Uncinocarpus reesii: UREG_04435 Help Entry UREG_04435        CDS       T01132                                  Name (RefSeq) glycogen phosphorylase   KO K00688   glycogen phosphorylase [EC:2.4.1.1] Organism ure  Uncinocarpus reesii Pathway ure00500   Starch and sucrose metabolism ure01100   Metabolic pathways ure01110   Biosynthesis of secondary metabolites Module ure_M00855   Glycogen degradation, glycogen => glucose-6P Brite KEGG Orthology (KO) [BR:ure00001]  09100 Metabolism   09101 Carbohydrate metabolism    00500 Starch and sucrose metabolism     UREG_04435 Enzymes [BR:ure01000]  2. Transferases   2.4  Glycosyltransferases    2.4.1  Hexosyltransferases     2.4.1.1  glycogen phosphorylase      UREG_04435 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Phosphorylase Motif Other DBs NCBI-GeneID:  8441034 NCBI-ProteinID:  XP_002544918 UniProt:  C4JNW5 LinkDB All DBs AA seq 868 aa AA seqDB search MSSSTRERRPSMAAPISELQGPVGPGFSRPKHKRTFTGFGPKDIKKVEASIPEPQKEAWQ KFAPQAFKTKDEFEHEVDAIFRAAYSGTALAFRDRLVIDWNKTQQRQTFADQKRVYYLSL EFLMGRALDNAMLNVGLKDTAKDGLSDLGFRIEDVIDQENDAALGNGGLGRLAACLLDSL ATMNYPAWGYGLRYRYGIFKQEIVNGYQIEVPDYWLDFNPWEFPRHDITVDIQFYGEDKK WHDDDGKLVHSWEGGEIVQAVAYDVPIPGYDTPTTNNLRLWSSKAASGEFDFQRFNSGDY ESAVADQQRAETISAVLYPNDNLERGKELRLKQQYFWCAASLFDIVRRFKKSKAPWNEFP DRVAIQLNDTHPTLAIVELQRILVDQEGLNWDKAWSIVQQTFGYTNHTVLPEALEKWSVD LIRHLLPRHLSIIFDINLAFLQWVERKIPNDRDLLTRVSIIEESNPKMVRMAHLAIIGSH KVNGVAELHSDLIKSTIFKDFVEIYGPDKFTNVTNGITPRRWLHQANRRLSDLIASKLGG YGFLKDLTLLDQLEDFLDDKEFKKQWADVKYENKVRLSKHIFETTGVRLNPEALFDIQVK RIHEYKRQQLNIFGVIHHYLRIKSMTPEERKKLVPRVSIFGGKAAPGYWMAKTIIHLINK VGDVVNNDPDVGDLLKVIFIEDYNVSKAELICPASDISEHISTAGMEASGTSNMKFVLNG GLIIGTCDGANIEITREVGEQNIFLFGNLAEDVDDLRHAHVYNPSSIQFDSDLRAVFDSI QSGTFGDAESFSAIINSIVDHGDYYLVSDDFHSYIETQSLVDEAYKDREGWVEKSIQCVA RMGFFSSDRVISEYAESIWNVEPVEATE NT seq 2607 nt NT seq  +upstreamnt  +downstreamnt atgagttcatctacacgagaacgccgcccttcaatggctgctcctatctctgaactgcaa ggccctgtcggacccggcttcagtcgacccaagcacaagcgtaccttcactggctttggc ccaaaggatatcaagaaggtcgaggctagcatccctgagccgcagaaagaagcgtggcag aaatttgccccgcaagcattcaaaaccaaggacgagtttgagcatgaagttgacgccata tttagagctgcatattccggaaccgctctagcatttcgggaccgcctggttattgactgg aataagactcaacagcgacaaacctttgcagatcagaaaagagtgtactatctttctctc gagtttttgatgggccgcgctcttgataatgcaatgctgaatgtgggattaaaggacaca gctaaagatggcttgtccgacctcggtttccgcattgaggatgtaatcgaccaagaaaat