACTACTCTTATTTGCGAATCAAGTGTTCTGCATTATTATATTCTTTGTGCTTGCTGACTCAAATGCATACGGTTTTTTGGATGCATTCTTTTAGGCTCCGACCACTTCCAAATATTGGTATTTCTTTGTTCTTCATTTCATGTTCATCTTAGTATAATAGCCCAACGTTTATGACTAGCAGATATTGTCCGCTTTAGGCTTTCTCTTTCTGACTTCCTCTCAAGGATTTTAAAATGCGTCTACTAAGGAGAGGTTTCCACACCTTTATAAAGAATGTTTAGTTCTCCTTCCTGACCGAGGTGGATTACAAGTTTTTATCTGTTCTGCATTCCATGCTCACCTGTAAGATGCGCATCGTAGTTACTCAAGAAATGTTCCTTTTAAGGGAAATATTTCTTCTCTAAGCACCTTTCGAGAAAGCACTTATTGAGGTGGAGTTTGCTAAGTGCAATCTCTGAGACATGAACTTAGTCGACGGGGGTTTTTTCTCTCTCTGATTATATGCTATCATTTGCAGCAATTGGTGGTTAAGGCCGTTTCTCTTGCCATTGCTCGAGATGGTGCAAGTGGTGGTGTTGTCCGTACTGTTACTGTAAGAGAATGTTCTTTTATAACATAATCTATTACTTAAAATCATGTTCAATCTTTAGTTCTCATAGCTAAAAACTGTTGCGTGAACTCGGGCATTTTCAGATAAATTCCGAGGGAGTTGCAAGAAAATTCTATCCCGGGGATCAGCTACCGCTGTGGCACGAGGAATTAGAACCTAAAAATTCATTACTGGATGTTCTGAATGCTTCTAGCCCCGAACCGATGAACGTATAAAGCTAATGCTCGGATCTCTGCCAAAAGTTCTGATGGTAACTCTTATCTGGTTAGGCTATTCTACTTTTCTGGAAAAAAAAGAGAAGAAAAGACATGCGCCCTCATTGTGTAAACCTAATTATGTTTTACTTTGCATGAATTTTTTAGTGTACAATGTTTGAGTTTACTCTTGGTCTATGGCACATGCTTATTCCTGCTGCCAAACACATTTTCTTAGAATATACAAAAAAAAACAAAAGAAACCCGAACCAAACCATTAACTGCGGGGGGGTTGCGATGCTCTCGTTGTCAAATTCGTTTAGTGTCTTCTATAAACGGAAGTAACTCATTGTAGACATTCGTTTTCTTGATGATCATATTCAGACTATTGATGAGTTGGTTTCCTCATAAATTGGAATAAGCTCTTAGTCCA

