Victors

GPT1
Victor ID	4645
Gene Name	GPT1
Sequence Strain (Species/Organism)	Candida albicans SC5314
NCBI Gene ID	3638247
NCBI Protein GI	68471625
Locus Tag	CaO19.7922
Genbank Accession	AACQ01000026
Protein Accession	XP_720119
Taxonomy ID	237561
Chromosome No	3
Gene Starting Position	104604
Gene Ending Position	108947
Gene Strand (Orientation)	-
Protein pI	4.96
Protein Weight	158597.72
Protein Length	1447
DNA Sequence	>gi\|68471764:104604-108947 Candida albicans SC5314 chromosome 3 Ctg19-20046, whole genome shotgun sequence ATTACAATTCATCGTGAATAAAATCATCATCATTACTTTCTTGTTCTTGTTCTTCTTGTTCTCCGTCTGT ATCAATTTCTATCTCTTGAACAACTTCTTTGGCGGTATTATTCTGTACTAATGATACCAATGGTTCAATT GCTTGCTCGTATTCAATCCATTCTGGGATCAATCTCTTAGCAGCATCTAATTTATTTTCTCTAGTTAATG GATTGTTGCAAAGATCAATCATTTTTGCATCTTCCAAGCTTTTATCTGAGCACCACATTTCACACCAGAG CCAATTTTGAGGCAAACTGAAAATTTTTATCAGTCTTTGCATATTATTGGGCAAATCTTGATCTAAATTG CTCAACGAATTTGGATCACTAGAAAGCTTTTGATAGTGTGCTCTCAATCTGTCTCCAGCTTTTATAGATC TGAACTTTTGCAAATCAACAACAAATAATGCACTAATATGATATTTCAAATCATCCTTCAAAACATCGGA CCAGTATCCTTCTTTCCAAAATCTGAAACCTTCCATTTCTTCCCGAGAATCACACATTGGAGTAAATCCA TATGGAGCACCTTCAAGATCCATGTTAACCAATTCTGTCAAATCTGCCCTACATATTTGATCGGCGTCAA TGAATATAATCTTGTTGAGATCTTGTGGGAACAAAACGTCCAAAAACAAAATCTTATACCCCCAAATCAT TCTTTCTTTGGTTTTCTGTTTTCTCAAGAAATTGGGCCATTTGTAACTAATAAACTCATATTCGACATTA TACTTTATTGAGATAAGCTCTACCAAGTGTTTGAATTGTGGGGTCACAAAATCTTCCAAAATCCAGAATT TTATTGTCAGGCTAGGGTTATGTTTTCTTACTGACGCAATCATAATGCTAGTTAACTTTTCATAAAGTTG GCCACCAGCAATTGTAAAAATATTTATATCTGCATGTTTTCTCGTCAGCATTGGCTTATTGTTGCCAGAT TTCATTACCCTTGGATATATGGTCGATCCATCAATTTTAAAAACTGGCACCTCAATGCTCTCCAATTCCT CGGTATTAGCCTGATATTTGTTTTCCGATGCAGACAATAATGTGTCATTTGAGGTCGTACTAAAGTTGAA AATACTAGGATACCCTTTGATTTGAAAATAGTCCAAGGAAGTCATCACCAAAGTATCAGTTGAGTAATTT TTATTAAAGGCTCTAAAGATTAAACCATCAGGGGCCTTCCCAGTATGAATATCTCTAGCATATCCTTCAA TTAATATATTTTTTAGAGAGTATTTTGCATCAACAGAGTGGCTTTCGCTGAAATTGATTGTGTTTAAATC CATCGAACTCAGTTGAGGAACAACTATCCACTTATGTGGAACATCTAATTCAGTAGAATAGGTCACATTG GATGGAATACTTTCAAATTGAGCTGAATAATGTTGGATCCACTTGCCATTGGAATCAAATTTGGGAGTCG GTTGAGGATACACACCACGATAAAACTTGTGAATTTTGATCTCTTCTTTCAGATCCACTCTTGGTTGTAG TAAGATTCTAATGTTCAAGAACAGAAAATCTGTAATGCTATTAACAAGGCTTATCAATTTTTGAGAATAT TCATCCATTGGGTTCAAAATTATTAATACATCAACTGGACTATTTTCTTCATAAGTCGTTACATCAATCG AGTTTGAAAAATCCAATGAGCTAAAATCAAACCTGTTAACATCAACAATAAACCTTTTTTCGTCGACATG GAATGATTTTGTCACTATGGAAGTCACCAAATCAAACCAGTCCATATTGTCCAATCCAGACAAAACCAGA