KEGG   Rattus norvegicus (rat): 294339
Entry
294339            CDS       T01003                                 
Symbol
Mcm3ap
Name
(RefSeq) germinal-center associated nuclear protein
  KO
K24317  germinal-center associated nuclear protein [EC:2.3.1.48]
Organism
rno  Rattus norvegicus (rat)
Brite
KEGG Orthology (KO) [BR:rno00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:rno03019]
    294339 (Mcm3ap)
   03036 Chromosome and associated proteins [BR:rno03036]
    294339 (Mcm3ap)
Enzymes [BR:rno01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.48  histone acetyltransferase
     294339 (Mcm3ap)
Messenger RNA biogenesis [BR:rno03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    TREX-2 complex
     294339 (Mcm3ap)
Chromosome and associated proteins [BR:rno03036]
 Eukaryotic type
  Histone modification proteins
   HATs (histone acetyltransferases)
    294339 (Mcm3ap)
SSDB
Motif
Pfam: MCM3AP_GANP NupH_GANP SAC3_GANP CID_GANP RRM_1 DDE_Tnp_ISL3
Other DBs
NCBI-GeneID: 294339
NCBI-ProteinID: NP_001099852
RGD: 1306834
Ensembl: ENSRNOG00000001272
UniProt: A6JKC9 D3ZTA3
Position
20:complement(12127060..12164651)
AA seq 1908 aa
MNPVNPFSGQQPGAFAVSSSATGTFQTKSPFRFGQPSLFGQNNQASKSLGFSQVPSFATP
SGGSHSSSLPAFGLTQTSSVGLFSGLESTPSFAATSGPSSSSVPGNTAFSFKSASSVGVF
SSGPTFGPETGDVAGSGFRKTEFKFKPLENAVFKPILGAESEPEKTQSQIASGFFTFSHP
VSSGSGGLTPFSFPQVTNSSATSSSFIFSKPVTSNTSAFAPALSNQNIEEEKRGPKSVFG
GLNSSFSTFPMASPGSLGEPFPTNKTSIRQGGEEAISQVESHPALMKGLKRKEDQDRSPR
RHCHEAAEDSDPLSRGDHPPDKRPVRLNRPRGGTLFGRTIQEVFKSNKEAGRLGSKESKK
DSGFVESGESDHVAIPGGSQSTLVTSRLPAVNKEEETEGRDEKEDSLRGTSVRQSKRSES
TDSLGGMSSLELTAIQCKNIPDYLNDRAILEKHFSKIAKVQRVFTRRSKKLAVIHFFDHA
SAALARKKGKGLHKDMAIFWHKKKISPSKKPFSLKEKQLGEGEASQGIEDSPFQHSPLGK
PIVRPATGSLLNKSSPVKKPGLLKIHQFEADPFDSGSEGSEGLGSCVSSLSTLIGTVADT
SEEKYRLLDQRDRIMRQARVKRTDLDKARAFVGTCPDMCPEKERYLRETRSQLSVFEVVP
GTDQVDHAAAVKEYSRSSADQEEPLPHELRPSAVLSRTMDYLVTQIMDQKEGSLRDWYDF
VWNRTRGIRKDITQQHLCDPLTVSLIEKCTRFHIHCAHFMCEEPMSSFDAKINNENMTKC
LQSLKEMYQDLRNKGVFCASEAEFQGYNVLLNLNKGDILREVQQFHPDVRNSPEVDFAVQ
AFAALNSNNFVRFFKLVQSASYLNACLLHCYFNQIRKDALRALNVAYTVSTQRSTVFPLD
GVVRMLLFRDCEEATSFLNYHGLTVADGCVELNRSAFLEPEGLYKARKSVFIGRKLTVSV
GEVVNGGPLPPVPRHTPVCSFNSQNKYVGESLATELPISAQRSGGDSAGGGRGEEVEAEV
DVPPLAVLPQLPPAPSATPVPHVQPLTQAVTPSLFQASTQPEVLLPKPVPVYSDSDLVQV
VDELIQEALQVDCEEVSSAGAAYVAAALGVSNAAVEDLITAATTGILRHVAAEEVSMERQ