mRNA sequence

ATGGCGATGGTGAAATGCATCCATGACGTCAATTTAATCATGGTTCTTTGGGTGTTTGGCTATGGATCTCTTGTGTGGAATCCGGGATTCGATTTCGATGAGAAAATGATGGGTTTCATTAGAGATTATAGGCGTGTATTCGACCTTGCTTGTATTGATCATAGAGGTACACCTGAAAATCCTGCTAGAACTCTCACGCTGGAACCTAAAGAAGGATCAATTTGCTGGGGTGCTGCATATTGCATCCGTGGAGGTCCTGAAAAAGAGAAAGAGGCCATGGAGTATCTGGAGAGGAGAGAATGCGAGTATGATCAAAAGACTATTGTAGACTTCTACAAGGATGAAGGCTCCATGGAACCCACATTGACAGGAGTTCTTGTTTTTACATCTACACCTGATAAATTACTGAACAAATACTATCTAGGACCTGCTCCCTTGGAGCAAATGGCTAGCCAAATTGCAACTGCTTCTGGTCCATGTGGGAACAATAGAGACTATCTATTTCGGTTAGAGAAGGCCTTGTTCGATATCGGCCACGAAGAAGATATGGTGATCGAGCTTGCGAACGAAGTGAGGAATGTCCTTGGGAAGGTCGGAAAGAAGAAGCTTATTGGGCCGACGACCCACCTGCCTTTCATGTCCTTCATCTCAGGAGTTCAGCTTCTCACCGCCATGGATCTCAATATGGATCTTAATGCTCCTCACTCCATGGGTACCACCATCATCGGCGTCACATACGACGGCGGCGTTGTCCTCGGCGCCGATTCTCGTACCAGCACTGGTGTTTATGTGGCTAATCGTGCATCTGACAAAATTACAAAGCTTACTGACAATGTCTATGTTTGTCGGTCTGGCTCGGCTGCAGATTCTCAAATTGTCTCTGATTACGTGCGTCATTTCCTTCATCAGCATACGATACAGCTTGGCCAGCCTGCGACTGTTAAAGTGGCTGCAAACCTTGTTAGGCTATTAGCATATAACAACAAGGATATGTTACAAACTGGCCTTATTGTTGGTGGATGGGACAAGTATAACGGTGGTCGAATCTATGGTATTCCTCTTGGTGGAACAATAATAGAGCAGCCATTTGCTATTGGAGGATCTGGCTCCAGTTACTTGTATGGTTTTTTTGATCAAGCGTGGAGAGAAGGAATGACTAGGGAAGAAGCTGAGCAATTGGTGGTTAAGGCCGTTTCTCTTGCCATTGCTCGAGATGGTGCAAGTGGTGGTGTTGTCCGTACTGTTACTATAAATTCCGAGGGAGTTGCAAGAAAATTCTATCCCGGGGATCAGCTACCGCTGTGGCACGAGGAATTAGAACCTAAAAATTCATTACTGGATGTTCTGAATGCTTCTAGCCCCGAACCGATGAACGTATAAAGCTAATGCTCGGATCTCTGCCAAAAGTTCTGATGGTAACTCTTATCTGGTTAGGCTATTCTACTTTTCTGGAAAAAAAAGAGAAGAAAAGACATGCGCCCTCATTGTGTAAACCTAATTATGTTTTACTTTGCATGAATTTTTTAGTGTACAATGTTTGAGTTTACTCTTGGTCTATGGCACATGCTTATTCCTGCTGCCAAACACATTTTCTTAGAATATACAAAAAAAAACAAAAGAAACCCGAACCAAACCATTAACTGCGGGGGGGTTGCGATGCTCTCGTTGTCAAATTCGTTTAGTGTCTTCTATAAACGGAAGTAACTCATTGTAGACATTCGTTTTCTTGATGATCATATTCAGACTATTGATGAGTTGGTTTCCTCATAAATTGGAATAAGCTCTTAGTCCA

Coding sequence (CDS)

ATGGCGATGGTGAAATGCATCCATGACGTCAATTTAATCATGGTTCTTTGGGTGTTTGGCTATGGATCTCTTGTGTGGAATCCGGGATTCGATTTCGATGAGAAAATGATGGGTTTCATTAGAGATTATAGGCGTGTATTCGACCTTGCTTGTATTGATCATAGAGGTACACCTGAAAATCCTGCTAGAACTCTCACGCTGGAACCTAAAGAAGGATCAATTTGCTGGGGTGCTGCATATTGCATCCGTGGAGGTCCTGAAAAAGAGAAAGAGGCCATGGAGTATCTGGAGAGGAGAGAATGCGAGTATGATCAAAAGACTATTGTAGACTTCTACAAGGATGAAGGCTCCATGGAACCCACATTGACAGGAGTTCTTGTTTTTACATCTACACCTGATAAATTACTGAACAAATACTATCTAGGACCTGCTCCCTTGGAGCAAATGGCTAGCCAAATTGCAACTGCTTCTGGTCCATGTGGGAACAATAGAGACTATCTATTTCGGTTAGAGAAGGCCTTGTTCGATATCGGCCACGAAGAAGATATGGTGATCGAGCTTGCGAACGAAGTGAGGAATGTCCTTGGGAAGGTCGGAAAGAAGAAGCTTATTGGGCCGACGACCCACCTGCCTTTCATGTCCTTCATCTCAGGAGTTCAGCTTCTCACCGCCATGGATCTCAATATGGATCTTAATGCTCCTCACTCCATGGGTACCACCATCATCGGCGTCACATACGACGGCGGCGTTGTCCTCGGCGCCGATTCTCGTACCAGCACTGGTGTTTATGTGGCTAATCGTGCATCTGACAAAATTACAAAGCTTACTGACAATGTCTATGTTTGTCGGTCTGGCTCGGCTGCAGATTCTCAAATTGTCTCTGATTACGTGCGTCATTTCCTTCATCAGCATACGATACAGCTTGGCCAGCCTGCGACTGTTAAAGTGGCTGCAAACCTTGTTAGGCTATTAGCATATAACAACAAGGATATGTTACAAACTGGCCTTATTGTTGGTGGATGGGACAAGTATAACGGTGGTCGAATCTATGGTATTCCTCTTGGTGGAACAATAATAGAGCAGCCATTTGCTATTGGAGGATCTGGCTCCAGTTACTTGTATGGTTTTTTTGATCAAGCGTGGAGAGAAGGAATGACTAGGGAAGAAGCTGAGCAATTGGTGGTTAAGGCCGTTTCTCTTGCCATTGCTCGAGATGGTGCAAGTGGTGGTGTTGTCCGTACTGTTACTATAAATTCCGAGGGAGTTGCAAGAAAATTCTATCCCGGGGATCAGCTACCGCTGTGGCACGAGGAATTAGAACCTAAAAATTCATTACTGGATGTTCTGAATGCTTCTAGCCCCGAACCGATGAACGTATAA

