KEGG   Homo sapiens (human): 8888
Entry
8888              CDS       T01001                                 
Symbol
MCM3AP, GANP, MAP80, PNRIID, SAC3
Name
(RefSeq) minichromosome maintenance complex component 3 associated protein
  KO
K24317  germinal-center associated nuclear protein [EC:2.3.1.48]
Organism
hsa  Homo sapiens (human)
Disease
H02345  Autosomal recessive peripheral neuropathy (PNRIID)
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:hsa03019]
    8888 (MCM3AP)
   03036 Chromosome and associated proteins [BR:hsa03036]
    8888 (MCM3AP)
Enzymes [BR:hsa01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.48  histone acetyltransferase
     8888 (MCM3AP)
Messenger RNA biogenesis [BR:hsa03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    TREX-2 complex
     8888 (MCM3AP)
Chromosome and associated proteins [BR:hsa03036]
 Eukaryotic type
  Histone modification proteins
   HATs (histone acetyltransferases)
    8888 (MCM3AP)
SSDB
Motif
Pfam: MCM3AP_GANP NupH_GANP SAC3_GANP CID_GANP RRM_1 CNOT11
Other DBs
NCBI-GeneID: 8888
NCBI-ProteinID: NP_003897
OMIM: 603294
HGNC: 6946
Ensembl: ENSG00000160294
UniProt: O60318
Structure
Position
21:complement(46235133..46286265)
AA seq 1980 aa
MNPTNPFSGQQPSAFSASSSNVGTLPSKPPFRFGQPSLFGQNSTLSGKSSGFSQVSSFPA
SSGVSHSSSVQTLGFTQTSSVGPFSGLEHTSTFVATSGPSSSSVLGNTGFSFKSPTSVGA
FPSTSAFGQEAGEIVNSGFGKTEFSFKPLENAVFKPILGAESEPEKTQSQIASGFFTFSH
PISSAPGGLAPFSFPQVTSSSATTSNFTFSKPVSSNNSLSAFTPALSNQNVEEEKRGPKS
IFGSSNNSFSSFPVSSAVLGEPFQASKAGVRQGCEEAVSQVEPLPSLMKGLKRKEDQDRS
PRRHGHEPAEDSDPLSRGDHPPDKRPVRLNRPRGGTLFGRTIQDVFKSNKEVGRLGNKEA
KKETGFVESAESDHMAIPGGNQSVLAPSRIPGVNKEEETESREKKEDSLRGTPARQSNRS
ESTDSLGGLSPSEVTAIQCKNIPDYLNDRTILENHFGKIAKVQRIFTRRSKKLAVVHFFD
HASAALARKKGKSLHKDMAIFWHRKKISPNKKPFSLKEKKPGDGEVSPSTEDAPFQHSPL
GKAAGRTGASSLLNKSSPVKKPSLLKAHQFEGDSFDSASEGSEGLGPCVLSLSTLIGTVA
ETSKEKYRLLDQRDRIMRQARVKRTDLDKARTFVGTCLDMCPEKERYMRETRSQLSVFEV
VPGTDQVDHAAAVKEYSRSSADQEEPLPHELRPLPVLSRTMDYLVTQIMDQKEGSLRDWY
DFVWNRTRGIRKDITQQHLCDPLTVSLIEKCTRFHIHCAHFMCEEPMSSFDAKINNENMT
KCLQSLKEMYQDLRNKGVFCASEAEFQGYNVLLSLNKGDILREVQQFHPAVRNSSEVKFA
VQAFAALNSNNFVRFFKLVQSASYLNACLLHCYFSQIRKDALRALNFAYTVSTQRSTIFP
LDGVVRMLLFRDCEEATDFLTCHGLTVSDGCVELNRSAFLEPEGLSKTRKSVFITRKLTV
SVGEIVNGGPLPPVPRHTPVCSFNSQNKYIGESLAAELPVSTQRPGSDTVGGGRGEECGV
EPDAPLSSLPQSLPAPAPSPVPLPPVLALTPSVAPSLFQLSVQPEPPPPEPVPMYSDEDL
AQVVDELIQEALQRDCEEVGSAGAAYAAAALGVSNAAMEDLLTAATTGILRHIAAEEVSK
ERERREQERQRAEEERLKQERELVLSELSQGLAVELMERVMMEFVRETCSQELKNAVETD
QRVRVARCCEDVCAHLVDLFLVEEIFQTAKETLQELQCFCKYLQRWREAVTARKKLRRQM