gatgccgctttgggtaatggaggattaggccgccttgctgcttgcctccttgacagcctt gcaaccatgaactatccagcatggggttatggcctgcgttaccgatacggtatattcaaa caagaaattgtcaatggataccaaattgaagtcccggattactggctggatttcaaccct tgggagtttcctcgacatgatattaccgtcgatatccaattttacggcgaggacaaaaag tggcatgatgacgatggcaagctagttcattcctgggaagggggtgaaatcgttcaagca gtagcttacgatgttcccatacctggatatgatacgcctactaccaataatcttcgcctt tggtcaagcaaagcggccagcggcgaattcgatttccaaagattcaactcaggtgactat gaaagcgctgttgctgatcagcagcgagccgaaactatctctgccgttttatatcctaac gacaaccttgaacgtggaaaagaattgcgattaaaacaacagtacttctggtgcgcagca tctttgtttgatattgttcgtagattcaagaagtcgaaggctccatggaatgaattcccc gatcgagtcgcgatccagttgaacgacacccatcccactctcgctatcgtcgagctccaa cgaatcctcgttgaccaggaaggtcttaactgggacaaagcttggagcattgttcagcag acgtttggttacactaaccacaccgttttgccagaggctttggagaagtggtcagttgat ctgattcgacatcttcttccaaggcacctgtcgatcatttttgatatcaacctggcattc ttgcagtgggttgaaaggaagattccaaacgatcgtgatctcctcactcgagtctccatc atagaggaatctaacccgaagatggttcgaatggcgcacttggcaataatcggctcccac aaagtcaacggagttgcagagctccactctgaccttataaaaagcactatattcaaagat ttcgttgaaatatatggccctgacaagttcaccaacgttaccaatggaatcacacccagg cgatggttacatcaagccaaccgtcgtttatccgatctcattgcctccaagcttggcgga tatgggtttcttaaagacttgactctacttgaccagttagaagactttcttgacgacaag gagtttaagaagcagtgggctgatgttaaatatgaaaataaagtccgactttcaaagcat attttcgaaaccaccggagttcgactgaatcctgaggcgttgtttgacatccaagtcaaa cgcatccatgaatataagagacagcaattgaatatcttcggtgtgatccatcactattta aggatcaagtcaatgactcccgaggaaaggaagaagctcgttccccgcgtctcaattttc ggtggaaaagccgctccaggttactggatggcaaagacgattatccaccttatcaacaaa gttggggatgtcgttaacaacgatcctgacgttggcgatctactgaaagtcatcttcatc gaagactacaatgttagcaaggcagaattgatttgccctgcttctgatatcagcgagcat atttctactgctggaatggaggctagtggtactagtaacatgaaatttgttctcaatggc gggctaatcattgggacttgcgatggcgcaaatatcgaaattacccgtgaagttggcgaa cagaatatcttccttttcggtaaccttgctgaggatgttgatgatttacggcacgcgcat gtttacaacccatccagcatacaatttgattcggacctccgcgccgtttttgattctatc caatcaggtactttcggcgacgcagaatcattttccgcgattattaactctatcgttgac cacggagattactatctcgtgagcgatgatttccattcctacatcgagacgcaaagcctt gttgatgaggcttacaaggatagggagggctgggtagagaaaagcatccagtgcgtggcc aggatgggattcttctcttccgacagagtaatttccgaatacgccgagagtatctggaat gttgagccagttgaggctacagagtag

