Musa acuminata (dessert banana): 135627752
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Entry
135627752 CDS
T03447
Name
(RefSeq) bifunctional fucokinase/fucose pyrophosphorylase-like isoform X1
KO
K25314
fucokinase / fucose-1-phosphate guanylyltransferase [EC:
2.7.1.52
2.7.7.30
]
Organism
mus
Musa acuminata (dessert banana)
Pathway
mus00520
Amino sugar and nucleotide sugar metabolism
mus01100
Metabolic pathways
mus01250
Biosynthesis of nucleotide sugars
Module
mus_M01001
GDP-L-Fuc biosynthesis, L-Fuc => GDP-L-Fuc
Brite
KEGG Orthology (KO) [BR:
mus00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00520 Amino sugar and nucleotide sugar metabolism
135627752
Enzymes [BR:
mus01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.1 Phosphotransferases with an alcohol group as acceptor
2.7.1.52 fucokinase
135627752
2.7.7 Nucleotidyltransferases
2.7.7.30 fucose-1-phosphate guanylyltransferase
135627752
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Gene cluster
GFIT
Motif
Pfam:
Fucose_pyrophosphorylase
GHMP_kinases_N
GHMP_kinases_C
Myosin_VII_N
LbH_EIF2B
Motif
Other DBs
NCBI-GeneID:
135627752
NCBI-ProteinID:
XP_064990058
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Position
BXJ2-11:complement(2564800..2573791)
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AA seq
1088 aa
AA seq
DB search
MENNKGDRRRGRGRSARATDDITAVLRKCWYRLRLSVRDPSRVPTWDAVVLTAASPEQAA
LYEWQLRRAKRFGRIAPSTVTLAVPDPDAARIGSGAATLHAIYALARHLLRIGHASLEVS
DDKEDSLLSSSNGWSNDDTSFSSIVKYMATRHILLLHAGGDSKRVPWANPMGKVFLPLPY
LAADNPDGPVPLLFDHILAISSSARQAFKNKGGILIMTGDVLPCFDASTMILPDDSGCII
TVPITLDIAANHGVVVASSVGITNDDYSICLVENLLQKPTLTELTEGHAILHDGRTLLDT
GIIAVRGKAWAELVKLACSSSQTMISKLVDSRKEMSLYEDLVSAWVPAKHEWLRSRPLGE
ELINALGNQKMFSFCAFGLSFLHFGTSIEVLDHLGGSNSALVGRRHLCSMPETTSCDIAA
SAVILSSKIAPGVSVGEDCLVYNSSLSGRIQIGSQSIVVGVSIASLNKYEQIDNSARFVL
PDRHCLWEVPLAESLGRIIVYCGLHDNPKISVENGGTFCGKPWKKILHYLQIQESDLWSS
LAGQEKCLWTAKLFPIVSSSEMLKLSMWLTGSTIYNCQEMLFLWRNSHRISLEDLHRSID
FPQLCMESNKHQADLAAGIAKACLTCGLLGRNLSQLCEEILQKGTMGVEICKDFLTLCPI
LEDQNHGVLPQSRAYQVQVDLLRACEDESNARILEQKVWTAVASETASAVKYGIEGDSFD
SKCGTNTTSKLTKDLEDISFCPKRASVQLPVRVDFVGGWSDTPPWSLERQGCVLNMAINL
GGSLPIGAVIETTKSSGVLIVDDAENHVYIEDPASISTPFDKDDPFRLVKSALLVTGIFR
HKVLVNSGLQIETWAKVPRGSGLGTSSILAAAVVKGLLRLMEEDESNESVARTVLVLEQV
MGTGGGWQDQIGGLYPGIKCTYSFPGQPLLLQVIPLVASPQLVSELEQRLLVVFTGQVRL
ANQVLQKVVTRYLRRDNLLIESIKRLAALAKHGREALMNGDIDELGYIMLEAWRLHQELD
PFCSNEFVDKLFAFAEAYCCGYKLVGAGGGGFALLLAKDASRAQQLKQALGESSELDVKV
YNWNICLS
NT seq
3267 nt
NT seq
+upstream
nt +downstream
nt
atggagaacaataagggcgatcggaggaggggacgcgggaggagcgcccgcgcaaccgac
gacatcaccgccgtgctccgcaagtgctggtaccgcctccgcctgtcggtgcgggacccg
tcgcgcgtccccacctgggacgccgtcgtcctcaccgccgccagccccgagcaggccgcg
ctctacgagtggcagcttcgccgggccaagcgattcggccgcatcgccccctccaccgtc
accctcgccgtccccgaccccgatgctgcacgcatcggatccggcgccgccaccctccac
gccatctatgcccttgcccgtcaccttctccgcatcggccacgcgtccctcgaggtaagc
gatgacaaggaagatagtttactgtcttcatcaaatggatggtccaatgatgatacttca
