Puccinia graminis: PGTG_21621 Help Entry PGTG_21621        CDS       T02226                                  Name (RefSeq) hypothetical protein   KO K00844   hexokinase [EC:2.7.1.1] Organism pgr  Puccinia graminis Pathway pgr00010   Glycolysis / Gluconeogenesis pgr00051   Fructose and mannose metabolism pgr00052   Galactose metabolism pgr00500   Starch and sucrose metabolism pgr00520   Amino sugar and nucleotide sugar metabolism pgr01100   Metabolic pathways pgr01110   Biosynthesis of secondary metabolites pgr01200   Carbon metabolism pgr01250   Biosynthesis of nucleotide sugars Module pgr_M00001   Glycolysis (Embden-Meyerhof pathway), glucose => pyruvate pgr_M00549   UDP-Glc biosynthesis, Glc => UDP-Glc pgr_M01015   GDP-Man biosynthesis, Man => GDP-Man Brite KEGG Orthology (KO) [BR:pgr00001]  09100 Metabolism   09101 Carbohydrate metabolism    00010 Glycolysis / Gluconeogenesis     PGTG_21621    00051 Fructose and mannose metabolism     PGTG_21621    00052 Galactose metabolism     PGTG_21621    00500 Starch and sucrose metabolism     PGTG_21621   09107 Glycan biosynthesis and metabolism    00520 Amino sugar and nucleotide sugar metabolism     PGTG_21621   09110 Biosynthesis of other secondary metabolites    00524 Neomycin, kanamycin and gentamicin biosynthesis     PGTG_21621  09180 Brite Hierarchies   09182 Protein families: genetic information processing    04131 Membrane trafficking [BR:pgr04131]     PGTG_21621 Enzymes [BR:pgr01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.1  Phosphotransferases with an alcohol group as acceptor     2.7.1.1  hexokinase      PGTG_21621 Membrane trafficking [BR:pgr04131]  Autophagy   Mitophagy    Other mitophagy associated  proteins     PGTG_21621 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Hexokinase_2 Hexokinase_1 Motif Other DBs NCBI-GeneID:  13540736 NCBI-ProteinID:  XP_003889819 UniProt:  H6QRM2 LinkDB All DBs AA seq 852 aa AA seqDB search MADFRHSPRQLVGYIRKIVPDPRNPAISTPSNPSPLNCSHPPEAITPKRNSTIKTSQPSS NSCVLPGHDGQFTFTSLLPSTSQQPSGSANRSNQITSEPHLPSGQGRQLIFTSLLPSSSQ SSPVGPDQELIRLKSLLQRARPCRSCKSVIETTPPVSPDQIHHYCPMCCEVICKGCMNVT GCDWSCSGPFHGQDCPTIKCCATGRASIWIELLGQLDSCFLMNQYKISFKHGPKITHLYG DEALVEYMNAANGLLIASGDDDERLGYLGSILISSTLIDVLSQTFLCSPLLSWHFRAELF LSTISVVQGILQKLDQPWKILNSEFVKSSTTGISPLDHRQHKIIWNKISEKDHRPNSTET KLEKLQDSFPGLMADVEEILHNRRKPMIIYHSALPSLRQSINQNSTRSLSSDHQSTQACT VVPTPLTSVSSNAQHGSTSSDPTFRKSATFTRRSGSRADGRGSIVVHTRTHDNAQLPHAT KMQMADYLRKFEHLFMVTPQRFERGWTPMIPTFVFGWPTGKEVGPYLAVDLGKLMPSTHH ANRCQLRDMFLKLGRYQFAFAGPELNIIDFLSSGIRVQLTSLMVVSLATLVVSFLSLRKP FSEFPSLLGAIAASTKKVANIPKIASLGLPPDAEMAITCEWGAFDFGTPEHLPRTKYDLV IDETSNKPGEQAFEKMIAGLYLGEAFRLTVGEMIEEGILFLGQNTYKMEKSYCFDTAFLS LIESDPTEELLTVTGLFTHFFGLDTTISERQFFRRLAELIGTRSARLSACGIAAIVSKMG