KEGG   Alligator sinensis (Chinese alligator): 102368104
Entry
102368104         CDS       T02922                                 
Symbol
BMS1
Name
(RefSeq) ribosome biogenesis protein BMS1 homolog isoform X1
  KO
K14569  ribosome biogenesis protein BMS1
Organism
asn  Alligator sinensis (Chinese alligator)
Pathway
asn03008  Ribosome biogenesis in eukaryotes
Brite
KEGG Orthology (KO) [BR:asn00001]
 09120 Genetic Information Processing
  09122 Translation
   03008 Ribosome biogenesis in eukaryotes
    102368104 (BMS1)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03009 Ribosome biogenesis [BR:asn03009]
    102368104 (BMS1)
Ribosome biogenesis [BR:asn03009]
 Eukaryotic type
  90S particles
   GTPase
    102368104 (BMS1)
SSDB
Motif
Pfam: RIBIOP_C AARP2CN GTP_EFTU MMR_HSR1 AAA RNA_helicase AAA_16 nSTAND3 AAA_22
Other DBs
NCBI-GeneID: 102368104
NCBI-ProteinID: XP_006018538
UniProt: A0A1U7RI95
Position
Unknown
AA seq 1296 aa
MEEKDRKKHRKKHSGPKADKKKKRHLNDLGLGDEEDARKRNPKAFAVQSFVRMARTFHRT
QDLKTKKHHIPVVDRTPLEPPPVIVVVVGPPKVGKSTLIKCLIKNFTRQKLVEIRGPVTI
VSGKKRRLTIIECGCDINTMIDLAKVADLVLMLIDASFGFEMETFEFLNICQVHGFPKIM
GILTHLDTFKNNKQLKKTKKRLKHRFWTEVYPGAKLFYLSGMVHGEYQKQEVHNLGRFIA
VMKFRPLTWQTTHPYVLMDRMEDLTNPEDIRVNPKCDRKVSLYGYLRGAHLKNKTQIHMP
GVGDFTVSDVSFLPDPCALPEQQKKRSLNEKEKLIYAPLSGVGGVVYDKDAVYIDLGGSH
AHQDEEEEVRPNHELVQSLISTHSTIDAKMASSKVSLFMDSNPLGSEDLESHGSFVMPKE
EKQLDLKTGRVRRKAVFEEKENSDGESDEEDDQDEEMSEGEMAGSDSDEEGDAEEGSDKE
LPEQEADPRNVKRLKREETKEETVMELPAFADSDDDLEMSSVEEGETGLDESNKETDEED
EQESDEKESSDCDSESADKKLGEPTPCETSKESKELRGNRKQGLNLDKKVFSTVDSGNCT
AEEVSESESESSSLDEDAEEDEEAEELHRKRGQSTQEVSTLRQAKLKAVEDEDDENLLKE
EEEYEEKTDFSADTAGAVRWKENLSQKAAHAFLRQQQSTPNLRKLVYGTVAEKEEDDKDD
GEEELGGLFHVSRPDKESKLKANGLDCSKFAVEVPQDWDLEEVMSSIRDCFVTGKWEADK
DAAKLLEEDEELYGDFEDLETGVVYKGRPAVEEDEAVSEEEEKEEKEPKAEEEEEKKKRL
DKKRKLKEMFDAEYDGGDATYFDDLKGEMQRQAQLNRAEFEDQDDDARVQYEGFRPGMYV
RIEIENVPCEFVLNFDPQYPIILGGLGNSEGNVGYVQLRLKKHRWYKKILKTRDPLILSL
GWRRFQTIPMYYVEDHNGRHRLLKYTPQHMHCGATFWGPITPQGTGFLAVQSVSGATPDF
RIAATGVVLDLDKSITVVKKLKLTGFPFKIYKNTSFIKGMFNSQLEVAKFEGAAIRTVSG
IRGQIKKALRTPEGAFRATFEDKLLMSDIVFLRTWYPVSIPAFYNPVTSLLKPAGEKDTW
TGMKTTGQLRRERGLRIKQNKDSLYKPIVREKKHFNKLHIPKALQKALPFKNKPKNYEKK
AKLSKDQWRPAVIREPHEKKISALLSALGTVHNYKVKKAKLKHREQLKEYLKVKRKEEEE
KFKRQKEAKKKLYRIIGQKEKKRQKSSLKGSAGGEK
NT seq 3891 nt   +upstreamnt  +downstreamnt
atggaggaaaaggacagaaagaagcatcgcaaaaaacacagtgggccaaaggctgacaaa
aagaagaaacgtcacttgaatgacttaggacttggagatgaagaggatgctcggaagagg
aatccaaaggcctttgcagtccagtcttttgtgcggatggccagaacctttcacaggact
caggacttgaaaacaaaaaagcatcatattccagtggtggaccgaactcccttggagcca
cctcctgtgattgtcgttgtagttggccctccaaaagttgggaagagcaccttaataaaa
tgtctgattaagaacttcacaaggcagaaactggttgaaatccggggtcctgtaacaatt
gtatcaggtaaaaaacgtaggctaaccattattgaatgtggatgtgacattaacacaatg
attgatcttgctaaagttgctgatttggttctaatgctcatcgatgccagctttggattt
gagatggaaacgtttgaattcttgaacatttgccaagtacatggctttcctaaaatcatg
ggtatccttacccacttagataccttcaagaacaataaacagttaaaaaagaccaaaaag
agattaaaacatagattctggactgaagtatatccgggtgctaagctcttttatctctct
gggatggtacatggagagtatcaaaagcaggaagttcacaatctaggacgctttatcgcg
gttatgaaattccgccctctcacatggcagacaactcatccgtatgtcctaatggacaga
atggaagatttgacaaacccagaagatatcagagtcaatccgaagtgtgacaggaaggtg
tcactttatggttacttaagaggggcacacttaaaaaacaaaacccagattcatatgcca
ggtgtaggggactttacagtgagtgatgtcagtttcctgccagacccatgtgcactccct
