KEGG   Rhinopithecus roxellana (golden snub-nosed monkey): 104677716
Entry
104677716         CDS       T03989                                 
Name
(RefSeq) titin-like
  KO
K12567  titin [EC:2.7.11.1]
Organism
rro  Rhinopithecus roxellana (golden snub-nosed monkey)
Pathway
rro04820  Cytoskeleton in muscle cells
rro05410  Hypertrophic cardiomyopathy
rro05414  Dilated cardiomyopathy
Brite
KEGG Orthology (KO) [BR:rro00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    104677716
 09160 Human Diseases
  09166 Cardiovascular disease
   05410 Hypertrophic cardiomyopathy
    104677716
   05414 Dilated cardiomyopathy
    104677716
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:rro01001]
    104677716
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:rro04131]
    104677716
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:rro04812]
    104677716
   04147 Exosome [BR:rro04147]
    104677716
Enzymes [BR:rro01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.11  Protein-serine/threonine kinases
    2.7.11.1  non-specific serine/threonine protein kinase
     104677716
Protein kinases [BR:rro01001]
 Serine/threonine kinases: CAMK group
  MLCK family
   104677716
Membrane trafficking [BR:rro04131]
 Others
  Actin-binding proteins
   Others
    104677716
Cytoskeleton proteins [BR:rro04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Others
     104677716
Exosome [BR:rro04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   104677716
SSDB
Motif
Pfam: I-set Ig_3 ig Ig_2 V-set C2-set_2
Other DBs
NCBI-GeneID: 104677716
NCBI-ProteinID: XP_010381165
Position
14:69278728..69288181
AA seq 2111 aa
MAAKRYASRISSTSSWPEYFKPSFTQKLMFKYVLEGEPVVFTCRLIACPSPEMTWFHNSR
PIPTGLRRIIKAKSDLHHHSSSLEIKRVQERDSGSYRLLAINSEGSAESTASLLVIQKGQ
DEKYLEFLKRAEQTHENVEALVERGEDRIKVDLRFTGSPFNKKQDMEQKGMVRTIHFKTM
SSAKKTDYMYDEEYLESKSDIRGWLNVGESFLDRETQVKLQRLREARKMLMEKKKLSLLD
TSSEISSRTLRREASDKDILFSREDMKIRSMSDLAESYKVNNSAESIVQNPHGLSNQMDQ
NIESEELPTSFQTIVDEEIFQTEIRMSPESLVKESLPKDHLYGEILVNENTQARGQLEEI
MASTTVGESPTYITNVCEKEEVCETPEKVSQAFTPHASESFGTLVNVEESEEIASERIRK
DDVRELQLSASTQIDESKTEQKEENMRFFENSFRKRPQRCPPSFLQEIESQEIYEGDSCN
FVCHFQGYPQPIVTWYNNDMPIPRNQNFIIHSLENYSILTLLSVHHQNEGSITCVLFNQY
GTVKTTGMLKVKAKQKHDVKAHEVPVFHDYFDEEEELALVFDQAKGAHPSMSQEGQTNLH
VLKTNPPVPPSGDTELLSFPVEIQVTAATPIPEEDKEMFQTEELEPEAMPQDQATQSPKH
KFVFLSDVTNEPPKMLQEMPKHARCREGDSIILECLISGEPQPVVTWFQNGVLLKQNQKF
QFEEVNCSHRLYIKDVNSQDSGKYKCLAENNSGTAESVSDLTVEPVTYRENGQFENIGEI
YGKYSRDQQVQVQGESVRARFYDYPAGPFTPWTNVKEYSVRDYFQSLETIKQIDQKDQVR