Protein sequence

MAMVKCIHDVNLIMVLWVFGYGSLVWNPGFDFDEKMMGFIRDYRRVFDLACIDHRGTPENPARTLTLEPKEGSICWGAAYCIRGGPEKEKEAMEYLERRECEYDQKTIVDFYKDEGSMEPTLTGVLVFTSTPDKLLNKYYLGPAPLEQMASQIATASGPCGNNRDYLFRLEKALFDIGHEEDMVIELANEVRNVLGKVGKKKLIGPTTHLPFMSFISGVQLLTAMDLNMDLNAPHSMGTTIIGVTYDGGVVLGADSRTSTGVYVANRASDKITKLTDNVYVCRSGSAADSQIVSDYVRHFLHQHTIQLGQPATVKVAANLVRLLAYNNKDMLQTGLIVGGWDKYNGGRIYGIPLGGTIIEQPFAIGGSGSSYLYGFFDQAWREGMTREEAEQLVVKAVSLAIARDGASGGVVRTVTINSEGVARKFYPGDQLPLWHEELEPKNSLLDVLNASSPEPMNV

Homology

[Close]

BLAST of CmaCh05G006160 vs. ExPASy Swiss-Prot
Match: Q8LD27 (Proteasome subunit beta type-6 OS=Arabidopsis thaliana OX=3702 GN=PBA1 PE=1 SV=2)

HSP 1 Score: 418.7 bits (1075), Expect = 8.5e-116
Identity = 203/233 (87.12%), Postives = 223/233 (95.71%), Query Frame = 0


Query: 225 MDLNMDLNAPHSMGTTIIGVTYDGGVVLGADSRTSTGVYVANRASDKITKLTDNVYVCRS 284
           MDLN+D  APHSMGTTIIGVTY+GGVVLGADSRTSTG+YVANRASDKIT+LTDNVYVCRS
Sbjct: 1   MDLNLD--APHSMGTTIIGVTYNGGVVLGADSRTSTGMYVANRASDKITQLTDNVYVCRS 60

Query: 285 GSAADSQIVSDYVRHFLHQHTIQLGQPATVKVAANLVRLLAYNNKDMLQTGLIVGGWDKY 344
           GSAADSQ+VSDYVR+FLHQHTIQ GQPATVKV+ANL+R+LAYNNK+MLQTGLIVGGWDKY
Sbjct: 61  GSAADSQVVSDYVRYFLHQHTIQHGQPATVKVSANLIRMLAYNNKNMLQTGLIVGGWDKY 120

Query: 345 NGGRIYGIPLGGTIIEQPFAIGGSGSSYLYGFFDQAWREGMTREEAEQLVVKAVSLAIAR 404
            GG+IYGIPLGGT++EQPFAIGGSGSSYLYGFFDQAW++ MT+EEAEQLVVKAVSLAIAR
Sbjct: 121 EGGKIYGIPLGGTVVEQPFAIGGSGSSYLYGFFDQAWKDNMTKEEAEQLVVKAVSLAIAR 180

Query: 405 DGASGGVVRTVTINSEGVARKFYPGDQLPLWHEELEPKNSLLDVLNASSPEPM 458
           DGASGGVVRTV INSEGV R FYPGD+L LWHEELEP+NSLLD+LNA+ PEPM
Sbjct: 181 DGASGGVVRTVIINSEGVTRNFYPGDKLQLWHEELEPQNSLLDILNAAGPEPM 231

[Close]

BLAST of CmaCh05G006160 vs. ExPASy Swiss-Prot
Match: P93395 (Proteasome subunit beta type-6 OS=Nicotiana tabacum OX=4097 PE=2 SV=1)

HSP 1 Score: 404.4 bits (1038), Expect = 1.7e-111
Identity = 197/230 (85.65%), Postives = 214/230 (93.04%), Query Frame = 0