MVETGCGVATDGSLYNKYPQFPQRLHEALVDIFGEKGRLIKTYHAEDGRGVGSAIIAAMT KARLAEGKFTHV NT seq 2559 nt NT seq  +upstreamnt  +downstreamnt atggcagactttcgccacagccctcgtcaattagttggctatatccgcaaaatcgttcct gatcctaggaatccagcgatctcaactccctctaacccctcgccgcttaattgttcacat ccacccgaagcaatcactcccaagcgcaattcaacgattaaaacgagtcaaccctcttcc aattcttgcgtgctcccaggccatgatgggcagttcacctttacatccctcttaccaagt actagccagcagccctcgggatcggccaatcggagcaaccagatcacttcggaaccacac cttccctcaggccaaggtcgacagttaatcttcacctccctcttgccgagtagtagccag tcatcacccgttgggcctgatcaagaattgattcgactcaaatctctactccagagggct cgtccatgtcgaagctgcaagtctgtcatcgaaaccactccgccggtctccccggatcag attcatcattactgcccgatgtgttgtgaggtcatttgcaagggatgcatgaatgtcacc ggatgcgactggagttgttcaggaccgtttcatggacaggattgtccaacgataaaatgc tgcgccaccggtcgagcatcaatttggatcgagctgttagggcaacttgattcttgcttc ctaatgaatcaatacaaaatatctttcaaacatggtcccaagataactcacctatacggc gacgaagctttggtcgagtatatgaacgccgcaaatggattgttgatcgccagtggagac gatgacgagcgcttgggctaccttggatctatactcatcagctcaacattgatcgatgtt ctcagtcagacatttctatgttctcccctcttgagttggcactttcgggcggaactattc ctaagcacaattagtgtggttcaaggaatcctccagaagctcgatcagccttggaagatc ctcaactcggaatttgtcaaatcaagcaccactggtatctctcctcttgatcatcggcag cacaaaatcatatggaataagatctctgaaaaggatcatcgacctaattcgactgaaacg aaactcgaaaagctacaagactcgttccccggtttgatggccgatgttgaggaaattctt cataatcgtagaaagcccatgataatttaccactcggcgctgccctctctcagacaatcg atcaaccaaaacagtaccagatcactatcatcagaccatcaatcgacccaagcttgcacg gtcgttcctactccactcacatccgtctcctctaacgctcaacatggctcaaccagctcc gatcccaccttccgaaagagtgctaccttcactagacgcagcggaagtagggccgatggt cgtggttctatcgttgtccataccagaacccatgacaatgcccaacttccccatgcgact aagatgcagatggcggattaccttaggaaattcgaacatcttttcatggtcacccctcaa cggtttgaaagaggatggacacctatgatacccacatttgtgtttggatggccaaccggc aaggaagttggcccatacttggccgtggacttgggtaagctgatgccctccacccatcat gccaaccgctgccaattaagagacatgttcttgaaactcgggcggtaccaatttgcgttt gctggtcctgagctcaatataattgacttcctttcgtcagggattcgggtccagctcact tcactgatggtcgtttcccttgctacgcttgttgtgtccttcttgtcgttacgaaaacca ttttcggagttcccttctttactgggtgcaatagctgcttccacgaagaaagtcgcaaat atccccaaaattgcctcactcggccttcctccagatgccgagatggctatcacttgtgaa tggggggctttcgattttggtacccctgaacacttgcctcgaaccaagtatgatttggtc atcgatgaaacctctaataagcctggagaacaagcttttgagaagatgatcgccggcctc tatcttggtgaagctttccgactgaccgtaggggagatgatcgaagaagggatcttgttt ttgggtcagaatacatataagatggaaaagagctattgtttcgatactgccttcctcagt ctgatcgaaagtgaccccacagaggaattattgacagtcacagggttatttacacacttc tttggcttggataccacgatttccgaacgccagtttttccgaagacttgcggaattgata ggtaccaggtccgctagactttcggcctgtggaatagcggctatagtgtccaagatggga atggtcgaaaccggatgtggagtggctaccgatggaagtctttacaataaatacccacaa tttccccaaaggttacatgaagctctcgtggatatttttggtgaaaagggccgcttaatt aaaacctatcatgccgaagatggccgcggagtaggaagtgcaataattgcagcgatgacc aaagcaagattggcagagggcaaattcactcatgtctag

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