KEGG   Xenopus tropicalis (tropical clawed frog): 100493991
Entry
100493991         CDS       T01011                                 
Symbol
maml2
Name
(RefSeq) mastermind-like protein 2
  KO
K06061  mastermind
Organism
xtr  Xenopus tropicalis (tropical clawed frog)
Pathway
xtr04330  Notch signaling pathway
Brite
KEGG Orthology (KO) [BR:xtr00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04330 Notch signaling pathway
    100493991 (maml2)
SSDB
Motif
Pfam: MamL-1
Other DBs
NCBI-GeneID: 100493991
NCBI-ProteinID: XP_031753184
Xenbase: XB-GENE-987036
UniProt: F7C5X6
Position
2:164399297..164519504
AA seq 994 aa
MGETAPPQAPAGNLGIGVAGAGLLGGGSVTPRIHSAIVERLRARIAVCRQHHLNCEGRYE
RSRAESSDRERENTLHLLTLVQHGQGTRKNNKHNKSTCAPPPDYHHHHQQHLQSTEGKEI
NGNQQPQSSNGLNQRNSALIALQGSLKRRIVPPAQSKRPNGISDHSFLDFKKLKNEHLLA
AQSRYHNVDGMKLASSGDRQMELAGPRSTDNTNNNSNCNVNDLFSFALKDIKKEPGEAVS
CGKHLDVPLSHENQLKYEEDSGEQFMDPDLQELFNELTYISVPPMSDTELQNMINITIKQ
DEPFHIDIGHQNQRTTSSSMPLDKVTIKSEYSPGLDPARVASPQLRPSSTGPAFPMSSAP
LTSTPNATAPHNPSQTQVSGTNRLHSWQELSHAQQLKQIAANRQNNIIHQHQPSQPSSWP
TMSPTGLSPRPFGDVKVPSPFRHQQLSPHSPSTSAVPVNGAQSKMMSSYLYKQNASSQNN
SNELIKAQDAAKCAVTNSTQEQIHSNIKPLFHFNQDQPNQQISSAVSNPNKPVLQFPQQK
QQTPTSKQHHEQTQQVQSVSNQQLSRPTTFQQKMTFPKLPQNQPISGLHYSSVHSQQDQH
SATAPGTPTSSNPASCASPNTGNGYSSQQPLSAQQLMEKANALQRQMMEQKQQLLLQQQM
LAGMEKSNSQDQMSHLNRPPPDYKDQRRSSVGLQQPASHYSNGLPTVGVNQSPPATTNPV
PTHNLTPPNPSHSSPNHSSRMTPLPGAQNMYGTAPCSQQAMYNASPGASKMQQQTSPNTL
GSNQNSHILPRQSPSGQGNPLPPFSAGSATSPPQFRPSLNHGTNMAGQRPSNGLINSPVP
QIWASQEAKKQSGLCFSNTNQFSNQSLQGMLGSQNFAPNQPELQMRAQMSQSPAGQTMEP
LRGFNSGQAQLRAQLSPNPNQGGASTAMAANTFTSTNQVPRAFPGSDTNNDLGSFDFLST
NSDFDFIDTLLKTGHANDDWIKDIILDEIFKNHA
NT seq 2985 nt   +upstreamnt  +downstreamnt
atgggggaaacagctcccccacaagccccggcaggtaacctcggaataggtgttgcaggt
gctgggctcctcgggggcgggtcagtcactcctcgtattcacagcgccattgtggagcgc
ctgagggctcggattgctgtgtgccgtcagcatcacttgaattgtgagggtcggtatgag
cggagtcgggcagagagctccgacagagagcgggagaacacgctacacttgctgactcta
gtgcaacacgggcagggcaccaggaagaacaacaaacacaacaagagcacatgtgctcca
ccccctgactaccatcatcatcatcagcaacacctgcaaagcaccgaagggaaagaaatc
aacgggaaccaacaacctcagtcttcaaatgggctgaaccaacgcaactctgctctgatt
gcactgcaaggctctttgaagaggagaattgttccaccggctcaaagcaagagaccaaat
ggcatttcggaccattcgttccttgatttcaagaaactcaaaaatgagcatctcttagca
gcacaaagcagatatcataatgttgatggaatgaagttggccagttccggagatcgacag
atggagcttgcaggacccagaagcaccgataatacaaacaacaacagcaactgcaatgtc
aatgatttatttagctttgctctgaaggatataaaaaaggagccaggggaggctgtgtct
tgtggcaagcacttagatgttcccctgtctcatgaaaatcagttgaaatatgaggaggat