CIPSREKIPRFVRGASRTIKTNKPIRAEFIQCQAEGKEKHVSEKSKLHQAEGTVYPFVDD
FSDITIKKDVGNNFGKLGRSEKENVQEYAQSDYLPNIHSERISDSYNTKDSSAVAYEESL
GEEIHYPGKKVKHRITEFEKLHVEKRVLEKRPTRTSFVNPPQKKIDDKAFSLKQRESRSS
NLNANMCQAEKMSPNTESNSSNIAINLKLLSSQTHKESEAHERQQQEKISLIDKPAISKR
VEHESPITFDLKQFHTQIKHTDVKFQELDSSQPEEAYFKIQHPASVTADTENIVFDLKQM
YSHIGDPATEFQGQETREQQEIHYKEKIPSPETLQPDTQSISKNVQNNVFASQEISSSQE
LSYRTIVEKSSIDENSISLEKEVRHVQEQNLDILKTDLSLKSFSEEIYSESCALFPTSSA
DIEETDLSEKNSSLENGDRSFISHLKKAVSEEKPLEVGEMEEECTLEPEVASFPKQDGGA
EAYTDVTLEDHKGDIQEADILHRHLSLSQCFPFLMTEEKQNPGEQIITNIDASGEEKCYE
EVQVQNETSFSTLGEMIETSFSQNIPKLDEAHTTEVVESETSLAQYLLAAGKREVPETKD
TRDQAKLVQSESITSMEVEEVTFNTVYEYYNQKQESLGRPFSPESDISVGVGSTTSEEIS
ELDQFYTPPSSVEYFESPKSPDLYFNPSDVTKQSSIYSGGETVERYSTPLGEVAERYSTP
SEGEIGERYSTPPGETLERYSTPPGETLERYSTPPGETLERYSTPPGETLERYSTPPGEA
LERYSIPTGGPNPTGTFKTYPSKIEREDSTPNEHFYTPTEERGSADEIWRSDSFGTPNEA
IEPKDNEMPPSFIEPLTKRKVYENTTLGFIVEVEGLPVPSVKWYRNKSLLEPDERIKMER
VGNVCSLEISNIQKGEGGEYMCHAVNIIGEAKSFANVDIMSQEERVVALPPPVTHQHVME
FDLENTTSSRTPSPQEIVLEVELSEKDVKEFEKQVKIVTVPEFTPDHKSMIVSLDVLPFN
FVDPNMDSREGEDKELKIDLEVFEMPPRFIMPICDFKIPENSDAMFKCSVIGIPTPKVKW
YKEYMCIEPDNIKYVISEEKGSHTLKIRNVCLSDSATYRCRAVNCVGEAICRGFLTLGDS
EILAMIAKKSKVTLSSLTEELVLKSNYTESFFEFQVVEGPPRFIKGISDCYAPIGTAAYF
QCLVRGSPRPTVYWYKDGKLVQGRRFSVEESGTGFHNLFITSLVKSDEGEYRCVATNKSG
VAETFAALTLT
NT seq 6336 nt   +upstreamnt  +downstreamnt
atggctgctaaaagatatgcaagtagaatatcatctacaagctcctggcctgaatatttt
aagccttcttttacccaaaaacttatgtttaaatatgttttagagggtgaaccagttgtt
tttacatgtagattaattgcctgtccatctccagaaatgacttggtttcataacagtcgg
cccattccaacaggtcttcgtcggattataaaagctaagagtgatttacaccatcactct
tccagcttagagattaaaagggtccaagagagagattctggaagttataggttactagca
attaatagtgaagggtctgctgaatcaactgcatcattgcttgttatccaaaaaggacaa
gatgagaaatatttagaatttctgaaaagagcagaacagacacatgaaaacgtggaggct
ttagttgaaaggggagaagacaggataaaggttgacctgaggtttactggctctcccttt
aacaaaaaacaagatatggagcaaaagggaatggtgagaactatacattttaagacaatg
agttctgccaagaaaacagattacatgtatgatgaagaatatttagaaagtaaatctgac
ataagaggatggcttaatgtaggtgaaagttttctggacagggagacccaagtgaagttg
caacgtttaagggaggctagaaaaatgttaatggagaaaaagaaattatctcttttagat
acgtcttctgaaataagctcaagaactttgagaagagaagctagtgataaagatattctg
ttctctagagaggacatgaaaatcagatctatgtctgatctagctgaaagttataaggta
aataattcagctgagagtattgtgcaaaatccacatggcctttctaatcaaatggatcaa
aatatagaatctgaggaacttcccacaagctttcaaactattgttgatgaagaaattttc
cagactgaaataagaatgagcccagagtcactggtaaaagaaagtctaccaaaagaccat
ttatatggtgaaattctagtaaatgaaaatacccaagcaagaggacagctggaagaaatt
