Xenopus laevis (African clawed frog): 108703717
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Entry
108703717 CDS
T01010
Name
(RefSeq) microtubule-associated protein 1S
KO
K10429
microtubule-associated protein 1
Organism
xla
Xenopus laevis (African clawed frog)
Pathway
xla03250
Viral life cycle - HIV-1
Brite
KEGG Orthology (KO) [BR:
xla00001
]
09120 Genetic Information Processing
09125 Information processing in viruses
03250 Viral life cycle - HIV-1
108703717
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
xla01009
]
108703717
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
xla04812
]
108703717
Protein phosphatases and associated proteins [BR:
xla01009
]
Protein serine/threonine phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-1
PP1-interacting proteins (PIPs)
108703717
Cytoskeleton proteins [BR:
xla04812
]
Eukaryotic cytoskeleton proteins
Microtubules
Tubulin-binding proteins
Microtubule-associated proteins (MAPs)
108703717
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
MAPB1_N
Anti-Pycsar_Apyc1
Motif
Other DBs
NCBI-GeneID:
108703717
NCBI-ProteinID:
XP_018095399
UniProt:
A0A8J0U3P0
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Position
1S:101305244..101328851
Genome browser
AA seq
1314 aa
AA seq
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MAATQAGPGHLRCSVLILYGEIRRGPGLVRRAVSELKRGFCSWDIDPSFCNLDEQLKLFV
SRHSASFSSDVKGQRSLHHAGDVLETNVLINPSKKSLCEEIHKLICCESQHKLLIFIGPF
LEGNWELLLQGGENFSVKDFIQIFADKEIGEILSLSDPSTHANLTVTCPQNWDVSQLDKG
SLQDFIEMRFNPAQLLPETEGLQELAEYLSESLEPSSPFELLEPPSTVGFLKLFKPCCYV
FPGGRGDSAFFAVNGFNMLINGGSDTLSPFWKLVRHLDRIDSILLTHMGTDSLPGVNSLL
LRKIAEVEEDPSQGPQANEEWLKNLVSPELGVVFFNTAEKLINQEDDPSVVRCKEEAILA
LCCLEKLGIQPEPLHRVNVPLVEPTILFQKMGVGRLEMYILNPVKGSKELEILTKQWTGS
ESLSGTDLPLTCLASACVLLVWHPVSFSEKIVRVLFPGCTPQGKILEGLEKLKHLEFLKA
PVITRKDLEIVAEYNLSERNSTKPKRTESKESLRSGSGRHSAELKVKHERKETKLEVKEK
SKTLTDSIKDAGDKTKEAKSKAEGITEKSKPDSKFKASKDKVTIKKDQPKEEKKPPVKKE
ETIADSKKEPTKLEARKGVRHSLNVGKFETPKKDDAKKESRSDDGKTVRASGKDLKKPAI
TPADFKRPMSRAGSLRKETIVTKKENSTNAKITEKGKVKPQKKETGAESAKPLLVYAEDI
NPCSTLDRNQEIEKNYENGVCDPKLNGNLKNNDPEAVCVVNGLCSVEPESPNGFRYLETS
PFKSLATISPLAKTPKNEQSVNFDLTPTGLEIQEKGKVAQHGADGLEDAYGSSEERTLEM
ASPASSGNHSPAIVDHNEDHSMPSGESKGLNMSSWKVPPKSSQENSNSSQGRQTSCLSLS
PFRDDVPDVSPTITTTSLPAEVGSPHSTEVDESLSISSFEQTLPPVRESPRNVSPVAPAP
NRGGLTLPVHPTHSAEFDGQSERSASPHDVDLCLVSPCEFEHPKSEAALSPRDSDSDPSQ
ELAKPTCLTKDTQNGSETPPTSVSESLPTISDSGPDECPSIALDGESDAENTPKSLDPIP
TPLHDPYPVPPHPGTCMVDPETIPVNPKEKKPQTRPSSTNLKNDSSKVRGTPGKPRTTGT
SKGAVGKSETSDRAPHSGTRSKSSLSRSSANALKPTPVASRTFSAAHGLPHHSGSSPPSP
PVYVDLAYLPGGPGAHTVQEDFFKQVRSSCYVISGDDPGKEEVTRRILDSLLTGISHWSQ
EIKVTLIPTYESAVVHEWYNDTHALQQSLGVTVLGSTSGVSMQGETFRACKVEF
NT seq
3945 nt
NT seq
+upstream
nt +downstream
nt
atggcggcgactcaggcgggtcccggtcatctgcggtgctccgttctgatattgtacggg
gagatccgccgggggcctggtcttgtgcgcagggcggtgagtgagctaaagagaggcttc
tgttcatgggatatcgatccatccttctgtaatctagatgagcaactaaagttgtttgta
tcccgtcactctgccagtttctcctcagatgtgaaagggcagagaagtcttcatcatgca
ggggatgttttagagacaaatgttctgattaacccttctaagaagtctctgtgtgaagag
attcataaattgatttgctgtgagtctcaacacaagttactgattttcattggcccattc
ctggaaggaaattgggagttactcctccaaggtggtgaaaacttctcagtgaaagacttt
atccagatatttgctgacaaggagattggagagattctgagcctgtctgacccctctaca
catgccaacctaactgtaacctgcccccaaaactgggatgtgtctcagctcgataaaggg
agccttcaggatttcatagagatgagatttaacccagcacagctgttgccagagacagag
ggtttgcaagagctggcagaatacctttcagagtccttggaaccttcctctccatttgag