Query: 228 NMDLNAPHSMGTTIIGVTYDGGVVLGADSRTSTGVYVANRASDKITKLTDNVYVCRSGSA 287
           N D++ PHSMGTTIIGVTY+GGVVLGADSRTSTG+YVANRASDKIT+LTDNVYVCRSGSA
Sbjct: 3   NTDVDQPHSMGTTIIGVTYNGGVVLGADSRTSTGMYVANRASDKITQLTDNVYVCRSGSA 62

Query: 288 ADSQIVSDYVRHFLHQHTIQLGQPATVKVAANLVRLLAYNNKDMLQTGLIVGGWDKYNGG 347
           ADSQIVSDYVR+FLHQHTIQLGQPATVKVAANL RLL+YNNKD LQTG+I+GGWDKY GG
Sbjct: 63  ADSQIVSDYVRYFLHQHTIQLGQPATVKVAANLTRLLSYNNKDRLQTGMIIGGWDKYEGG 122

Query: 348 RIYGIPLGGTIIEQPFAIGGSGSSYLYGFFDQAWREGMTREEAEQLVVKAVSLAIARDGA 407
           +IYGIP GGT++EQPFAIGGSGSSYLYGFFDQAW+EGMT+EEAE+LVV AVSLAIARDGA
Sbjct: 123 KIYGIPPGGTVLEQPFAIGGSGSSYLYGFFDQAWKEGMTQEEAEKLVVTAVSLAIARDGA 182

Query: 408 SGGVVRTVTINSEGVARKFYPGDQLPLWHEELEPKNSLLDVLNASSPEPM 458
           SGGVVRTVTIN +G  RKFY GD L LWHEELEP NSLLDV+ ASSP PM
Sbjct: 183 SGGVVRTVTINKDGATRKFYSGDSLQLWHEELEPVNSLLDVVFASSPVPM 232

[Close]

BLAST of CmaCh05G006160 vs. ExPASy Swiss-Prot
Match: Q8GY54 (Gamma-glutamylcyclotransferase 2-1 OS=Arabidopsis thaliana OX=3702 GN=GGCT2;1 PE=1 SV=1)

HSP 1 Score: 320.5 bits (820), Expect = 3.2e-86
Identity = 143/182 (78.57%), Postives = 164/182 (90.11%), Query Frame = 0


Query: 14  MVLWVFGYGSLVWNPGFDFDEKMMGFIRDYRRVFDLACIDHRGTPENPARTLTLEPKEGS 73
           MVLWVFGYGSL+WNPGFDFDEK++G+I+DY+RVFDLACIDHRGTPE+PART TLE   G+
Sbjct: 1   MVLWVFGYGSLIWNPGFDFDEKLIGYIKDYKRVFDLACIDHRGTPEHPARTCTLEQSTGA 60

Query: 74  ICWGAAYCIRGGPEKEKEAMEYLERRECEYDQKTIVDFYKDEGSMEPTLTGVLVFTSTPD 133
           ICWGAAYC+RGGPEKEK AMEYLERRECEYD KT+V+FY +  +  P +TGV+VFTSTPD
Sbjct: 61  ICWGAAYCVRGGPEKEKLAMEYLERRECEYDSKTLVEFYTENDTSTPIVTGVIVFTSTPD 120

Query: 134 KLLNKYYLGPAPLEQMASQIATASGPCGNNRDYLFRLEKALFDIGHEEDMVIELANEVRN 193
           K+ NKYYLGPAPLE+MA QIATASGPCGNNR+YLF+LEKA+FDI HEE+ VIELANEVR 
Sbjct: 121 KVSNKYYLGPAPLEEMARQIATASGPCGNNREYLFKLEKAMFDIEHEEEYVIELANEVRK 180

Query: 194 VL 196
            L
Sbjct: 181 QL 182

[Close]

BLAST of CmaCh05G006160 vs. ExPASy Swiss-Prot
Match: Q84MC1 (Gamma-glutamylcyclotransferase 2-2 OS=Arabidopsis thaliana OX=3702 GN=GGCT2;2 PE=1 SV=1)

HSP 1 Score: 318.9 bits (816), Expect = 9.2e-86
Identity = 144/190 (75.79%), Postives = 166/190 (87.37%), Query Frame = 0


Query: 14  MVLWVFGYGSLVWNPGFDFDEKMMGFIRDYRRVFDLACIDHRGTPENPARTLTLEPKEGS 73
           MV+WVFGYGSLVWNPGF +DEK++GFI+ Y+RVFDLACIDHRGTPE+PART TLE  E +
Sbjct: 1   MVMWVFGYGSLVWNPGFHYDEKVLGFIKGYKRVFDLACIDHRGTPEHPARTCTLEKAEEA 60