RVEEEKRRAEEERLKQERELMLTQLSKGLAAELTELTVTECVWETCSQELKSAVETDQKV
RVARCCEAVCTHLVDLFLAEEIFQTAKETLQELQCFCKYLQRWRGAVAARKKLRRQMRAF
PAAPCCVDVNDRLQALVPSAECPITEENLAKGLLDLGHAGKVGISCTRLRRLRNKTAHQM
KVQHFHQQLLSNAAWAPLDLPSFVAEHLPVKQKRIFWKLVLVLPDGEEQTPESPGRILEN
WLKVKFTGDGSLVDDTRDNAGDIQTLSVFNTLSSKGDQTVSVNVCIKVARGTLSDSALDA
VETRKDLLGASGLMLLLPPKVKSEDVAEEDLYWLSALLQLKQLLQAKPFQPALPLVVLVP
SSRGDSTGKGVEDGLMLQDLISAKLISDYIVVEIPDFVNDLHGTVKVSGAVQWLISRCPQ
ALDLCCQTLIQYVEDGISREFSGRFFHDRRERRLGSLASQEPSAIIELFNSVLQFLASVV
SSEQLGDISWPVTEFAEVGGSQLLPHLHWNSPEHLAWLKQAVLGFQLPQMDLPPPAALWL
PVCSMVIQYTSQIPSSCRTQPVLRSQVESLLCRTYQKWKSKSLCPGQQSGPSVAEIPWDD
IITLCINHKLRDWTPPRLPVTLDALSEDGQICVYFFKNRLRKYTVPLSWEQARMQTQREL
QLSQGWFEDQLQQWLSRDSQAFTESARLPLYLPQTLVSYPDAIKTQTKVKTSTSPQNAGT
GDHVRFSEASDTSLTEKLKHLERLIQSSRAEEAASELHLSALLDMVDI
NT seq 5727 nt   +upstreamnt  +downstreamnt
atgaaccctgtgaaccccttcagtgggcagcagcccggcgcctttgcggtgtcttctagt
gccacgggaacatttcagactaagtcaccattccgatttggccagccttccctttttgga
cagaacaaccaagccagcaagagcctgggattttcacaggtaccgagctttgcaacaccc
tctggtggaagccattcttcctctttgccagcctttggacttacccaaacctcaagtgtg
ggacttttctctggtctggaatccacaccttcttttgcagctacttctgggccttcaagt
tcatctgtgcccggaaatacagcattcagcttcaagtcagcctccagtgttggggttttc
tcgagtggccctactttcgggccagaaactggagacgtagcaggttctggttttaggaag
acggagttcaagtttaaacctctggaaaatgcagtcttcaaacccatactgggggccgag
tcagagccggagaaaacccagagccagattgcttctgggtttttcacattttctcaccct
gttagtagtgggtctgggggcctcacccccttttccttcccgcaggtgacaaacagctca
gcaactagttcaagttttatcttttcgaaaccagttactagtaatacgtctgccttcgcc
cctgctttgtctaaccaaaatatagaggaagagaagaggggacccaagtcagtgtttggg
ggcttgaatagtagcttcagtactttccccatggcgtcacctggatctttgggggagccc
ttcccgaccaacaaaacaagcatccgccaaggaggtgaggaagccatctcccaggtggag
tcacatcctgccctcatgaagggattaaagaggaaagaggaccaggatcgctccccaaga
agacattgccacgaggcagcagaagactcggaccccctgtccaggggtgaccatccccca
gataaacggccagtccgcctgaatagaccccggggaggcactctgtttggtcggacgata
caagaggtcttcaaaagcaataaagaagcaggccgtctgggcagcaaggaatccaaaaag
gacagtggctttgtggaatctggggaaagtgaccacgtggccatcccaggagggagtcag
tccaccctggtaacttcccggcttccagctgtgaataaagaggaagaaacagaaggtaga
gatgaaaaagaagattctctccggggaacgtctgtgcggcaaagtaaaagaagcgagagc
acagacagcctggggggcatgtcgtctttagagctcacggccatccagtgcaagaacatc
cccgactacctcaacgacagagccatcctggagaaacacttcagcaagatcgctaaggtt
cagcgggtcttcaccagacgcagcaagaagctcgccgtgattcatttttttgatcatgca