ctgcttgagcctccctctactgtgggctttctgaaactttttaaaccatgctgctatgta
ttccctggaggcagaggagactctgccttttttgctgtaaatgggttcaatatgcttatt
aatgggggttcagacactttatctcctttttggaaactggtacgccatttggacagaata
gactctatccttctaactcatatgggcacagacagtctgcctggggtcaacagtttgtta
ctgagaaagatagctgaggttgaagaggatccttctcaaggtccacaagctaatgaggag
tggttgaagaacttggtttctccagagctaggtgttgtgtttttcaacactgcagagaag
ttaatcaaccaggaggatgatcccagtgtagtaaggtgtaaagaagaagccatactcgct
ctttgttgtttggaaaaactgggaattcagccagagccactacaccgagttaatgtgcca
ttggtggaaccgacaatcctattccaaaagatgggagtgggacggctggaaatgtatata
ctgaatcctgtcaaaggcagcaaagaactggaaattctgaccaagcagtggactggatct
gagtcactgtcgggcacagatttacccctcacttgtctagcatctgcctgtgtccttcta
gtttggcatccagtctctttctctgagaagattgtacgtgttctgttcccaggatgtact
ccacagggcaaaattctggaggggcttgagaaattaaagcacttggaatttttaaaagca
ccagtgataactcgtaaagatctggagatagttgctgaatataacctttcagagcgaaat
agcaccaaacccaaacgaacagagagtaaggagagcttgagatctggatctggtaggcat
agtgccgaacttaaggtgaaacatgagagaaaggagaccaaactagaagtgaaggaaaaa
agtaagactctcacagactccattaaagatgcaggcgataaaacaaaggaagccaagagt
aaagcagaaggtataactgagaaatcaaagcctgattcaaagttcaaggcgagcaaagat
aaggtaaccattaagaaagatcaaccaaaagaggaaaagaagcctccggttaagaaagag
gagaccatagctgacagtaaaaaggagcccacaaaactggaagccaggaaaggcgtaaga
cactcactgaatgtgggaaagtttgaaactccaaagaaggatgatgccaagaaagagagc
agaagtgatgatgggaagacagtcagggcaagtggcaaagatcttaagaaacctgcaatc
acacctgcagacttcaaaagacccatgtccagagctggctccttaagaaaggaaactata
gtaaccaagaaggaaaatagcaccaatgctaagattacagaaaagggcaaagttaaacct
cagaagaaagagactggagcagaatctgcaaaaccattactggtttatgctgaagatatc
aacccttgtagtaccttggataggaatcaagagatagaaaagaattatgagaacggagtt
tgtgaccccaaattaaatggaaatctcaaaaacaatgatcctgaagctgtgtgtgttgtg
aatggactatgctcagtagagccagagagccccaatggatttcgctatttggagacaagt
ccttttaaaagtttagccacaatatcccctcttgcaaaaactcctaaaaatgaacagagt
gtcaattttgacttgacacccacaggcttagaaatacaagaaaagggcaaagttgcacag
catggagcagatgggttggaggatgcctatggtagctctgaagagagaacactggagatg
gcatctccagcaagctcaggcaatcactccccagcaattgttgatcacaatgaagatcac
tccatgccatctggagaaagcaaaggtttaaacatgtcatcctggaaggtaccccccaaa
tcttcacaagagaattcaaactcctctcagggtaggcagaccagttgcttatccttgagc
ccctttcgagacgatgttcctgatgtatctccaactataacaactacctctttgcctgct
gaggtgggctcaccacactctactgaagtagatgaatctttgtccatctcatcttttgaa
cagaccctacccccagttagggaatctcctagaaatgtctcgcctgttgctcctgctcca
aatagaggagggttgacacttcctgtacatcctacacactctgctgaattcgatgggcag
tctgaaaggtctgcatccccccatgatgttgacttatgcttggtatctccgtgtgagttt
gaacaccctaaatcagaagctgcactcagcccacgtgacagtgacagtgatccttcgcag
gaacttgccaaacctacatgcttgactaaagacacccaaaatgggtctgagacaccacca
acttcagtcagtgagtctttgccaaccatctctgactcaggaccagatgaatgcccttct
atagctctggatggagagtcagatgcagagaacacgccaaaaagtctggaccccatccca
acacctctgcatgacccctaccctgttccacctcacccaggcacatgcatggttgaccca
gaaactatccctgtaaaccccaaggaaaaaaagcctcaaacacggccctcatccactaac
cttaaaaatgatagtagtaaagtgagagggacacctggcaagcctcgaactactggaaca
agtaagggagctgtgggcaagagtgaaacatcagacagggcaccacactctgggactcga
tcaaaatcctctctgagcagaagttctgctaatgctttaaaacctacacctgtagcaagt
cgcacattttcagcagctcatggcttaccacatcactctggctcctctccaccatctcct
ccagtgtatgttgaccttgcatatctgcctggaggtcccggagcccacaccgtgcaggag
gacttttttaagcaggttcgctcctcttgctatgttatcagtggagatgatccaggcaag
gaagaggttacccgcagaatcctcgattcactgctaaccggtataagtcactggtctcaa
gaaataaaggtgaccttgataccaacatatgagtctgcagtagtccatgaatggtataat
gatactcatgctctccagcagtcattgggagtaactgttttgggcagcaccagcggtgtg
tctatgcagggtgaaacctttcgtgcctgcaaagtggaattctga
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