ttctcatcaattgtaaagtatatggccacaaggcacatactattgcttcatgctggaggt
gattctaagagggtcccatgggcaaacccaatgggaaaagtgttcctaccactaccatat
ttggctgcagacaatcctgatggccctgttccattgctttttgatcatatacttgcaatt
tcctctagtgcaaggcaagcttttaagaataaaggtgggattcttataatgaccggagat
gttctcccttgttttgatgcctcaaccatgattctgcctgatgattcaggctgcatcatt
acagtcccaataaccctggatattgctgctaatcatggtgttgttgtggcttcaagtgtt
ggcattacgaatgatgattactccatctgcttggttgaaaatcttttgcagaagccaacc
ttgacagagctcactgagggccatgccatactacatgatggtaggacactactagatact
ggaataatagcagtgagagggaaggcatgggctgaacttgttaagcttgcctgctcttca
agccaaaccatgatatccaagcttgtggattccagaaaagagatgagtttatatgaagat
ctggtatcagcatgggtaccagcaaaacatgaatggttgcggtcacgtcctttaggtgaa
gaacttatcaatgcgttgggaaatcagaagatgttcagcttttgtgcctttggattgtcc
ttcttgcactttggtacatcaattgaggttctcgatcacttaggtggttcaaattcagca
ctagtaggccgaaggcacttgtgttctatgccagaaactacttcttgtgacattgctgca
tctgctgttattctttccagcaaaattgcacctggtgtttcagttggagaagattgtttg
gtttataactcgtcactttctggtcgaatacagatcggttcacaatccattgttgttgga
gtgagtatagcgagcttaaacaaatatgaacaaattgacaattcagcccgattcgttttg
cctgatcgtcactgtctgtgggaagttcccttggcagaatctttaggaagaatcattgtc
tattgtgggcttcatgataacccaaaaatttctgttgaaaacggtggaactttttgtgga
aaaccatggaaaaagatcttgcattacctacaaattcaagaaagtgacttatggagttcc
ttggctggccaagagaaatgcttgtggactgcaaaactatttcccatagtttcttcatct
gaaatgctcaagttaagcatgtggcttactggctcaactatttacaactgtcaagaaatg
ctttttctatggagaaattcacatcgcatcagtttggaggacttgcatcggtctatagat
tttccacagctttgcatggagtccaataagcatcaagcagaccttgcagctggaattgct
aaagcttgccttacctgtggtttgcttgggcgcaacttgtctcagttatgtgaagaaatt
ttacaaaaaggtaccatgggagtggaaatatgtaaggattttcttacactctgtcctatt
cttgaagatcagaaccatggtgttcttcctcaaagcagagcataccaggtgcaagttgat
cttcttagggcttgtgaagatgaatcaaatgctcgtatattggagcaaaaagtttggact
gcagttgctagtgaaactgcatcagcagtaaaatatggaattgaaggtgattcttttgac
tccaaatgtggaactaatactacatcaaaactaacaaaggatcttgaagatattagtttc
tgccccaaaagagcaagtgtacaattgccagttcgtgttgactttgtgggtggatggagt
gatacaccaccttggagcttggaacgccaaggttgtgttctgaatatggcaataaatctg
gggggatcccttccgattggagctgttatagaaacaacaaaaagttctggggtcttgatt
gttgatgatgctgaaaatcatgtctatattgaagatcctgcctccatttctacacctttt
gataaagatgatccatttcgacttgtaaaatctgcactcctcgtgactggaatttttcgt
cacaaagtattggtcaattcaggcctacagattgagacatgggcaaaagttcctcgtgga
agcggcctgggaacttctagcatactggctgcagctgttgttaaggggttgcttcgtctc
atggaagaagatgaaagtaatgaaagtgttgctagaactgttttggtgctggaacaagtt
atgggtacaggcggtgggtggcaggatcaaattggaggcttgtatcctgggattaagtgc
acctacagctttccaggacagccattactgttgcaagttattcctctagtagcctcgcct
cagttggtgtcggagttagaacagcgtctgctggtggtgtttactggtcaagtgcgactc
gctaatcaagtcctacagaaggtagtaacaagatatctgcgccgagataacctcctaata
gaaagtatcaagcgccttgctgcattggcaaagcacgggagggaagctctgatgaatggt
gatatcgatgagctgggctacataatgctggaggcttggcgactacaccaggaattggat
cctttctgcagtaacgaatttgtagataagctttttgcttttgctgaggcctactgctgc
ggctataagttggtcggcgccggaggtggtggcttcgccttgcttctcgccaaggatgcg
tcacgtgcccagcagcttaagcaagcactcggggagtcttccgagctagatgtgaaggtg
tacaattggaacatttgtttgtcctaa
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