tctgcagccctggctcggaagaaaggaaaaggtctgcataaggacatggctatcttttgg
cacaagaagaaaataagtcccagcaaaaaacccttttccctgaaggagaagcagcttggt
gaaggtgaagccagccaaggcatagaggactctccctttcagcactcccctctcggcaag
cccatcgtgaggcctgccaccggcagcctcctgaacaaaagctctccagtgaagaagccc
ggtcttctgaagatccaccagttcgaggcagatccttttgactctggatctgagggctcc
gagggccttggttcttgtgtgtcatctcttagcaccctgattgggactgtggctgacaca
tctgaagagaagtaccgccttctggatcagagagaccgcatcatgcggcaagctcgggtg
aagaggacagacctggacaaagcaagggcgttcgtggggacgtgccctgacatgtgtcct
gagaaggagcggtacctgcgggagacccggagccagctgagcgtgtttgaagttgtccca
gggactgaccaggtggaccatgcagcagccgtgaaggagtacagccggtcctctgcggat
caggaggagcccctgccacatgagctgagaccctcagcagttctcagcaggaccatggac
tacctagtgacccagatcatggatcaaaaggaaggcagccttcgggactggtatgacttc
gtgtggaaccgcacacggggtatacggaaggacatcacacagcagcacctctgcgatccc
ctgacggtgtctctgatcgagaagtgtacccgatttcacatccattgtgcccactttatg
tgtgaggaacctatgtcctccttcgatgccaagatcaacaacgagaatatgaccaaatgt
ctacagagtctgaaggagatgtaccaggacctgaggaacaagggggttttttgtgccagc
gaagcagagttccagggctacaatgtcctgctcaatcttaacaaaggtgacattttgaga
gaggtgcagcagttccaccctgatgttaggaactccccggaggtggacttcgctgtccag
gcttttgctgcattgaacagcaataatttcgtgagattcttcaaactggtgcagtcagct
tcttaccttaatgcgtgcctgttgcactgttactttaaccagatccgtaaggatgccctc
cgggcactcaatgtggcatacactgtaagcacacagcgctctaccgtcttccccctggat
ggtgtcgtccgcatgctgctgttccgagattgtgaagaggcgaccagcttcctcaattac
catggcctcactgtggctgatggctgtgttgagctgaaccggtcggcattcttggaaccc
gagggactatacaaggccaggaagtcagtgtttattggccggaagctgacagtgtcagtt
ggagaagttgtgaatggagggccactgcctcctgttcctcgacacacacctgtgtgcagc
tttaactcccagaataagtatgtcggcgagagcctggctacagagctgcccatcagcgct
cagagatctggtggcgactcagcaggtggtgggagaggagaggaggttgaggcggaagtg
gatgtgccgccactggctgtcctcccacagctgcctcctgcgccctcagccacaccagtg
cctcatgtccagccactgacccaagctgtgactcctagccttttccaggcctccacgcag
cctgaggtgctgctgccaaagcccgtgcctgtgtactctgattcggacctagtacaggtg
gtggacgagctcatccaggaggctctgcaggtagactgtgaggaagtcagctccgctggg
gcagcctacgtagccgcagctctgggagtctccaatgctgctgtggaggatctgataaca
gctgccaccacaggcattctgaggcacgttgcagctgaagaagtatccatggaaaggcag
agggtagaggaagaaaagcgtcgggctgaagaggaaaggttgaagcaagagagagaactg
atgttaactcagctgagcaagggcctggccgcagagctgacagaactcacggtgacagag
tgtgtgtgggaaacctgctcccaggagttaaagagtgcagtagagacagaccagaaggtc
cgcgtagcccgctgttgtgaagccgtctgtacacacttggtggatttgtttcttgctgag