Query: 74  ICWGAAYCIRGGPEKEKEAMEYLERRECEYDQKTIVDFYKDEGSMEPTLTGVLVFTSTPD 133
           ICWG A+C+RGGPEKE+ AMEYLERRECEYD KT VDFYK++  ++P +TGV+VFTSTPD
Sbjct: 61  ICWGTAFCVRGGPEKERLAMEYLERRECEYDLKTSVDFYKEDDPLKPAVTGVIVFTSTPD 120

Query: 134 KLLNKYYLGPAPLEQMASQIATASGPCGNNRDYLFRLEKALFDIGHEEDMVIELANEVRN 193
           K+ NKYYLGPAPLE MA QIATA+GPCGNNRDYLF LEKA+ DIGHEED VIELANEVR 
Sbjct: 121 KVSNKYYLGPAPLEDMARQIATANGPCGNNRDYLFLLEKAMHDIGHEEDYVIELANEVRK 180

Query: 194 VLGKVGKKKL 204
           VL +   KK+
Sbjct: 181 VLAESSTKKV 190

[Close]

BLAST of CmaCh05G006160 vs. ExPASy Swiss-Prot
Match: Q55GJ6 (Proteasome subunit beta type-6 OS=Dictyostelium discoideum OX=44689 GN=psmB6 PE=1 SV=1)

HSP 1 Score: 231.9 bits (590), Expect = 1.5e-59
Identity = 106/201 (52.74%), Postives = 151/201 (75.12%), Query Frame = 0


Query: 237 MGTTIIGVTYDGGVVLGADSRTSTGVYVANRASDKITKLTDNVYVCRSGSAADSQIVSDY 296
           +GT+I+ V YDGGV++GADSRT+TG Y+ANR ++KIT + + +Y CRSGSAAD+Q +SDY
Sbjct: 13  LGTSIMAVEYDGGVIMGADSRTTTGAYIANRVTNKITPIHERIYCCRSGSAADTQAISDY 72

Query: 297 VRHFLHQHTIQLGQPATVKVAANLVRLLAYNNKDMLQTGLIVGGWDKYNGGRIYGIPLGG 356
           VR++L  HT +L     VK AA+L +LL Y+NK+ L  G+IV GWDK+ GG +Y I LGG
Sbjct: 73  VRYYLEMHTSELCDEPDVKTAASLFQLLCYSNKNNLMAGIIVAGWDKHQGGSVYNISLGG 132

Query: 357 TIIEQPFAIGGSGSSYLYGFFDQAWREGMTREEAEQLVVKAVSLAIARDGASGGVVRTVT 416
           ++++QPFAIGGSGS+Y+YG+ D  ++  MT++E  + V  +++LA+ RDG+SGGV+R   
Sbjct: 133 SMVKQPFAIGGSGSTYIYGYCDSKFKPKMTKDECIEFVQNSLALAMFRDGSSGGVIRLCI 192

Query: 417 INSEGVARKFYPGDQLPLWHE 438
           I+  GV RK  PG+ LP + E
Sbjct: 193 IDKNGVERKMIPGNNLPRFWE 213

[Close]

BLAST of CmaCh05G006160 vs. TAIR 10
Match: AT4G31300.1 (N-terminal nucleophile aminohydrolases (Ntn hydrolases) superfamily protein )

HSP 1 Score: 418.7 bits (1075), Expect = 6.1e-117
Identity = 203/233 (87.12%), Postives = 223/233 (95.71%), Query Frame = 0


Query: 225 MDLNMDLNAPHSMGTTIIGVTYDGGVVLGADSRTSTGVYVANRASDKITKLTDNVYVCRS 284
           MDLN+D  APHSMGTTIIGVTY+GGVVLGADSRTSTG+YVANRASDKIT+LTDNVYVCRS
Sbjct: 1   MDLNLD--APHSMGTTIIGVTYNGGVVLGADSRTSTGMYVANRASDKITQLTDNVYVCRS 60

Query: 285 GSAADSQIVSDYVRHFLHQHTIQLGQPATVKVAANLVRLLAYNNKDMLQTGLIVGGWDKY 344
           GSAADSQ+VSDYVR+FLHQHTIQ GQPATVKV+ANL+R+LAYNNK+MLQTGLIVGGWDKY
Sbjct: 61  GSAADSQVVSDYVRYFLHQHTIQHGQPATVKVSANLIRMLAYNNKNMLQTGLIVGGWDKY 120