Uncinocarpus reesii: UREG_06030 Help Entry UREG_06030        CDS       T01132                                  Name (RefSeq) hypothetical protein   KO K01196   glycogen debranching enzyme [EC:2.4.1.25 3.2.1.33] Organism ure  Uncinocarpus reesii Pathway ure00500   Starch and sucrose metabolism ure01100   Metabolic pathways ure01110   Biosynthesis of secondary metabolites Module ure_M00855   Glycogen degradation, glycogen => glucose-6P Brite KEGG Orthology (KO) [BR:ure00001]  09100 Metabolism   09101 Carbohydrate metabolism    00500 Starch and sucrose metabolism     UREG_06030 Enzymes [BR:ure01000]  2. Transferases   2.4  Glycosyltransferases    2.4.1  Hexosyltransferases     2.4.1.25  4-alpha-glucanotransferase      UREG_06030  3. Hydrolases   3.2  Glycosylases    3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds     3.2.1.33  amylo-alpha-1,6-glucosidase      UREG_06030 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  hDGE_amylase GDE_C hGDE_central hGDE_N Alpha-amylase DUF6917 Pex14_N Motif Other DBs NCBI-GeneID:  8438936 NCBI-ProteinID:  XP_002585341 UniProt:  C4JU91 LinkDB All DBs AA seq 1458 aa AA seqDB search MAAPTQVYLLPLKSDGAPDIPGGYIYLPPPSDPPYLLRFVIEGSSPICRKGNLWVNIPAP KDCFESSKFRKFSLLSNLSDDPTPSPHAETRTETFYIDVCPDIRLNGERMPVESLSIFSV VSKFMGRYPTGWDKHLKGIGQRGYNVVHFTPLMTRGASNSPYSIYGQLEFDRHSFPNGED DITDMVTRMEKDYGLLALTDVVWNHTAHNSKWLQEHPEAGYNVETAPWLEAALELDDALL KYGDDLATLGLPTEFKTVDDLATVVHQMRPHVIEKIRLWEFYTVDVKHGTKSIIDAWRSG NIEYPKGGFGDVGVGGLDQIRQWPFEKKAAFLRKKAFENDNRVLGRYSRRVNPQIGAALL TALYGRFDETTTDSQAVEENVTKTLDALNLPLFQEFDKDVSEIFDQLFNRIKYLRLDEHG PKLGPVTKDSPLIETYFTRLPLNEVTKVHSSKSLALLNNGWVWNADALRDNAGPDSRAYL KREVIVWGDCVKLRYGESFEDNPFLWGYMTQYTKLMAKYFAGFRIDNCHSTPLHVAEYLL HEARRVRPNLMVFAELFTGSEEADYLFTKRLGLTALIREAMQAWSSAELSRLVHRHGGRP IGSFDPSLLSHWCQREDNTILNHIRQTSVHALFMDCTHDNEAPAQKRDARDTLPNAALVA MCASAIGSVMGYDEVYPEHVNLVTDGRSYQSSFSEAEVQGLTGEGGIGGLKKLLNKLHTE MAVDQYDETHIHHDGEYITVHRVHPHTRKGILLISRTAFADSPDEHTFSPVHLTGTKASL LGAWKLEVDNSNETKQTITSDKQFLRGLPSRVSELSGFRIEECGDNTIVSCPGKFPPGSI ALLETHINEQDLPIGLSDFITADVDEAFARVDLTALNFVLYRCDSEERDSSGGKDGVYNI PNFGPLVYAGLQGWWSILEAIIKQNDLGHPLCDNLRDGQWALDFVVGRMRRAISHQNYSQ LEGPTKWLEDRLNAVRRVPNFLLPRYFTIIIKAAYDAACRRAIHGLGVIIEHGQHFIHEL ALVSVQQMGEVKSASLYPTKQVPCLAAGLPHFATDWARCWGRDVFISLRGLLLAAGRFDD AKEHILAFASVLKHGMIPNLLSSGKLPRYNSRDSVWFFLQAIQDYTHIVPEGIRILDEKV SRRFLPYDDTWFSFDDERAYSHQSTIAEVIQEILQRHASGISYREHNAGPELDMQMKPEG FQVNVHVDWQTGIMFGGNQWNCGTWMDKMGESDKAGNRGYPGTPRDGAPIEITGLQYSAL RWISNLRKDGLYSHNGVDIGSGQTITFLDWVDRLKANFERCYYVPVEPDEDRLFDVNSSV