RAFPAAPCCVDVSDRLRALAPSAECPIAEENLARGLLDLGHAGRLGISCTRLRRLRNKTA
HQMKVQHFYQQLLSDVAWASLDLPSLVAEHLPGRQEHVFWKLVLVLPDVEEQSPESCGRI
LANWLKVKFMGDEGSVDDTSSDAGGIQTLSLFNSLSSKGDQMISVNVCIKVAHGALSDGA
IDAVETQKDLLGASGLMLLLPPKMKSEDMAEEDVYWLSALLQLKQLLQAKPFQPALPLVV
LVPSPGGDAVEKEVEDGLMLQDLVSAKLISDYTVTEIPDTINDLQGSTKVLQAVQWLVSH
CPHSLDLCCQTLIQYVEDGIGHEFSGRFFHDRRERRLGGLASQEPGAIIELFNSVLQFLA
SVVSSEQLCDLSWPVTEFAEAGGSRLLPHLHWNAPEHLAWLKQAVLGFQLPQMDLPPLGA
PWLPVCSMVVQYASQIPSSRQTQPVLQSQVENLLHRTYCRWKSKSPSPVHGAGPSVMEIP
WDDLIALCINHKLRDWTPPRLPVTSEALSEDGQICVYFFKNDLKKYDVPLSWEQARLQTQ
KELQLREGRLAIKPFHPSANNFPIPLLHMHRNWKRSTECAQEGRIPSTEDLMRGASAEEL
LAQCLSSSLLLEKEENKRFEDQLQQWLSEDSGAFTDLTSLPLYLPQTLVSLSHTIEPVMK
TSVTTSPQSDMMREQLQLSEATGTCLGERLKHLERLIRSSREEEVASELHLSALLDMVDI
NT seq 5943 nt   +upstreamnt  +downstreamnt
atgaacccaactaatcctttcagtgggcagcagcctagtgctttttcggcgtcttctagt
aatgtaggaacacttccatctaagccgccatttcgatttggtcaaccttctctttttgga
caaaacagtaccttatctgggaagagctcgggattttcacaggtatccagctttccagcg
tcttctggagtaagtcattcctcttcagtgcaaacattagggttcacccaaacctcaagt
gttggacccttttctggacttgagcacacttccacctttgtggctacctctgggccttca
agttcatctgtgctgggaaacacaggatttagttttaaatcacccaccagtgttggggct
ttcccaagcacttctgcttttggacaagaagctggagaaatagtgaactctggttttggg
aaaacagaattcagctttaaacctctggaaaatgcagtgttcaaaccaatactgggggct
gaatctgagccagagaaaacccagagccaaattgcttctgggttttttacattttcccac
ccaattagtagtgcacctggaggcctggcccctttctcttttcctcaagtaacaagtagt
tcagctaccacttcaaattttaccttttcaaaacctgttagtagtaataattcattatct
gcctttacccctgctttgtcaaaccaaaatgtagaggaagagaagagaggacctaagtca
atatttggaagttctaataatagcttcagtagcttccctgtatcatctgcggttttgggc
gaacctttccaggctagcaaagcaggtgtcaggcaggggtgtgaagaagctgtttcccag
gtggaaccacttcccagcctaatgaaaggactgaaaaggaaggaggaccaggatcgctcc
ccaaggagacatggccacgagccagcagaagattcggatcctctgtcccggggcgatcat
cctccagacaaacgacctgtccgcctgaatcgaccccggggaggtactttatttggtcgg
acgatacaggatgttttcaaaagcaataaggaagtaggtcgtctgggcaacaaggaggcc
aaaaaggaaactggctttgttgagtctgcagaaagtgaccacatggctatcccaggaggg
aatcagtctgtcctggcaccttcccggattccaggtgtgaataaagaggaagaaactgaa
agtagagagaagaaagaagattctctaagaggaactccggcgcgtcagagtaacagaagc
gagagcacagacagtcttgggggcttgtctccctctgaagtcacagccatccagtgcaag
aacatccctgactacctcaacgacaggaccattctggagaaccattttggcaaaattgct
aaagtgcagcgcatctttaccaggcgcagcaaaaagcttgcagtggtacatttctttgat
catgcatctgcagccctggctagaaagaaggggaaaagtttgcataaagacatggctatc
ttttggcacaggaagaaaataagccccaataagaaacccttttccctgaaggagaagaaa
ccaggtgacggtgaagtcagcccgagcacagaggatgcaccctttcagcactctcctctt
ggcaaggccgcagggaggactggtgctagcagcctcctgaataaaagctctccagtgaag