atggccagtactacagttggagagtcacccacatatatcactaatgtatgtgagaaggag
gaagtatgtgagactcctgaaaaggtgtctcaagcttttacaccacatgccagcgaatct
tttggtacacttgtaaatgttgaagaaagtgaagaaatagctagtgaaagaataaggaag
gatgatgtaagagaattacaactctctgcttccacacaaatcgatgaatccaaaaccgaa
cagaaagaggaaaacatgagattttttgaaaattcttttcgaaaacgaccacaacgttgc
ccaccttcatttcttcaagaaattgaatctcaagaaatttatgaaggtgacagttgtaat
ttcgtgtgccattttcaaggatatcctcaacctatcgtgacgtggtataacaatgacatg
ccaatcccacgtaatcaaaactttatcattcattctttggaaaactattcaatattaact
cttctgtctgttcatcatcagaatgaaggttctattacttgtgtgctatttaaccaatat
ggaacagtaaaaacaaccggtatgcttaaagtgaaagcaaaacaaaaacatgatgtcaaa
gcacatgaagtcccagtgttccatgactactttgatgaggaagaagagctagcattggta
tttgatcaagcaaaaggcgcccacccatctatgagtcaagagggccaaacaaatcttcat
gtgttaaaaactaacccaccagtccctccctctggagatacagaattgctttcctttcct
gtagaaatccaggtaacagcagctacacctatcccagaagaggataaagagatgtttcaa
actgaagagctagaacctgaagcaatgcctcaagatcaagctactcagtcaccaaaacac
aaatttgtatttttgtctgatgttactaatgagccaccaaaaatgttacaagaaatgcca
aagcatgccaggtgtagagaaggggattccatcattcttgaatgtttaatatctggtgag
ccccagccagttgtaacatggtttcaaaatggagtccttttaaagcagaaccagaagttt
cagtttgaagaagttaactgtagccaccgattatatattaaagatgtgaattctcaagat
tctggaaaatataaatgtcttgctgaaaacaattcagggacagctgaaagtgtttcagat
ctaacagtggagcctgtcacttatagggagaatggtcaattcgaaaatattggtgaaatt
tatggaaaatattccagagatcagcaagtgcaagtccagggagaatctgtaagggcacgt
ttttatgattatccagctggtccttttactccctggacaaatgtaaaagaatattcagta
agggactattttcaaagccttgagaccattaagcagatagaccagaaagaccaggtgcgt
tgcataccttctagagaaaaaattcccagatttgtgcgtggtgcttcaagaaccataaaa
accaacaagcccatcagggctgaattcatacaatgtcaggctgaagggaaagagaaacat
gtaagtgaaaaatcaaagctgcaccaagcagagggtactgtttatccatttgttgatgat
ttcagtgatatcactattaagaaagacgtaggaaacaattttggaaaacttggtagatca
gaaaaggaaaatgtacaagaatatgcccaaagtgactatttaccaaatattcactctgag
agaatttctgacagttacaatacaaaagattcatctgccgttgcatatgaagaatccctt
ggtgaagagatacactacccggggaaaaaggtgaagcatagaattaccgaatttgaaaaa
ttacatgtagaaaaaagagttctagaaaaaagacctaccagaacatcatttgttaatcct
cctcaaaagaagattgatgacaaagccttttcattaaagcaaagagaatcaagatcaagt
aatctaaatgcaaatatgtgtcaggcagagaaaatgtctccaaatactgaatcaaattca
tctaacattgcaataaatttaaagctgctttcctctcaaactcataaggaatctgaagca
catgaaaggcaacaacaggaaaaaataagtcttatagataaacctgcaatttctaaaaga
gttgaacatgaatcacctattacatttgacttaaagcagtttcacactcaaataaaacac
acagatgtgaaattccaagaattagatagtagtcaaccagaagaagcttattttaaaatc
caacatcctgcttccgtaacagctgacactgagaacattgtgtttgatctaaaacaaatg
tattctcatataggagatccagctacggagtttcaagggcaagaaactagggaacagcag
gaaatacattataaagaaaaaattcctagccctgaaacattacaacctgatacacagagt
