KEGG   Mus musculus (house mouse): 223825
Entry
223825            CDS       T01002                                 
Symbol
Mroh2b, 4930455B06Rik, Heatr7b2, SPIF
Name
(RefSeq) maestro heat-like repeat family member 2B
  KO
K24817  maestro heat-like repeat-containing protein family member 2
Organism
mmu  Mus musculus (house mouse)
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:mmu03037]
    223825 (Mroh2b)
   04990 Domain-containing proteins not elsewhere classified [BR:mmu04990]
    223825 (Mroh2b)
Cilium and associated proteins [BR:mmu03037]
 Motile cilia and associated proteins
  Sperm associated proteins
   223825 (Mroh2b)
Domain-containing proteins not elsewhere classified [BR:mmu04990]
 Other domain-containing proteins
  HEAT repeat domain-containing proteins
   223825 (Mroh2b)
SSDB
Motif
Pfam: Maestro_HEAT
Other DBs
NCBI-GeneID: 223825
NCBI-ProteinID: NP_001159538
MGI: 1921905
Ensembl: ENSMUSG00000022155
UniProt: Q7M6Y6
Position
15:4927697..4991689
AA seq 1581 aa
MEEYGDMFGDINLTIGMLSKEDNISKEDIYCHLTSFIQNTDIMDDAIVQRLIYYTSKDMR
DEEIPRELRMLAGEVLVSLAAHDFNSVMYEVQSNFRILELPNEFVVLALAELATSYVSQS
IPFMMMTLLTMQTMLRLVEDENMRQTFCIALENFSKSIYKYVNHWKDFPYPKLDANRLSD
KIFMLFRYIMEKWAPQASPMHALAIIKAHGPTVSLLLHREDFCEFALSQISWLLLQYRDK
ENDFYITQSLKQILTAAVLYDIALPKNLRRSVLSSLLHQICKVPEPPIKENKLEASSCFL
ILAHANPVDLLDFFDEQIRSTNEAVRTGILTLLRSTINAEEPKFRNHTTSIEKTVKLVMG
DLSVKVRKSTLLLIQTMCEKGYIEAREGWPLIDYIFSQFAMSNRNLENPIKSNSQEDENG
EKSVQETSLEVLKSLDPLVIGMPQVLWPRILTYVVPKEYTGTLDYLFNIIRILIMAEEKK
KRDIQESTALVVSTGAVKLPSPQQLLARLLVISILASLGQLCGAGAIGLLKIMPEIIHPK
LAEMWKTRMPALLQPLEGSNASIVLWETMLLQLLKESLWKISDVAWTSQLSRDFSLQMGS
YSNSSMEKKFLWKALGTTLASCQDKDFVSSQINEFLVTPSLLGDHRQGTTSILGFCAENH
LDIVLNVLKTFQDKEKFFVNRCKGIFSGKKSLTKTDLILIYGAVALHAPKQQLLARLDQD
IMGQILLLYGQCCQILGVSVINKDMDLQMSFTRSITEVGIAVQDAEDQKFQFTYKEMLIG
SMLDLIKDEPLNTLASPVRWKVLIAIRYLSKLKPALSLNDHLNILEENIRRLLPLPPLEK
LKSQGETDKDRERIEFLYERSMDALGKLLRSMIWDNTDAQNCEEMFNLLRMWLVSQKQWE
RERAFQVTSKVLTKDVEAPQNFRIGSLLGLLAPHSCDTLPTIRQAATSSTIGLLCAKGIC
QEVDRLQGLQEGLDSEDEQVQIKISSKIAKIVCKFIPSEEIQVFLEETLDGLETLDPLCT
KACGIWMIAALKEHGALLEDQLLEILSTIYHHMPVLRQKEESFQFMLEAISQIASFHMDA
VVNNLLQKPLPFDRDTKTLWKALAENPASSGKLMRALIKKLVARLEDDIAGTEAISVACA
IYEVILTGAHITHLYPELFTLLLKLVSCSLGQKMPMSTLSQRRRVMQLGERQRFPDPCRL
STATLKCLQAQAMREGLAKESDEGDNLWTLLSNPDTHHIGVCALARSMAVWQHGVILDIM
EHLLSSLTSSSENYRITGMAFFSELMKEPILWKHGNLRDVLIFMDQNARDSNAILRQMAI
RGLGNTACGAPHKVRKYKQMMLECIIRGLYHLARTEVVCESLKALKKILELLTERDINFY
FKEIVLQTRTFFEDEQDDVRLTAISLFEDLATLTGRRWKIFFAEEVKKSMISFLLHLWDP
NPKIGAACRDVLVICIPFLGLQELYGLLDHLLERDLPRARDFYRQLCMKLSKKNQEILWI
LHTHSFTFFTSSWEMIRSAAVKLTDAIILHLTKRYVELLDREQLTMRLQALRQDPCISVQ
RAAEATLQTLLRRCKEISIPL