aagccaagtcttctaaaggcccaccaattcgagggagactcttttgactcagcctccgag
ggctccgagggcctcgggccatgtgtgctctccctcagtaccctgataggcactgtggct
gagacatccaaggagaagtaccgcctgcttgaccagagagacaggatcatgcggcaagct
cgggtgaagagaaccgatctggacaaagcgaggacttttgttggcacctgcctggatatg
tgtcctgagaaggagaggtacatgcgggagacccgtagccagctgagcgtgttcgaagtg
gtcccagggactgaccaggtggaccacgcagcagctgtgaaagagtacagtcggtcctcg
gcggatcaggaggagcccctgccccacgagctgcggcccttgccagtgctcagcaggacc
atggactacctggtgacccagatcatggaccagaaggagggcagcctgcgggattggtat
gacttcgtgtggaaccgcacgcgtggcatacggaaggatatcacgcagcagcacctctgt
gaccccctgacggtgtccctgattgagaagtgcacccggtttcacatccactgtgcccac
ttcatgtgtgaggagcccatgtcctcctttgatgccaagatcaataatgagaacatgacc
aagtgcctgcagagcctgaaggagatgtaccaggacctgagaaacaagggtgtcttctgt
gccagcgaagcggagttccagggctacaatgttctgctcagtctcaacaagggagacatc
ctaagagaagtacaacagttccatcctgctgttagaaactcatctgaggtgaaatttgct
gttcaggcttttgctgcattgaacagtaataattttgtgagatttttcaaactggtccag
tcagcttcttacctgaacgcttgtcttttacactgttacttcagtcagatccgcaaggat
gctctccgggcgctcaactttgcgtacacggtgagcacacagcgatctaccatctttccc
ctggatggtgtggtgcgcatgctgctgttcagagactgtgaagaggccaccgacttcctc
acctgccacggcctcaccgtttccgacggctgtgtggagctgaaccggtctgcattcctg
gaaccagagggattatccaagaccaggaagtcggtgtttattactaggaagctgacggtg
tcagtcggggaaattgtgaacggagggccattgccccccgtccctcgtcatacccctgtg
tgcagcttcaactcccagaacaagtacatcggggagagcctggccgcggagctgcccgtc
agcacccagagacccggctccgacacagtgggcggagggagaggagaggagtgtggtgta
gagccggatgcacccctgtccagtctcccacagtctctaccagcccctgcgccctcacca
gtgcctctgcctcctgtcctggcactgaccccgtctgtggcgcccagcctcttccagctg
tctgtgcagcctgaaccaccgcctccagagcccgtgcccatgtactctgacgaggacctg
gcgcaggtggtggacgagctcatccaggaggccctgcagagggactgtgaggaagttggc
tctgcgggtgctgcctacgcagctgccgccctgggtgtttctaatgctgctatggaggat
ttgttaacagctgcaaccacgggcattttgaggcacattgcagctgaagaagtgtctaag
gaaagagagcgaagggagcaggagaggcagcgggctgaagaggaaaggttgaaacaagag
agagagctggtgttaagtgagctgagccagggcctggccgtggagctgatggaacgcgtg
atgatggagtttgtgagggaaacctgctcccaggagttgaagaatgcagtagagacagac
cagagggtccgtgtggcccgttgctgtgaggatgtctgtgcccacttagtggacttgttt
ctcgtggaggaaatcttccagactgcaaaggagaccctccaggagcttcagtgcttctgc
aagtatctacagcggtggagggaagctgtcacagcccgcaagaaactgaggcgccaaatg
cgggctttccctgctgcgccctgctgcgtggacgtgagcgaccggctgagggcgctggcg
cccagcgcagagtgccccattgctgaagagaacctggccaggggcctcctggacctgggc
catgcagggagattgggcatctcctgcaccaggttaaggcggctcagaaacaagacagct
caccagatgaaggttcagcacttctaccagcagctgctgagtgatgtggcatgggcgtct
ctggacctgccatccctcgtggctgagcacctccctgggaggcaggagcatgtgttttgg