Query: 345 NGGRIYGIPLGGTIIEQPFAIGGSGSSYLYGFFDQAWREGMTREEAEQLVVKAVSLAIAR 404
            GG+IYGIPLGGT++EQPFAIGGSGSSYLYGFFDQAW++ MT+EEAEQLVVKAVSLAIAR
Sbjct: 121 EGGKIYGIPLGGTVVEQPFAIGGSGSSYLYGFFDQAWKDNMTKEEAEQLVVKAVSLAIAR 180

Query: 405 DGASGGVVRTVTINSEGVARKFYPGDQLPLWHEELEPKNSLLDVLNASSPEPM 458
           DGASGGVVRTV INSEGV R FYPGD+L LWHEELEP+NSLLD+LNA+ PEPM
Sbjct: 181 DGASGGVVRTVIINSEGVTRNFYPGDKLQLWHEELEPQNSLLDILNAAGPEPM 231

[Close]

BLAST of CmaCh05G006160 vs. TAIR 10
Match: AT4G31300.3 (N-terminal nucleophile aminohydrolases (Ntn hydrolases) superfamily protein )

HSP 1 Score: 418.7 bits (1075), Expect = 6.1e-117
Identity = 203/233 (87.12%), Postives = 223/233 (95.71%), Query Frame = 0


Query: 225 MDLNMDLNAPHSMGTTIIGVTYDGGVVLGADSRTSTGVYVANRASDKITKLTDNVYVCRS 284
           MDLN+D  APHSMGTTIIGVTY+GGVVLGADSRTSTG+YVANRASDKIT+LTDNVYVCRS
Sbjct: 1   MDLNLD--APHSMGTTIIGVTYNGGVVLGADSRTSTGMYVANRASDKITQLTDNVYVCRS 60

Query: 285 GSAADSQIVSDYVRHFLHQHTIQLGQPATVKVAANLVRLLAYNNKDMLQTGLIVGGWDKY 344
           GSAADSQ+VSDYVR+FLHQHTIQ GQPATVKV+ANL+R+LAYNNK+MLQTGLIVGGWDKY
Sbjct: 61  GSAADSQVVSDYVRYFLHQHTIQHGQPATVKVSANLIRMLAYNNKNMLQTGLIVGGWDKY 120

Query: 345 NGGRIYGIPLGGTIIEQPFAIGGSGSSYLYGFFDQAWREGMTREEAEQLVVKAVSLAIAR 404
            GG+IYGIPLGGT++EQPFAIGGSGSSYLYGFFDQAW++ MT+EEAEQLVVKAVSLAIAR
Sbjct: 121 EGGKIYGIPLGGTVVEQPFAIGGSGSSYLYGFFDQAWKDNMTKEEAEQLVVKAVSLAIAR 180

Query: 405 DGASGGVVRTVTINSEGVARKFYPGDQLPLWHEELEPKNSLLDVLNASSPEPM 458
           DGASGGVVRTV INSEGV R FYPGD+L LWHEELEP+NSLLD+LNA+ PEPM
Sbjct: 181 DGASGGVVRTVIINSEGVTRNFYPGDKLQLWHEELEPQNSLLDILNAAGPEPM 231

[Close]

BLAST of CmaCh05G006160 vs. TAIR 10
Match: AT4G31300.2 (N-terminal nucleophile aminohydrolases (Ntn hydrolases) superfamily protein )

HSP 1 Score: 414.1 bits (1063), Expect = 1.5e-115
Identity = 203/234 (86.75%), Postives = 223/234 (95.30%), Query Frame = 0


Query: 225 MDLNMDLNAPHSMGTTIIGVTYDGGVVLGADSRTSTGVYVANRASDKITKLTDNVYVCRS 284
           MDLN+D  APHSMGTTIIGVTY+GGVVLGADSRTSTG+YVANRASDKIT+LTDNVYVCRS
Sbjct: 1   MDLNLD--APHSMGTTIIGVTYNGGVVLGADSRTSTGMYVANRASDKITQLTDNVYVCRS 60

Query: 285 GSAADSQIVSDYVRHFLHQHTIQLGQPATVKVAANLVRLLAYNNK-DMLQTGLIVGGWDK 344
           GSAADSQ+VSDYVR+FLHQHTIQ GQPATVKV+ANL+R+LAYNNK +MLQTGLIVGGWDK
Sbjct: 61  GSAADSQVVSDYVRYFLHQHTIQHGQPATVKVSANLIRMLAYNNKQNMLQTGLIVGGWDK 120