NT seq 4746 nt   +upstreamnt  +downstreamnt
atggaagaatacggagatatgtttggagatattaacctcacaattgggatgctgagtaag
gaggacaacattagcaaggaagacatttattgtcatctcacttcttttattcagaatact
gacatcatggatgatgcaatagtccaaaggttgatttattacacttctaaggacatgagg
gatgaggaaattcccagagaactcagaatgctggctggtgaggtgttggtatctcttgct
gctcatgatttcaactccgtgatgtatgaagtgcaaagtaactttaggattctagagctg
ccaaatgaatttgttgtgcttgccctggctgaactggcaaccagctatgtgtctcagagc
atacccttcatgatgatgaccctgctcaccatgcagaccatgctcaggctggtagaggat
gaaaatatgaggcaaaccttctgtatagcccttgaaaatttcagcaagtccatttacaag
tatgtcaaccactggaaggattttccatatcccaaattagatgctaaccggctctctgac
aagatcttcatgctgttccggtatataatggagaaatgggccccgcaggcctcacccatg
catgctttggccataattaaggcccatggccccaccgtgagcctgctgctgcatcgggaa
gacttttgtgaattcgcgctgagccaaatatcctggctcctcctccaataccgagacaag
gagaatgatttctacatcacacagagtctgaaacagatcctcactgccgcagtcctctat
gacattgcccttcccaagaacctgagaagatcagtcctcagcagtttgctgcaccagatc
tgcaaagttccagaaccgccaataaaggagaacaaacttgaagcttcaagctgtttcctc
attctagctcacgccaaccctgtagacctgctggatttttttgatgaacaaataagaagt
accaatgaggctgttcgaacaggaatcttaactctgttaagatcaactatcaatgctgag
gagcccaagtttaggaatcatacaacttcaattgaaaagacagtcaaacttgtgatgggt
gacctcagtgtcaaagtaaggaagtccacccttcttctcatccaaaccatgtgtgaaaaa
ggatacatcgaagctcgggaaggatggcccttgatcgattatatcttctcccagtttgcc
atgtccaacaggaacctggaaaacccaattaaatctaactctcaagaagatgaaaatggg
gaaaaatctgttcaagaaacaagccttgaggtcttaaaatccctggatccactggtgatt
gggatgccccaggtgctgtggcctcgaatcctgacttacgtggtacccaaggaatacaca
ggaacactggactacctgtttaacatcatccgaattctaatcatggcagaagagaagaag
aagcgtgatatccaggagtcaacagcacttgtcgtctctacaggagctgtgaaacttcct
tcaccccagcagctgctggcacgactactggtaatatctatcctggccagtttagggcag
ttgtgtggggccggtgcaataggtcttctgaagattatgcctgagataatccatcctaaa
ctggcagagatgtggaaaacacgcatgcctgcacttctgcagcctctggaaggaagtaat
gccagcatcgtgctgtgggaaaccatgctgttacagttgctcaaggaatctttatggaaa
atcagtgacgtggcctggaccagccaactgagtcgggactttagcctacaaatgggcagt
tactccaacagctcaatggagaagaagtttctttggaaagccttggggactaccttagca
tcctgccaagacaaagactttgtgagctcacagatcaatgagttcctggttactcccagc
ctactgggggaccacagacagggaacaacatcaattttaggattctgcgctgagaaccac
ttggatattgttttaaatgttcttaaaacattccaagacaaggagaaattttttgtcaat
cgatgtaagggcattttttctgggaaaaaaagcctgacaaagactgacctcatcttgatc
tacggagctgtggccctccatgcccctaagcagcaacttctagccaggcttgatcaagac
atcatgggtcaaatcctgcttctctatggtcaatgttgtcagattctgggcgtgtctgtc
ataaataaggacatggatctacaaatgagtttcacaagaagcatcactgaggttggcatc
gctgtccaagatgctgaggaccaaaagttccagtttacctacaaggagatgttgattggt
tccatgctggacttgataaaggatgaacccctgaataccttagccagtcctgttcgctgg
aaagtcttaattgccatcagatacctaagcaaactgaaacctgccctctcactaaacgac
cacctgaatatccttgaagagaatattcggaggctgctgccccttccacctctggagaaa