TTAAAATCACTTACCTTCTTCGACCTAAACTCATCCGGATATGCCTCCATGATGTCCGGGATTAAGTTCA ATCTTTGAGATACTTCAAACTCTATAATTTGATCCAATTCCTCGTATCCAAAATTTCCATCCAATCTAAA ATATCTAGAGTTGAATAGCAAAAAAGAGTGATGAGCAGGTAATTGCTTAGTCTCAAGCATTTTTTTCAAT TCATCATTATTTGCACTTGAAGCGTTGGATTTTTTCAAAATCTCAATAATTTCATCAATTTGTCCATTTG TTAAGGCGGTTAATTTAAACTTTGTTTTCAATTTTCCAAAAACATCTGTATCCCCAGTATTAATAATTCT TATCTGAATTGCTTTCTTTTTGAGAAGCAATAACAAATCTATCAATTGAGTAATTATTTCTGACTTGGTA AAATCCGACACTAGCCAAAATGTTCCAGACACACCCTGCGCTTTATCTAGCTTCTTGAATGCAATTGAAT TGTTTATTAATTCCTTGTCGATTTTCTTGTAAATAATGTCACTAGGTTCTAATGGAATTATACGTAAATT GCGTTCTGATTTTGCATTAGAGTAAAGAACATCTTTCAATCTACCCTCTATTGGTCCCTGTCTCAAGAAA GTTTTAATAAGTGAAATGTCCTGGGATATTTGTTTACTCATGGCAATCTGCCAGTTTGGTGCTCTTAAAT CGTAAATAACCCCATTGAAAATGACCGAAGCAGTTGATATAGAAAACTTGTTTAACACATGATTATAATC CACTTTATAATCTTCGGGTACTTCCACTTTATCTAATAAGTCATCAACTTCATCTGGACTGTTTGATTCA AAATATTTATACAATATTGCTAATGCCTCTTGTGTGCTTGATTTCTCAGCAATCCAATAAAATTTCTCAG CGAGTAACAGATCCATTGGGTCATCTCCTATAACGGGCAAAACTCCAACTTGTTGAGGTATACCGGAGTC CAAAATCACCTTAGATAAAGTGAAAAACACCCGCAATTGATTTTTGTTCCCAAAATTTAATGCGAAAATT AAATCATGGATGTTCTCTTTCAATAACGGAATTTGATTTGGCTTAAGTTTATGAGAACCAACTCCTAAAT ATGCCTCCTCACGATCAGTGGTGTACTCCTTGAATGTGTTGTCTGATTCAATGTTATTGAAAAACAAGAC CCCACCCTTTTCTGAACTACCCTTCTTAAATTCATTTTCATACACTTTAAATCTATTTTCATTGTTACCC ATTAATGTATTCCCATTTCGAAATTGTGTTTGTTTAACAGCTGAAAGTAAAGCAAATTTTGCTATCAAGA GCTTTGCTTGTACGGTATCAAATCCAAGTTTCACTAAATCTTTCACAGTCTGTAATTCCTCCTTTATCCT GGTACCTAGATTGTAAATATCTAACTCTAGTGGATTTATTGGGGAACCGTTGATATATATTCCGTAGGAG TCTTGAGATAGCCCTATATCTTCATTTCCAAGCACTTTGGATTTAACTTTTTCATGATTTAGTAATTTTG GTAATCGTGCAATGTAAGGAATAAACTTGGGAAAGTTGGTTAAAATGGTATCTAAAAGGTCGTATTTAGT AGTCTTGTAGCGATTGGATAATATGAATGAAGTCAATTTAACACCAAGTTCATACGAATGTTTTCCATTG ACCAGGACCAATTCTTGCGACTCATTAATTCTGGTGAAATCTCGACTCAAATCATACTTTGGATTTCCTT CTGCACCAGAATAATCATACTTCTCCATTTTCAATGATACACCGTATCCAGAAATTGAGTTCAGTTTTTT GATTCCCAGTGGAATGTACCTCCATACAAACTTTAATTTTCCAGCCTTTGCATCTGGATACAATATTTTA AGAAAATCTTTAGTCAGTTCCTCAGTCGGGTTTCCATATAAAATCACCAAAGGTGCATCTTTTGATTTTC CAATAATCCTATCAAATAAAAGTGTAGAATGAGAACTCAAATCAGTTCGTAATGCAAACAAATCATTAGC CGAACAATATATCTTATCGTTATATAGTAACCACGTTTGAATTTGACCATTTTTCGTTTCCACTGCATTC CCAAAAGAGTCTTTTGCACATTCACTTTTGAGTCGATCGCCAAACTTAGTTAGAACATCAGAATAGTGAT CGTAATGGGCTGCGATTCTTGGTGTATGTTTTTTGTTGGTTAAATCAAAATTAATAAAATCCAAATCTTG ATCTGTTAACCCTAATGAGTTGATCACGGTAGAATATATTTCTTGATCTGAAGCATCATCTTCTAATTCC ACTTCAGTGTCTCCTAAACCAAAAATTGTTTCAATTGTCTGTTCGTACAAAGAGTCATTGAAGCCAACGA TGGCCTCTATAAAGCTAGGAAGGAAATCAATATTGCTCCATGACGCTTCAAGTTCAAGTTTAAAATTGTT ATTTTCAGTAGCTTTGACAATATTTAATAAAACAGCAACCGCAATGGTGTAGTAGATATACCTTGCAATT GACA
