KEGG   Anolis carolinensis (green anole): 100562960
Entry
100562960         CDS       T01608                                 
Symbol
bms1
Name
(RefSeq) BMS1, ribosome biogenesis factor
  KO
K14569  ribosome biogenesis protein BMS1
Organism
acs  Anolis carolinensis (green anole)
Pathway
acs03008  Ribosome biogenesis in eukaryotes
Brite
KEGG Orthology (KO) [BR:acs00001]
 09120 Genetic Information Processing
  09122 Translation
   03008 Ribosome biogenesis in eukaryotes
    100562960 (bms1)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03009 Ribosome biogenesis [BR:acs03009]
    100562960 (bms1)
Ribosome biogenesis [BR:acs03009]
 Eukaryotic type
  90S particles
   GTPase
    100562960 (bms1)
SSDB
Motif
Pfam: RIBIOP_C AARP2CN GTP_EFTU MMR_HSR1 AAA nSTAND3 AAA_16 RNA_helicase Gly_acyl_tr_C AAA_22
Other DBs
NCBI-GeneID: 100562960
NCBI-ProteinID: XP_008113979
Ensembl: ENSACAG00000004537
UniProt: A0A803SKK3
Position
Un
AA seq 1293 aa
MEENNKKQHRKRHSGPKAGKKQKRHLKDLGLEDEEDARKRNPKAFAVQSAVRMARTFHRT
QDLKTKKHHIPVVDRAPLEPPPVVVVVVGPPKVGKSTLIKCLIRNFTRQKLVEIRGPVTI
VSGKKRRLTIIECGCDINTMIDLAKIADLVLMLIDASFGFEMETFEFLNICQVHGFPKIM
GILTHLDTFKNNKQLKKTKKRLKHRFWTEVYQGAKLFYLSGMVHGEYQKQEIHNLGRFIS
VMKFRPLTWQTSHPYVLADRMEDLTNPENIRVNPKCDRKISLYGYLRGAHLKNRSQIHMP
GVGDFSISDVSFLPDPCALPEHQKKRSLNEKEKLIYAPLSGVGGLVYDKDAIYIDLGGSH
AHQVEEDDVKPNHELVQSLISTHSTIDAKMASSKVSLFMDSTPLEAGDIENQERIFPMPE
EEKKLDPHSGRVRRRAMFKDEKNEDEGSDEDDEEMSEDEDENEDGSDGDNDNEGGEHNDE
DLSDQHLILSSARHLKEETKEATLTELPAFADSDDNLEMSSSEEEGGKEEGLAGERGETD
GREPECVEEEMMDFETASRNTDLLNKPMRCNKKDRELKNNKTLGKTVASTTDSGNETTEE
ASASESEDSSLEEEEESMGDSDNEESDSGDFQTESAEGLESGAVNYNDDVEELLKEDEEY
KEALDLSADTDGALKWKEDLTRKAAEAFLRQQQTTPNLRKLVYGTVAEDEGKEEENEELG
GLFHVSRPDTESKRKADALDCSKFHVEAPQDWDLDEVMNSIRDCFVTGNWEADKDAAKLL
KEDEELYGDFEDLETGTIHKGKPANQGDEEENAEEKEDNAKDDAQTVEEEEEKKKRMDKK
RKLKAMFDAEYDDGDATYFDDLKGEMQKQAQLNRAEFEDQDDETRVQYEGFRPGMYIRIE
LENVPCELVLNFDPHYPLILGGLGNTEGNVGYVQMRLKKHRWHKKILKTRDPLIFSLGWR
RFQTIPMYYIEDHNGRHRLLKYTPQHMHCGTIFWGPITPQGTGCLAIQSVSGTTSDFRIA
ATGVVLDLDKSIKVVKKLKLTGFPFKIYKNTAFIKGMFNSVLEVAKFEGAAIRTVSGIRG
QIKKAVRTPEGAFRATFEDKLLMSDIVFLRTWYPVSTPAFYNPVTSLLKPVGEKDSWSGM
KTTGQLRHEKGIRLKQSKDSLYKHIVREKKHFNKLHIPKALQKALPFKSKPKMQEGKRKV
TRDKWRPAIIREPHEKKIAALLSALSTVHNDKLKKAKLKHRQDLNERLKVKQKEEEEKIK
RQKEAKKKLFRIIGQKDRKRQKSSLKGNAEQEK
NT seq 3882 nt   +upstreamnt  +downstreamnt
atggaggaaaataacaagaaacagcatcgcaagaggcacagtggaccaaaggctgggaag
aaacagaagcgtcacttgaaagacttaggacttgaagatgaggaagatgcccggaaaaga
aacccaaaggcttttgcagtccaatctgcagtgcggatggctagaacattccacaggacc
caggatttgaagacaaaaaagcaccatatccctgtggttgatcgtgctccactagaacct
cctccagtggtggtggtggtggttggccctccaaaggttggaaagagtaccctgatcaaa
tgtctcattaggaatttcacaaggcagaagttagttgaaattcggggtcctgtaacaatt
gtctcaggtaaaaaacgtaggctaaccataattgaatgtggatgcgatattaatacaatg
attgacctagccaaaatcgctgatctggttttgatgctgattgatgctagttttggattt
gaaatggaaacatttgaatttctgaacatttgccaggtacatggctttcccaaaataatg
ggcattcttacacacttggatacctttaaaaataacaagcaacttaagaagacaaaaaag
agactaaagcacagattctggactgaagtgtatcagggtgccaaattattctatctctct
ggaatggtacatggagagtatcaaaaacaggaaatccacaatctgggacgctttatctca
gttatgaaatttcgtccccttacatggcagacatctcatccatatgttttagcagacaga
atggaagatctgacaaacccagaaaatatcagagttaatccaaaatgtgacagaaagatt
tcactttatggctacttgagaggagcccacttgaaaaacagaagccaaatacacatgcca
ggtgtaggggatttcagtataagtgacgtcagttttttgccggatccttgtgcgcttcct