aagctggtgctggtgttgccggatgtagaggagcagtccccagagagttgtggcagaatt
ctagcaaattggttaaaagtcaagttcatgggagatgaaggctcagtggatgacacatcc
agcgatgctggtgggattcagacgctttcgcttttcaactcacttagcagcaaaggggat
cagatgatttctgttaacgtgtgtataaaggtggcccatggcgccctcagtgatggtgcc
attgatgctgtggagacacagaaggacctcctgggagccagtgggctcatgctgctgctt
ccccccaaaatgaagagtgaggacatggcagaggaggacgtgtactggctgtcggccttg
ctgcagctcaagcagctcctgcaggctaagcccttccagcctgcgcttcctctggtggtt
cttgtgcctagcccaggaggggacgccgttgagaaggaagtagaagatggtctgatgcta
caggacttggtttcagctaagctgatttcagattacactgttaccgagatccctgatacc
attaatgatctacaaggttcaactaaggttttgcaagcagtgcagtggctggtttcccac
tgcccccattcccttgacctctgctgccagactctcattcagtacgtcgaagacgggatt
ggccatgagtttagtggccgctttttccatgacagaagagagaggcgtctgggcggtctt
gcttctcaggagcctggcgccatcattgagctgtttaacagtgtgctgcagttcctggct
tctgtggtgtcctctgaacagctgtgtgacctgtcctggcctgtcactgagtttgctgag
gcagggggcagccggctgcttcctcacctgcactggaatgccccagagcacctggcctgg
ctgaagcaggctgtgctcgggttccagcttccgcagatggaccttccacccctgggggcc
ccctggctccccgtgtgctccatggttgtccagtacgcctcccagatccccagctcacgc
cagacacagcctgtcctccagtcccaggtggagaacctgctccacagaacctactgtagg
tggaagagcaagagtccctccccagtccatggggcaggcccctcggtcatggagatccca
tgggatgatcttatcgccttgtgtatcaaccacaagctgagagactggacgcccccccgg
cttcctgttacatcagaggcgctgagtgaagatggtcagatatgtgtgtatttttttaaa
aacgatttgaaaaaatatgatgttcctttgtcgtgggaacaagccaggttgcagacgcag
aaggagctacagctgagagagggacgtttggcaataaagccttttcatccttctgcaaac
aattttcccataccattgcttcacatgcaccgtaactggaagaggagcacagagtgtgct
caagaggggaggattcccagcacagaggatctgatgcgaggagcttctgctgaggagctc
ttggcgcagtgtttgtcgagcagtctgctgctggagaaagaagagaacaagaggtttgaa
gatcagcttcagcaatggttgtctgaagactcaggagcatttacggatttaacttccctt
cccctctatcttcctcagactctagtgtctctttctcacactattgaacctgtgatgaaa
acatctgtaactactagcccacagagtgacatgatgagggagcaactgcagctgtcagag
gcgacaggaacgtgtctaggcgaacgactaaagcacctggaaaggctgatccggagttca
agggaagaggaagttgcctctgagctccatctctctgcgctgctagacatggtggacatt
tga

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Ontology (4)   
   KEGG BRITE (4)   
Disease (3)   
   KEGG DISEASE (1)   
   OMIM (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (26)   
   KEGG ORTHOLOGY (1)   
   RefGene (18)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (2)   
   OC (1)   
Protein sequence (9)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (7)   
DNA sequence (39)   
   RefSeq(nuc) (7)   
   GenBank (16)   
   EMBL (16)   
3D Structure (1)   
   PDB (1)   
Protein domain (6)   
   Pfam (6)   
All databases (90)   

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