VNRRGIYKDVYRSGKGYEDYQLRPNFTIAMVVAPDLFTPRRAFHALTIADTVLRGPTGMA TLDPTDLNYRPYYNNSEDSTDFATAKGRNYHQGPEWLWPTGYFLRALLKFSLLKDDSYQS LMDVYQQITMRLEGLTVL NT seq 4377 nt NT seq  +upstreamnt  +downstreamnt atggcggcaccaacgcaggtttatctcctcccgctgaagagcgatggtgctcccgacatc ccaggagggtatatctatctcccgcctcccagtgacccgccgtacctgctccgatttgtg atcgagggcagcagccctatctgcagaaagggaaacttatgggtgaacattcccgctccc aaggattgttttgaaagcagcaaattcaggaagtttagtcttctttccaatctctccgac gatcctaccccctcgccccatgcagagacgagaacagagacattttatatagacgtatgc cccgatatcaggctcaatggcgaacggatgcctgttgaatccttgtcaatattctccgtt gtctccaagttcatgggaagatatccgaccggctgggataagcatcttaaagggatcggt caacgcggatacaatgttgtccatttcaccccgctgatgacaaggggagcatcaaattcg ccatatagcatatatggccaactagagttcgatcggcattcgttcccaaatggagaggat gatatcacggatatggtcacaagaatggaaaaggattacggactgcttgcgctgaccgat gtcgtctggaaccatactgctcacaacagcaaatggcttcaggagcaccctgaagctggc tacaacgtggaaacagcaccctggctagaagctgctttggagttagacgacgcccttttg aaatacggagatgacctggcaactctgggtttgcccacggaattcaagacagttgatgac ctggctacagtggtgcatcagatgaggccacatgtcatcgaaaagattaggctatgggaa ttttacactgtcgatgtcaaacatggtacaaaatccatcattgatgcatggaggtccggg aatatcgagtatcccaaagggggatttggagacgttggcgttgggggattagatcaaatt cggcaatggccgtttgagaagaaggctgctttcctacgcaaaaaggcatttgaaaacgac aatcgggttttgggtcgatacagcagacgggtgaatccccaaattggggctgcactactc accgcgctctatggccggtttgatgagacgactacagactctcaggcggttgaagagaat gttaccaagacactggatgctctgaacctgccgttgttccaggagtttgacaaagatgtc tcggaaattttcgaccagctcttcaatcggatcaagtatctccgcttggatgaacatgga ccgaagctaggccctgttacaaaagacagtcctctcattgaaacctattttacccgcctt ccattgaatgaggttaccaaagtgcatagctccaagtcgcttgccctacttaacaacgga tgggtatggaacgcagatgctctaagggacaacgcgggacccgactctcgggcttaccta aaacgagaagtcattgtttggggcgattgtgttaaactacgctacggagagtccttcgag gataatccatttttgtgggggtatatgacccagtatacaaagctcatggcgaaatacttc gcgggctttcgtattgacaactgccactctactcctttacacgtagcggagtacttactg catgaagcccgacgcgttcgtcccaatttaatggtttttgcagaactattcacgggttcg gaggaggccgattatttgttcacaaagcgacttgggctgacggctttgatcagggaggca atgcaggcatggagctccgctgagctcagtcgactggttcaccgtcacggtggccgtcct attggcagctttgacccgagtttattgtcgcactggtgtcaaagggaagacaataccatc ctcaatcatatccggcaaacttccgtgcatgcgcttttcatggattgtacacatgataat gaagctccggcccagaagcgggatgctagggacacgctgcctaatgcagcactggtagca atgtgcgcttctgcgattggcagcgtaatggggtacgatgaagtataccctgaacacgtc aatctcgtaacagatgggcgatcataccagtcttcattttcggaggccgaagtgcagggt ctcactggcgaagggggtataggtggtctcaagaagctgttgaacaagctgcatacggag