gagcaccaaaagaaacgttccttaaatgagaaggaaaaactgatctatgcccctctgtca
ggcgttggaggcttagtatatgacaaagatgccatctatattgaccttggaggaagtcat
gctcatcaagtggaggaggatgatgtaaaaccgaatcatgaattagtccagagcctcatt
tctacacactcaaccattgatgccaaaatggcctcaagcaaagtatctctctttatggat
tccacaccattagaggctggagatattgaaaaccaagaaaggatttttccaatgcctgaa
gaagaaaaaaaacttgacccacattctgggagggtgcggaggagagctatgttcaaagat
gaaaaaaatgaggatgaggggagtgatgaggacgatgaagaaatgtctgaggatgaggat
gagaatgaagatgggagtgacggagacaatgacaatgagggaggagaacataatgatgaa
gatttgtcagatcaacacttgattttgtcatctgccagacatcttaaagaagaaaccaaa
gaagcaactctaacagaattgccagcctttgctgatagtgatgacaatcttgagatgagt
tcaagtgaagaggaaggaggaaaggaggagggccttgctggtgagagaggagaaacagat
ggaagagaaccagaatgtgtcgaagaggagatgatggattttgaaactgcatccagaaat
acagatttacttaataaaccaatgcgttgcaacaaaaaagacagagaattaaaaaataat
aaaacccttggtaaaacagtagcttctactactgattctggaaatgagactactgaagaa
gcatcagcatctgaatcggaagattcttccttggaagaggaagaagaatcaatgggtgat
tctgacaacgaggaatctgatagtggtgacttccaaactgaaagtgctgaaggacttgaa
tctggggctgtaaattataatgatgatgttgaagagctcttgaaagaggatgaggaatac
aaagaagcacttgacctttctgcagacacagatggcgcccttaaatggaaagaagacctt
actcgaaaggctgctgaagcttttctgaggcagcaacagacaactcccaatctccgtaaa
cttgtttatggcacagtggctgaagatgaggggaaggaagaagaaaatgaagaacttgga
ggattgttccatgttagccgccccgacacagaatcaaagcgaaaagcagatgccctcgac
tgctccaaatttcatgttgaagctccacaagattgggacttagatgaggttatgaacagt
atcagagactgttttgtgactggaaattgggaagctgataaagatgcagcaaaactactg
aaagaagatgaagagttatatggtgattttgaagatcttgaaactggaacgatacacaaa
ggaaaaccagcaaatcaaggagatgaggaagaaaatgcagaagaaaaagaagacaatgcc
aaagacgatgcccaaactgttgaggaagaagaggaaaagaaaaagcgcatggataagaaa
cgtaaactgaaagcaatgtttgatgctgaatatgatgatggggatgccacctacttcgat
gatctgaaaggggagatgcagaaacaggctcagcttaatagggctgaatttgaagatcaa
gatgatgaaaccagagttcaatatgagggctttcggccagggatgtatatccggatagaa
cttgaaaatgtcccttgtgaactggtcctgaattttgacccacattatccacttatcctg
gggggcttgggaaatacggaaggaaatgtggggtatgttcagatgcgcctgaagaagcat
cgttggcataagaaaatactcaagactcgtgatcccctgatattctcattaggctggagg
cggtttcagaccatccctatgtattacatagaagaccataatggccgtcacagactactt
aagtatacaccacaacatatgcattgtgggaccatcttttggggacctattaccccacaa
ggaacaggatgtttggcaatccagtcagtgagtggtacaacatctgattttcgaatagct
gccactggagttgtgcttgacttagataaatctattaaagttgtgaagaaattaaagtta
acaggcttcccattcaaaatttacaagaatacagcatttatcaaggggatgtttaactct
gtactggaagtggcaaagtttgaaggagcagcaattcgtactgtgagtggtatccgaggg
cagattaaaaaggctgtgcggacaccagagggtgcgttcagagcgacatttgaagataag
ctgctaatgagtgatattgtcttcctgagaacctggtaccctgtatccactccagcattc
tataatccagtgacttctttactaaaacctgtgggggaaaaagactcttggtcaggaatg
aagaccacaggccagttaaggcatgagaagggcatcagactgaaacaaagcaaggactcc
ctgtataagcatattgtgcgggagaagaaacatttcaataagctgcatatccccaaagct
cttcaaaaggccttgccatttaagagcaaacctaagatgcaagaaggaaaaagaaaagtt
acaagggacaagtggagaccagctattatcagggaacctcatgagaagaagattgcagca
cttctgtctgcattgagtacagtacacaatgacaagttgaaaaaagccaagctaaaacac
cgacaggatcttaatgaacgcctgaaagtgaaacagaaagaggaggaggagaagattaag
aggcagaaggaagcaaagaagaaactgtttcgcataattggacagaaggataggaagagg
caaaagtcaagtctgaaggggaatgcggaacaagagaagtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (42)   
   KEGG ORTHOLOGY (1)   
   RefGene (37)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (11)   
   RefSeq(nuc) (1)   
   GenBank (5)   
   EMBL (5)   
Protein domain (10)   
   Pfam (10)   
All databases (69)   

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