gagcagcagaagaagcgttccttaaacgaaaaagagaaactgatttatgccccactatca
ggagttggcggtgtagtgtatgacaaagatgctgtttatattgaccttggcggaagtcat
gctcatcaagatgaagaggaggaagtgaggccaaaccatgaacttgtccaaagcctcatc
tctacccattccaccattgatgctaagatggcttcaagcaaagtgtctcttttcatggac
tccaacccattaggctcagaagatttggaaagccatggcagctttgtgatgccaaaagaa
gagaagcaacttgatttaaagactgggagagtacgtaggaaagcagtgtttgaagaaaaa
gaaaatagtgatggagaaagtgatgaagaggatgaccaagatgaagaaatgtctgagggt
gaaatggctggaagtgatagtgatgaggaaggtgatgctgaagaaggaagtgataaagaa
ctaccagaacaagaggcagatcccaggaatgtcaagcgcctgaaaagagaggagaccaaa
gaagagactgtaatggaattgccagcatttgctgatagtgatgatgatcttgagatgagc
tcagtagaagaaggagaaacaggcctggatgaaagcaacaaagagacagatgaggaagat
gaacaggagagtgatgagaaggaaagttcagactgtgattctgaatctgcagacaaaaaa
ttaggtgaacccacaccatgtgaaactagcaaagaaagtaaagaactgagagggaatcgt
aaacaaggtctcaatttggataaaaaagtgttttccactgtagattctggaaactgcaca
gctgaagaggtttctgaatctgagtctgaaagctcttcccttgatgaggacgcagaggag
gatgaagaagctgaggaattgcatagaaaaaggggtcagagtactcaagaggttagtacc
cttaggcaggctaaattgaaagctgtagaagatgaggatgatgaaaatcttctgaaagag
gaagaggaatatgaagagaaaacagatttttctgcagacacagcaggtgcagttagatgg
aaggaaaatctttcccaaaaggcagctcatgcctttctgagacaacagcagtcaactcct
aaccttcgtaaacttgtttatggaacagtggcggagaaggaagaggatgacaaggatgat
ggagaagaagagcttggagggttgttccatgtcagtcgtcctgacaaagaatccaaacta
aaggctaacggccttgactgttccaaatttgcagtggaagttccccaggattgggattta
gaagaggttatgagcagcattcgggactgctttgtaacaggaaaatgggaagcagataaa
gatgctgcaaagcttttagaggaagatgaagaactttatggtgattttgaggaccttgaa
acaggagttgtgtataaagggagacctgctgttgaagaggatgaggctgtaagtgaagaa
gaggagaaagaagaaaaagagcccaaagcagaagaggaggaagagaagaaaaagcgcttg
gacaagaaacgcaaattaaaggaaatgtttgatgctgaatatgatggaggagatgctaca
tactttgatgatcttaaaggggagatgcagagacaagcacagcttaaccgagctgaattt
gaagatcaagatgatgatgccagagtgcaatatgagggcttccggccagggatgtatgtt
cgaatagaaattgaaaatgtaccctgtgaatttgtgctgaattttgaccctcagtatcca
attatccttggtggtttaggcaacagtgaaggaaatgtaggatatgttcagttgcgtctg
aagaaacatcgttggtataagaagatacttaaaacccgtgatcctttaatcctctcattg
ggatggagacgatttcagactattcctatgtactatgttgaagatcacaatgggcgccat
aggcttcttaaatatactccacaacacatgcactgtggagcaactttttggggccccatc
actccacaagggacaggatttttggctgttcagtccgtcagtggtgcaacacctgatttt
cggatagctgctacaggagttgtgcttgatttagataaatccataacagttgtgaagaaa
ttaaagctgactggtttcccattcaaaatttacaagaacacttcatttattaagggaatg
tttaactctcagttggaagtggcaaaatttgaaggtgcagccattcgcactgtgagtggt
attcgagggcagatcaaaaaggctcttcggacaccagaaggagctttcagggcaacattt
gaagacaagttgttaatgagtgacattgtttttctgcggacttggtatcctgtttccatc
ccagctttctataacccggtaacatccttgctaaagccagcaggtgagaaagacacctgg
acaggaatgaagacaactggccaactgaggcgtgaacggggtttaagaataaagcaaaac
aaagattccctctataagcccatagtgagggagaagaagcatttcaataagctccatatt
cctaaggcacttcagaaggcacttccatttaagaacaagcctaagaattatgagaagaaa
gctaagctttcaaaggaccagtggagaccagctgttatcagagagcctcatgaaaagaag
atatcagctctgcttagtgctttgggtacagtacacaattacaaagtgaagaaagccaaa
ttaaaacatcgtgaacagcttaaagaatacctcaaagtgaagcgcaaggaagaggaagag
aaatttaagagacaaaaggaagccaagaaaaaactgtatagaattattggacaaaaagag
aaaaagagacagaagtcaagcttgaaaggatctgctgggggagagaagtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (45)   
   KEGG ORTHOLOGY (1)   
   RefGene (41)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (9)   
   Pfam (9)   
All databases (67)   

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