Protein Sequence	>gi\|68471625\|ref\|XP_720119.1\| potential glycoprotein glucosyltransferase [Candida albicans SC5314] MSIARYIYYTIAVAVLLNIVKATENNNFKLELEASWSNIDFLPSFIEAIVGFNDSLYEQTIETIFGLGDT EVELEDDASDQEIYSTVINSLGLTDQDLDFINFDLTNKKHTPRIAAHYDHYSDVLTKFGDRLKSECAKDS FGNAVETKNGQIQTWLLYNDKIYCSANDLFALRTDLSSHSTLLFDRIIGKSKDAPLVILYGNPTEESTKD FLKILYPDAKAGKLKFVWRYIPSGIKKSNSISGYGVSLKMEKYDYSGAEGNPKYDLSRDFTRINESQELV SVNGKHSYELGVKLTSFILSNRYKTTKYDLLDTILTNFPKFIPYIARLPKLLNHEKVKSKVLGNEDIGLS QDSYGIYINGSPINPLELDIYNLGTRIKEELQTVKDLVKLGFDTVQAKLLIAKFALLSAVKQTQFRNGNT LMGNNENRFKVYENEFKKGSSEKGGVLFFNNIESDNTFKEYTTDREEAYLGVGSHKLKPNQIPLLKENIH DLIFALNFGNKNQLRVFFTLSKVILDSGIPQQVGVLPVIGDDPMDSLLAEKFYWIAEKSSTQEALAILYK YFESNSPDEVDDLLDKVEVPEDYKVDYNHVLNKFSISTASVIFNGVIYDLRAPNWQIAMSKQISQDISLI KTFLRQGPIEGRLKDVLYSNAKSERNLRIIPLEPSDIIYKKIDKELINNSIAFKKLDKAQGVSGTFWLVS DFTKSEIITQLIDLLLLLKKKAIQIRIINTGDTDVFGKLKTKFKLTALTNGQIDEIIEILKKSNASSANN DELKKMLETKQLPAHHSFLLFNSRYFRLDGNFGYEELDQIIEFEVSQRLNLIPDIMEAYPDEFRSKKVSD FNSVLSGLDNMDWFDLVTSIVTKSFHVDEKRFIVDVNRFDFSSLDFSNSIDVTTYEENSPVDVLIILNPM DEYSQKLISLVNSITDFSFLNIRILLQPRVDSKEEIKIHKFYRGVYPQPTPKFDSNGKWIQHYSAQFESI PSNVTYSTELDVPHKWIVVPQSSSMDLNTINFSESHSVDAKYSLKNILIEGYARDIHTGKAPDGLIFRAF NKNYSTDTLVMTSLDYFQIKGYPSIFNFSTTSNDTLLSASENKYQANTEELESIEVPVFKIDGSTIYPRV MKSGNNKPMSTRKHADINIFTIAGGQLYEKLTSIMIASVRKHNPSSTIKFWILEDFVTPQFKHLVELISI KYNVEYEFISYKWPNFLRKQKTKERMIWGYKILFLDVLFPQDLNKIIFIDADQICRADLTELVNMDLEGA PYGFTPMCDSREEMEGFRFWKEGYWSDVLKDDLKYHISALFVVDLQKFRSIKAGDRLRAHYQKLSSDPNS LSNLDQDLPNNMQRSIKIFSLPQNWLWCEMWCSDKSLEDAKMIDLCNNPLTRENKLDAAKRLIPEWIEYE QAIEPLVSLVQNNTAKEVVQEIEIDTDGEQEEQEQESNDDDFIHDEL
Molecule Role	Virulence factor
Molecule Role Annotation	MUTATION: C. albicans KRE5 homozygous mutant strains exhibit a 50% reduction in adhesion to human epithelial cells and are completely avirulent in a mouse model of systemic infection (Herrero et al., 2004).
References	*Herrero et al., 2004:* Herrero AB, Magnelli P, Mansour MK, Levitz SM, Bussey H, Abeijon C. KRE5 gene null mutant strains of Candida albicans are avirulent and have altered cell wall composition and hypha formation properties. Eukaryotic cell. 2004; 3(6); 1423-1432. [PubMed: 15590817].


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GPT1