Query: 345 YNGGRIYGIPLGGTIIEQPFAIGGSGSSYLYGFFDQAWREGMTREEAEQLVVKAVSLAIA 404
           Y GG+IYGIPLGGT++EQPFAIGGSGSSYLYGFFDQAW++ MT+EEAEQLVVKAVSLAIA
Sbjct: 121 YEGGKIYGIPLGGTVVEQPFAIGGSGSSYLYGFFDQAWKDNMTKEEAEQLVVKAVSLAIA 180

Query: 405 RDGASGGVVRTVTINSEGVARKFYPGDQLPLWHEELEPKNSLLDVLNASSPEPM 458
           RDGASGGVVRTV INSEGV R FYPGD+L LWHEELEP+NSLLD+LNA+ PEPM
Sbjct: 181 RDGASGGVVRTVIINSEGVTRNFYPGDKLQLWHEELEPQNSLLDILNAAGPEPM 232

[Close]

BLAST of CmaCh05G006160 vs. TAIR 10
Match: AT5G26220.1 (ChaC-like family protein )

HSP 1 Score: 320.5 bits (820), Expect = 2.2e-87
Identity = 143/182 (78.57%), Postives = 164/182 (90.11%), Query Frame = 0


Query: 14  MVLWVFGYGSLVWNPGFDFDEKMMGFIRDYRRVFDLACIDHRGTPENPARTLTLEPKEGS 73
           MVLWVFGYGSL+WNPGFDFDEK++G+I+DY+RVFDLACIDHRGTPE+PART TLE   G+
Sbjct: 1   MVLWVFGYGSLIWNPGFDFDEKLIGYIKDYKRVFDLACIDHRGTPEHPARTCTLEQSTGA 60

Query: 74  ICWGAAYCIRGGPEKEKEAMEYLERRECEYDQKTIVDFYKDEGSMEPTLTGVLVFTSTPD 133
           ICWGAAYC+RGGPEKEK AMEYLERRECEYD KT+V+FY +  +  P +TGV+VFTSTPD
Sbjct: 61  ICWGAAYCVRGGPEKEKLAMEYLERRECEYDSKTLVEFYTENDTSTPIVTGVIVFTSTPD 120

Query: 134 KLLNKYYLGPAPLEQMASQIATASGPCGNNRDYLFRLEKALFDIGHEEDMVIELANEVRN 193
           K+ NKYYLGPAPLE+MA QIATASGPCGNNR+YLF+LEKA+FDI HEE+ VIELANEVR 
Sbjct: 121 KVSNKYYLGPAPLEEMARQIATASGPCGNNREYLFKLEKAMFDIEHEEEYVIELANEVRK 180

Query: 194 VL 196
            L
Sbjct: 181 QL 182

[Close]

BLAST of CmaCh05G006160 vs. TAIR 10
Match: AT4G31290.1 (ChaC-like family protein )

HSP 1 Score: 318.9 bits (816), Expect = 6.5e-87
Identity = 144/190 (75.79%), Postives = 166/190 (87.37%), Query Frame = 0


Query: 14  MVLWVFGYGSLVWNPGFDFDEKMMGFIRDYRRVFDLACIDHRGTPENPARTLTLEPKEGS 73
           MV+WVFGYGSLVWNPGF +DEK++GFI+ Y+RVFDLACIDHRGTPE+PART TLE  E +
Sbjct: 1   MVMWVFGYGSLVWNPGFHYDEKVLGFIKGYKRVFDLACIDHRGTPEHPARTCTLEKAEEA 60

Query: 74  ICWGAAYCIRGGPEKEKEAMEYLERRECEYDQKTIVDFYKDEGSMEPTLTGVLVFTSTPD 133
           ICWG A+C+RGGPEKE+ AMEYLERRECEYD KT VDFYK++  ++P +TGV+VFTSTPD
Sbjct: 61  ICWGTAFCVRGGPEKERLAMEYLERRECEYDLKTSVDFYKEDDPLKPAVTGVIVFTSTPD 120

Query: 134 KLLNKYYLGPAPLEQMASQIATASGPCGNNRDYLFRLEKALFDIGHEEDMVIELANEVRN 193
           K+ NKYYLGPAPLE MA QIATA+GPCGNNRDYLF LEKA+ DIGHEED VIELANEVR 
Sbjct: 121 KVSNKYYLGPAPLEDMARQIATANGPCGNNRDYLFLLEKAMHDIGHEEDYVIELANEVRK 180

Query: 194 VLGKVGKKKL 204
           VL +   KK+
Sbjct: 181 VLAESSTKKV 190

The following BLAST results are available for this feature:

BLAST of CmaCh05G006160 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q8LD27	8.5e-116	87.12	Proteasome subunit beta type-6 OS=Arabidopsis thaliana OX=3702 GN=PBA1 PE=1 SV=2	[more]
P93395	1.7e-111	85.65	Proteasome subunit beta type-6 OS=Nicotiana tabacum OX=4097 PE=2 SV=1	[more]
Q8GY54	3.2e-86	78.57	Gamma-glutamylcyclotransferase 2-1 OS=Arabidopsis thaliana OX=3702 GN=GGCT2;1 PE...	[more]
Q84MC1	9.2e-86	75.79	Gamma-glutamylcyclotransferase 2-2 OS=Arabidopsis thaliana OX=3702 GN=GGCT2;2 PE...	[more]
Q55GJ6	1.5e-59	52.74	Proteasome subunit beta type-6 OS=Dictyostelium discoideum OX=44689 GN=psmB6 PE=...	[more]

BLAST of CmaCh05G006160 vs. TAIR 10


Match Name	E-value	Identity	Description
AT4G31300.1	6.1e-117	87.12	N-terminal nucleophile aminohydrolases (Ntn hydrolases) superfamily protein	[more]
AT4G31300.3	6.1e-117	87.12	N-terminal nucleophile aminohydrolases (Ntn hydrolases) superfamily protein	[more]
AT4G31300.2	1.5e-115	86.75	N-terminal nucleophile aminohydrolases (Ntn hydrolases) superfamily protein	[more]
AT5G26220.1	2.2e-87	78.57	ChaC-like family protein	[more]
AT4G31290.1	6.5e-87	75.79	ChaC-like family 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
IPR000243	Peptidase T1A, proteasome beta-subunit	PRINTS	PR00141	PROTEASOME	coord: 367..378 score: 66.29 coord: 403..414 score: 58.33 coord: 246..261 score: 58.81 coord: 378..389 score: 44.7
IPR006840	Glutathione-specific gamma-glutamylcyclotransferase	PFAM	PF04752	ChaC	coord: 16..192 e-value: 5.7E-46 score: 156.8
None	No IPR available	GENE3D	3.10.490.10		coord: 15..187 e-value: 5.9E-8 score: 34.4
None	No IPR available	PANTHER	PTHR11599	PROTEASOME SUBUNIT ALPHA/BETA	coord: 231..457
None	No IPR available	PANTHER	PTHR11599:SF151	PROTEASOME SUBUNIT BETA	coord: 231..457
None	No IPR available	CDD	cd03762	proteasome_beta_type_6	coord: 239..426 e-value: 1.18583E-120 score: 348.06
IPR001353	Proteasome, subunit alpha/beta	PFAM	PF00227	Proteasome	coord: 237..417 e-value: 3.5E-46 score: 157.1
IPR029055	Nucleophile aminohydrolases, N-terminal	GENE3D	3.60.20.10	Glutamine Phosphoribosylpyrophosphate, subunit 1, domain 1	coord: 239..438 e-value: 7.2E-63 score: 213.7
IPR029055	Nucleophile aminohydrolases, N-terminal	SUPERFAMILY	56235	N-terminal nucleophile aminohydrolases (Ntn hydrolases)	coord: 226..436
IPR016050	Proteasome beta-type subunit, conserved site	PROSITE	PS00854	PROTEASOME_BETA_1	coord: 242..289
IPR023333	Proteasome B-type subunit	PROSITE	PS51476	PROTEASOME_BETA_2	coord: 238..417 score: 48.773964
IPR013024	Gamma-glutamyl cyclotransferase-like	CDD	cd06661	GGCT_like	coord: 18..123 e-value: 3.10548E-7 score: 46.569
IPR036568	Gamma-glutamyl cyclotransferase-like superfamily	SUPERFAMILY	110857	Gamma-glutamyl cyclotransferase-like	coord: 14..112

Relationships

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


Feature Name	Unique Name	Type
CmaCh05G006160.1	CmaCh05G006160.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006751	glutathione catabolic process
biological_process	GO:0010498	proteasomal protein catabolic process
biological_process	GO:0051603	proteolysis involved in cellular protein catabolic process
cellular_component	GO:0005737	cytoplasm
cellular_component	GO:0005634	nucleus
cellular_component	GO:0019774	proteasome core complex, beta-subunit complex
cellular_component	GO:0005839	proteasome core complex
molecular_function	GO:0003839	gamma-glutamylcyclotransferase activity
molecular_function	GO:0004298	threonine-type endopeptidase activity
molecular_function	GO:0016740	transferase activity