ctcaaaagccagggcgaaacagacaaggacagggaacgcattgaatttctctacgaacgc
tctatggatgctctagggaaacttctgagatccatgatatgggataacactgatgcacag
aactgtgaagaaatgtttaaccttctccggatgtggcttgtttcccagaaacagtgggag
agagaaagagctttccaagtcacctcgaaagtcctaacgaaagacgttgaggcaccacag
aacttcagaatcgggtcactccttggactcctggctccgcactcctgtgacaccctgccc
accatccggcaggcagccactagctccaccattggtctgctctgtgcaaaaggcatttgc
caggaggtggacagactacaaggcttgcaggaaggattggactctgaggatgaacaggtc
cagatcaagatatcctccaaaatagctaagattgtctgcaaattcatccccagtgaagaa
attcaggtgttcttggaggaaacactggatggcctggaaactcttgaccccttgtgcaca
aaggcttgtggcatatggatgattgctgccctgaaggagcatggtgctttgctggaagat
cagctcctggagatcctgagcaccatttaccatcacatgcctgtcctcagacagaaggag
gaaagtttccagttcatgctggaagctatctcccagatcgccagctttcacatggatgct
gtggttaacaacttgctccagaagcctctgccctttgacagggacacaaagacattgtgg
aaggcactggctgaaaacccagcctccagtggcaaactcatgagagccctgatcaagaaa
ctggtagcccggttagaggatgatatagctgggacggaagcaatctcagtggcctgtgct
atctacgaagtgatcttaacaggggctcatatcactcatttgtatccagagctgttcacc
ctcctcctgaagctggtcagctgctccttgggccaaaaaatgccaatgtctacccttagt
caaaggcgccgtgtgatgcaacttggagaacgacagcggttcccagacccctgcagactc
tcaactgcaactctgaaatgcctgcaagcccaagccatgagagaaggccttgcgaaagaa
tctgatgaaggcgacaacttgtggaccctccttagcaatcctgacacccatcacatcggc
gtgtgtgcactagccaggagcatggcagtctggcaacatggcgtcatactggatatcatg
gaacacctactctcgtctctcacctcctcctctgagaactaccggataacaggcatggca
ttcttctctgagcttatgaaggagccaatcctttggaagcacggaaatcttcgagatgta
ctgattttcatggatcagaatgcacgggattccaacgccattctgaggcaaatggctatc
cggggactgggcaacacagcctgcggggctcctcacaaggtgaggaagtataagcagatg
atgttagaatgtatcatcagaggcctgtaccacctggctcgcacggaagttgtgtgtgaa
agcttgaaagctctcaaaaaaatcctggagctacttacagaaagagacatcaacttctac
ttcaaggagatagtgctccaaacaagaaccttctttgaagatgagcaagatgatgtgaga
ctgacagccatctccttatttgaggatttagccaccctaacgggaagaaggtggaagata
ttttttgctgaggaagtgaaaaagagcatgatctcattcctcctccacctctgggaccca
aaccccaagattggagctgcatgccgtgatgtcttggtcatctgtatccctttcctgggc
cttcaggagctctatgggctattagaccacctccttgaacgggacctgccacgggccagg
gacttctacaggcaactctgcatgaaactatccaagaagaaccaggaaattctgtggatt
ctccacacgcattcattcaccttcttcaccagcagctgggagatgatcaggagcgcagcc
gtgaagctcacagatgccattattcttcatctgaccaaacgatatgtggagttgttagac
agagaacagctcaccatgcgactccaggctcttcggcaggacccctgtatcagtgtccag
agagctgctgaagctaccttacagaccctcctgagaaggtgtaaagagatcagcatccca
ctgtaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (20)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (14)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (3)   
DNA sequence (11)   
   RefSeq(nuc) (3)   
   GenBank (4)   
   EMBL (4)   
Protein domain (1)   
   Pfam (1)   
All databases (41)   

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