atggctgttgatcagtacgatgaaacccatattcaccacgatggagaatatataaccgtt cacagggttcatccacacacaagaaagggcattttgcttatatcacgtactgcttttgcc gattctccggatgagcatactttctctcccgttcatctgacaggcactaaagcgagcctt ttaggtgcttggaaacttgaagtcgataacagcaacgaaacaaaacagactatcacatca gataaacaattcttgagaggcttacccagccgtgtctctgaactttcgggattccgaatc gaagaatgcggtgacaatacgatagtatcttgccccggaaagtttccaccaggctctatt gccttactagaaacgcatatcaacgagcaggatctaccgatcgggctgagtgatttcatc actgctgatgtggacgaagctttcgcccgtgtcgatttaaccgcactaaattttgtatta tatcgctgcgactccgaggaaagggactctagcggtgggaaggatggagtctataatata ccaaatttcggccctcttgtttatgctggactccaagggtggtggagtatcctggaagcc atcattaaacaaaatgatcttggccatccgctttgtgacaatctgagagacggtcaatgg gcacttgattttgtcgttggacgaatgcgacgggccatctcgcaccagaattattcacaa ctggaaggcccaacaaagtggcttgaggatcggcttaacgcggttcgccgagtcccgaat tttttgttgcccagatattttactatcattattaaagctgcgtacgatgcggcctgccga cgtgcgattcatgggttaggagtcatcattgagcatggtcagcatttcatccatgagctg gcgttggtaagcgtgcagcagatgggcgaggtgaaatctgcttcgctttaccctacaaag caggtaccttgccttgctgctggcctgccacattttgccacagactgggcgaggtgctgg ggccgcgatgtgtttatttcgctccgggggttactcctcgccgctggtcgatttgatgat gcgaaagagcatattctcgcttttgcaagtgtgttgaaacatggcatgatacccaatctg ctttcatctggaaagcttcctagatacaactctcgcgattctgtttggttttttctgcaa gcgatccaagattatacccacatcgttccagaaggtattcggattttggatgaaaaggtc tcccgtcgatttctaccgtatgatgacacgtggttttcgtttgacgatgaaagggcgtat agccaccagtcgactattgccgaggtcatccaggagatcctacagagacatgcttcaggc atatcatatcgggaacacaatgccggccctgagttggatatgcaaatgaagccagaggga tttcaggtgaatgttcatgttgactggcaaaccgggatcatgtttggaggaaaccagtgg aactgtgggacttggatggacaagatgggcgagagcgacaaagccgggaaccgtggttat cccggcaccccaagggatggcgcgccgattgaaatcactggcttgcaatacagcgcgctg cgatggatctcgaatctaagaaaagatggcctttactcgcacaatggagttgatattggt tccggccagacgatcaccttccttgactgggttgataggctaaaggcaaatttcgagagg tgttactacgtgcccgtggagcctgatgaggacaggctgttcgatgtgaacagctcagtt gttaaccgccgcggcatctacaaagatgtataccgatctgggaaaggttacgaagactat cagctccggcccaactttacgatagccatggtggttgctccggatcttttcactcccagg cgtgcgtttcatgccttgaccatcgctgataccgttctccgtgggccaacaggcatggct acacttgaccccacggacctgaactatcgcccgtactataacaactcggaagactcgact gattttgcaactgcgaaggggaggaattaccatcaaggacccgaatggctgtggccaacg gggtactttctcagagcgttgctgaagtttagcctgctgaaggacgattcgtatcaaagc ttgatggatgtgtatcagcagatcacgatgcggctggagggtctaacagtcttgtag

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