gaaattttccagactgcaaaagagacactccaggaactccagtgcttctgcaagtatcta
caaaggtggaggggagctgtcgcagcccgaaagaaactccggcgtcagatgcgggccttc
cctgcagcaccgtgctgtgtggatgtgaatgaccggctgcaggcattagtgcccagtgca
gagtgtcccattactgaggagaacctggccaagggccttttggacctgggccatgccggg
aaagtgggcatctcctgtaccaggttgaggcggcttaggaacaagacggctcaccagatg
aaggtccagcacttccaccagcagctgctgagtaatgctgcctgggcacctctggacctg
ccatcctttgtggccgagcacctccctgtgaagcagaagcgaatattttggaaactggtg
ctggtgctgcctgatggagaagagcagactccagagagtcctggcagaatactagaaaat
tggttaaaggtcaagttcacaggagatggcagcctggtggatgacacacgagataatgct
ggtgacatccagaccctctcagtctttaatacactcagcagtaaaggggatcaaacagtt
tctgtcaacgtgtgtataaaggtggctcgtggcaccctcagtgacagcgccctcgatgcc
gtggagacacggaaggacctgttgggagccagtgggctcatgctgctgcttccccccaaa
gtgaagagtgaggatgtagcagaggaggatctgtactggctgtcggctttactgcagctc
aagcagcttctccaggccaagcccttccagcctgccctgccactggtggtcctcgtgccc
agctccagaggagactccacggggaagggagtagaggacggtctgatgttacaagatttg
atttcagccaagctgatttcagattacatcgttgttgagattcctgattttgttaacgat
ttacacggcacagtgaaggtttctggagcagtccagtggctgatctcccggtgccctcaa
gccctagacctttgctgccaaacccttattcagtatgttgaggatgggatcagccgtgag
ttcagtggtcggtttttccacgacaggagagagagacgcctgggcagtctggcctcccag
gagcctagcgccattattgagttgttcaacagtgtgctacagttcctggcctctgtggtg
tcctctgagcagctgggtgacatctcctggcctgtcacggaatttgctgaggtgggaggc
agccagctacttcctcacttgcactggaactcaccagagcatctagcttggctgaagcaa
gctgtgcttgggttccagcttccacagatggatcttccacccccagcggccctctggctc
cctgtgtgttccatggtgatccagtacacgtcccagattcccagctcgtgcaggacacag
cctgtcctgcggtcccaggtggagagcctgctgtgcagaacataccagaagtggaagagc
aagagcctctgtccaggccagcagtcggggccttctgttgccgagatcccgtgggatgac
atcatcaccttatgcatcaatcacaagctaagggactggacgcccccccggctccccgtc
acattagatgcactgagtgaagatggtcaaatatgtgtatattttttcaaaaatcgtcta
aggaaatacactgttcccttgtcatgggagcaggccagaatgcagacccagagggaactt
cagctgagtcaaggatggtttgaagatcaacttcagcaatggctatcacgagactcacag
gccttcaccgagtcagcccgccttcctctctacctccctcagacattagtgtcttatcct
gatgccatcaaaactcagaccaaggtgaagacatccacaagtcctcagaatgcagggaca
ggagaccacgtgcggttctcagaggcatcagacacatctctgactgaaaagctgaagcac
ctggaaaggctaatccaaagttcaagggcagaagaagcggcctctgagctacatctctct
gcactgctggacatggtggacatatga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (4)   
   UniProt (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (6)   
   Pfam (6)   
All databases (24)   

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