Xiphophorus couchianus (Monterrey platyfish): 114156403
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Entry
114156403 CDS
T05908
Name
(RefSeq) chitin synthase chs-2-like
KO
K00698
chitin synthase [EC:
2.4.1.16
]
Organism
xco
Xiphophorus couchianus (Monterrey platyfish)
Pathway
xco00520
Amino sugar and nucleotide sugar metabolism
xco01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
xco00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00520 Amino sugar and nucleotide sugar metabolism
114156403
09180 Brite Hierarchies
09181 Protein families: metabolism
01003 Glycosyltransferases [BR:
xco01003
]
114156403
Enzymes [BR:
xco01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.1 Hexosyltransferases
2.4.1.16 chitin synthase
114156403
Glycosyltransferases [BR:
xco01003
]
Polysaccharide
Structural polysaccharide
114156403
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Chitin_synth_2
Glyco_trans_2_3
Glyco_tranf_2_3
Motif
Other DBs
NCBI-GeneID:
114156403
NCBI-ProteinID:
XP_027892613
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Position
13:complement(23095561..23104830)
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AA seq
1166 aa
AA seq
DB search
MKGNGELKRPWDTCREVPVIEDEHTPWKLLKLLKIIALFAVAIIVFGLAICSKASFLLLI
TLSHEDTKTLQAEQKPLTLLCIGCSLIAPTVLLLLKSFWKACYKSSKLPRKSSAALVLFF
EFLVSVGLAVLTIVAMPHLDIVTNVTILNSVAVLSAFLQAVAQCTAKRMNIFLLPSIIAI
LFIFVGYCLFLVLYILKDPTDVKTAIWVGLAVGGSILVSFNWWENYVRVICVNSKSNFLK
NLFEDLIKSQNMLHIMSSLLRIVVTACVLGAYVPLAKMDWDIVTSIPSRETRIVAIIVGV
QLISSALCHWFALAACKMHAVRRCFIVPLYLASLAVMVLFIVPVILDYQDHQLILNTTEN
INFTRYCVDAVIVRNQSLSGDLFPHLVLDVAQTLCFLDLSNTANIGLLTGAAASWWIGLV
LATIHIWYFNIYRIQKTQDLFGRRLYEGAFIEQSLLLNTRFNTETRKRKKKQNKENATPA
MLYLCATMWHETYEEMMNIMISIFRLDQYRPKIEPKFDDFTFEAHIYFDDAFENAKGNQD
RHLNTYAKDLVQIITEVYGIFKNLNKTFFGVQQQIPDQSIIETPYGARLVVEMPHGNNIV
AHFKDKQKIRNKKRWSQVMYLYYLLGWKLMTKYHRRWQKGSNENDLRKEFQREKHNTYLL
ALDGDTDFQPAAVMLLIDRLKMYPRVGAACGRIHPTGSGPAVWFQKFEYAVSHWLQKTAE
HVFGCVLCSPGCFSLFRAEALMDDNVMKKYSTKSTEPSHYIQYDQGEDRWLCTLLLKQGW
RVEYNAASDAYTNAPQDFKELYNQRKRWGPSTMANVVDLLGSTNLVSKKNPSMSKPFMFY
QLFAMISAILAPATICLMVAGSLSFILDIPSAAALVIAVIPPAIYLGLCFKLKADTQITI
AAVLSVMYAFLMMVVTMSIIASMVKEQTILTPSSIFIVAMSVIYIVTALLHPQELPLLFY
GLLYIICIPSAYLLLTIYSMVNMNSVSWGTRETKPTAEAATTAAAIQQTKSQKAKSTFKR
LCSWKKCQKSNQREEDNQLGVRQEIPEPIQLEPQPQNSIVDDSPQNEEEEETIFDSPVQC
WKAEVESLSSDIQLQVDSLDEDEDQFWKELIEKYLEPLQNDKEKQEKTKNELQELRNKAS
MEDWIVMCLRYARKYIFFMLTFVLLF
NT seq
3501 nt
NT seq
+upstream
nt +downstream
nt
atgaagggaaacggagagctcaagaggccgtgggacacctgtcgggaggttcctgtaatt
gaagacgagcacacaccttggaagttgttaaagcttctaaagatcatcgctttgtttgca
gttgccatcattgtgtttggattggcaatatgtagcaaggcttctttccttctcctcatc
accttgtcccatgaagatacaaagaccctccaagcagagcagaaacccctcacactgctg
tgtattggctgctctcttattgcacctactgttcttctgctgctgaaaagcttctggaaa
gcatgttacaaatcatcaaagctgccaagaaaatcatctgcagccctggttttgttcttc
gagttccttgtttctgtggggttagcagtgcttaccattgtagcaatgccacacttggac
attgtaaccaatgtgaccatcctaaacagtgtagctgtcctctctgcattcctgcaagcc
gtcgctcagtgcactgccaaaaggatgaacatcttcctgctgccttccatcatcgcaatc
ctgtttatttttgttggttactgccttttcctggtcctgtacattttgaaagaccccacc