tcaggagagcagtttatggatcctgatctgcaggagttatttaacgagcttacttatata
tcggtgccgcccatgagtgatactgaattgcaaaacatgataaatatcaccatcaagcaa
gacgaacctttccacattgacatagggcaccaaaatcaacggactacatcttcatccatg
cctttagacaaagtcaccataaaaagtgaatattcgcctggcctagaccctgctcgtgtt
gcttcaccccagttgaggccttcttctacaggaccggcctttccgatgtctagtgccccc
ttgacatctacgccaaatgctacagcaccccataacccatcacagacgcaggtttctggt
acaaaccgattgcacagctggcaggagttatcccacgcacaacagctcaagcaaatagca
gctaacagacaaaataatatcattcaccaacatcagccaagccagccctcaagctggcca
actatgtcaccaaccggactgtcaccaaggccgtttggagatgtgaaagtcccgagccca
tttcggcatcagcagctaagtcctcatagtccttccacaagcgccgtgcctgtaaatggg
gcacaatcgaaaatgatgagcagctatctctataagcagaatgcaagttcccagaataac
agcaatgaactaataaaagcgcaggatgctgctaagtgtgcagtcaccaactccactcaa
gaacaaattcatagcaacattaagcctttgttccattttaaccaagaccagccaaaccaa
caaatatcttctgccgtaagcaatccaaacaaacccgtgttacaattccctcagcagaag
caacagacccctacatcaaaacaacaccatgaacaaacccaacaggtacaaagtgtctct
aaccagcaactgtcaaggccaaccacatttcagcaaaagatgacatttccaaaactaccg
caaaaccagccaatctcaggacttcattactcatccgttcattcacaacaggatcagcat
tctgccacagccccgggtacccctaccagctccaacccagcatcatgtgcaagtccaaac
accgggaatggttattcctcccagcagcccttgtcagcacagcaactgatggagaaggca
aatgcccttcagaggcagatgatggagcagaaacagcagctactattgcagcagcaaatg
ctggcaggaatggagaaaagtaacagccaggatcaaatgagccacttgaacaggcccccg
ccggactacaaggaccaaagacgaagctcagttggcctgcagcagcccgccagccactac
tcaaatggccttccaactgttggtgtcaaccaaagtccaccagcaacaaccaaccctgtt
ccaacccacaatctcaccccaccaaatccaagccattcttccccaaaccacagttccaga
atgacacctcttcctggagctcagaacatgtatgggactgcgccgtgctcccagcaagct
atgtataacgcgagccctggcgctagcaaaatgcagcaacaaactagcccaaatacactg
gggagcaatcaaaacagccacatattgccaaggcaatcgccatctggacaagggaatcca
ctgcctcctttcagtgccggttctgcgactagtcctccacaattcagaccttctctcaat
catggaaccaatatggcagggcaaagaccatccaatggtctgatcaactcacccgtaccg
cagatctgggcatcacaagaagccaagaagcaaagcgggctttgcttctccaacaccaat
cagttttccaaccagtcccttcaaggaatgctgggaagccagaattttgctcccaatcag
cctgaattgcagatgagagcccagatgagccaatcccctgctggacaaacaatggagcca
ctcagaggcttcaacagtgggcaagctcagctgcgagcacagttgtcccctaaccccaat
caaggcggggcaagtacagccatggcagcaaacacattcacttccaccaatcaggtgcct
cgagcgttcccaggttccgatacaaataatgatttgggatctttcgatttcctttctact
aacagcgacttcgattttattgatacgttgcttaaaactggccatgccaacgatgactgg
ataaaggacattattttagatgagatctttaagaaccatgcctga

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Ontology (1)   
   KEGG BRITE (1)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (1)   
   Pfam (1)   
All databases (14)   

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