gatgtgaagacagccatctgggtgggtcttgctgttggtgggtcgatcttggtatctttc
aactggtgggagaattacgtcagggtgatctgtgtgaatagcaaatccaacttcctcaaa
aatctgtttgaagacttgatcaagagtcagaacatgctgcacatcatgtccagcttactg
aggattgtggtcactgcctgtgtgcttggtgcctatgttcctctggccaagatggactgg
gacattgtgacctccattccaagcagggaaacaagaattgtagccatcatcgttggggtc
caactgatctcctctgcactctgccattggtttgctttggcagcctgtaagatgcatgct
gtacgcagatgcttcatcgtgcctttgtacctggcttcactggctgtgatggtgctgttc
atcgtccctgttattctggattatcaggaccaccaattaatcttgaacacaactgaaaac
atcaacttcacaaggtactgcgttgatgctgtgattgtaagaaatcaaagtctgagtggt
gacctgttcccacatctggttttggatgttgcccaaacactctgcttcctggacctgtcc
aacacagccaacatcggcttactgacaggtgcagcagcatcatggtggattggtcttgtg
ctggctactatccatatatggtattttaacatttatcgcatccagaagacacaagacttg
tttggtcggagactctatgagggagcctttattgagcagtccttactcctcaacacccgt
ttcaacactgagaccagaaaacgcaagaagaaacagaataaggagaacgccactcctgct
atgttgtatctttgtgcaacaatgtggcatgagacctatgaggagatgatgaacatcatg
atctcaattttcagactggaccagtacagaccaaagatagaacctaagtttgatgatttc
acctttgaagctcatatctactttgatgacgcctttgaaaatgccaaaggaaatcaggat
cgtcacctgaacacatatgcaaaggaccttgtgcaaattatcacagaggtttatggcatc
ttcaagaaccttaataaaacattctttggagtacagcagcaaattccggatcagtcaatc
atagagacgccatatggagccagacttgttgttgaaatgcctcatgggaataacattgtc
gctcacttcaaagacaaacagaaaattcggaacaaaaagagatggtctcaggttatgtat
ctttactatcttttgggttggaaactcatgaccaaatatcacagacgctggcaaaagggg
tctaatgaaaatgatctgaggaaagagttccagagagagaaacacaacacctacctcttg
gctttggatggggacacagacttccaaccagctgctgtgatgcttcttattgatcgtctg
aaaatgtatccccgtgttggtgcagcatgtggcagaattcaccccactggatcaggtcct
gctgtttggttccagaagtttgagtacgctgtcagtcactggctgcagaagacagctgag
catgtctttggctgtgtactgtgcagccctggctgcttcagtctgttcagggcagaggcg
ctaatggacgataacgtgatgaagaaatattcaaccaaatccacagagcccagccactac
atccaatatgaccaaggtgaggaccgctggctgtgcactctgcttctgaaacaaggctgg
agagtggaatacaatgcagcatctgacgcctacaccaacgcaccacaggactttaaagaa
ctgtacaaccagcggaaacgatggggcccttccacgatggcaaacgttgtagatctgctc
ggttccaccaacctcgtttccaagaagaatccatcaatgtccaaaccattcatgttctac
cagctgtttgccatgatttcagccattcttgctccggccaccatctgtctcatggttgca
gggagtctgtccttcattttggatataccttctgctgctgctctggtcatagctgtgata
cctcctgccatttacttgggtctttgctttaagctcaaggcagacactcagatcactatt
gcagcagtgttgagtgtcatgtatgcattccttatgatggtagtgacaatgtccattatt
gcctcaatggtgaaggaacagaccattctgacacccagcagcattttcatcgtggccatg
tcagtaatttacattgtcactgcactgctgcatcctcaagaacttcctttgctgttctat
ggattactctacatcatctgcatcccaagtgcctacctcctgctcaccatctactccatg
gtcaacatgaacagtgtctcatggggaaccagagaaacaaaacctactgcagaagctgca
acaactgcagccgccatacagcaaactaaatcacaaaaagcaaaaagtaccttcaaacga
ctctgctcctggaagaaatgtcaaaaatccaaccagcgagaagaagacaatcagctcggt
gtgagacaggagatcccagagcctatacagcttgaacctcaaccacagaacagtattgtg
gatgattccccccaaaatgaagaggaagaggagaccatttttgactctccagttcaatgt
tggaaagcagaagtggagagtttgtccagcgacattcagctgcaggtggattctcttgat
gaggatgaggaccagttttggaaggaacttattgaaaagtatctggaacctctgcaaaat
gacaaagaaaaacaggaaaagactaaaaatgagctgcaagagctcagaaacaaggcaagt
atggaggactggattgtaatgtgtttgagatatgctagaaaatatatattttttatgcta
acctttgtacttcttttctaa
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