atctctaaaaatgtgcaaaataatgtatttgccagtcaagaaatttcttccagtcaggag
ctttcatatagaactatagtggagaaaagtagtattgatgaaaattccatttctttagaa
aaagaagtccgacatgtacaggaacaaaacttagacattttaaaaactgatctttctctt
aaatccttttctgaagaaatctatagtgaatcatgtgccctatttccaacctcatctgca
gatatagaagaaactgatctttctgagaaaaatagttctctagaaaatggagacagaagt
ttcatctcacatttgaaaaaagcagtaagtgaggaaaagcctttagaggttggtgaaatg
gaagaagaatgcactctagaaccagaggtggcatcatttccaaagcaggatggtggggca
gaggcatatacagatgtcactttggaagaccacaaaggtgatattcaggaggctgacata
ctccatagacacctctccctgagtcagtgcttcccattcttgatgactgaagaaaaacag
aatccaggtgaacaaataattacaaacattgatgcctctggagaagaaaaatgttatgaa
gaagtccaagttcaaaatgaaacttctttctccactttaggagaaatgatagaaactagt
ttttctcaaaatattcctaaattagatgaggcacataccactgaggtagtggaatctgag
acctccctagcacaatatttacttgctgctggaaagcgtgaggttcctgaaactaaagac
accagagaccaggcaaagcttgtccagagtgaatcaatcacttcaatggaggtggaagaa
gtaactttcaacactgtgtacgaatactacaaccagaaacaggaatcactaggtcgtcca
ttttctcctgagtctgacatttccgttggtgtgggaagtacaactagtgaagaaatatct
gagttagatcagttttataccccaccatcgtctgttgaatattttgaatctccaaagtcc
cctgacttatattttaatccttcagatgtaactaaacagtcctcaatatattcaggaggt
gagacagttgaaagatattccacacctttaggggaagttgctgaaagatattcaacacct
tccgaaggtgagataggagaaagatactccacacccccaggggagacactagagagatac
tccacacccccaggagagactctagagagatactccacacctccaggagagactctagag
agatactccacacccccaggagagactctagagagatattccacacccccaggggaggca
ctagagagatattctattcctactggaggaccaaaccccactggtacttttaaaacatat
ccatcaaaaatagaaagggaagacagtacaccaaatgagcatttctacacacctacagaa
gagagaggttcagctgacgaaatatggcgttccgattcatttggcacacccaatgaagcc
attgagccaaaagacaatgaaatgcctccatcttttattgaacctctgaccaaaaggaag
gtgtatgaaaacacaacactaggcttcattgttgaagttgaaggtcttccagttcctagt
gtgaagtggtatcgaaataaatctttactagagccagatgaaagaatcaaaatggaaagg
gtgggtaatgtgtgttcactggaaatttcaaacattcaaaaaggagaagggggagagtac
atgtgtcatgctgtaaacatcataggggaagcaaagagctttgcaaatgtagacataatg
tcccaagaagaaagagtggtggcactcccacctccagtaacacatcagcatgtcatggag
tttgatttggaaaacaccacatcatcaagaacaccttctcctcaagaaattgtcctggaa
gttgaattaagtgaaaaagacgttaaagaatttgagaagcaggtgaaaatagtgacagtt
cctgaatttactcctgaccataaaagtatgattgtgagtctagatgttcttccatttaat
tttgtagatccaaatatggattcaagggagggagaagacaaagaactaaaaattgattta
gaagtatttgaaatgcctcctcgctttataatgcctatttgtgattttaaaattccagaa
aattcagatgctatgttcaaatgttcagtcataggcatccctactcccaaagttaagtgg
tataaagaatatatgtgtattgagccagataacattaaatatgtgattagcgaggagaag
ggaagtcacactcttaaaattagaaatgtctgtctttctgatagtgcaacatacaggtgc
agagctgtgaattgtgtaggagaggctatctgtcggggattcctcaccttgggagattcc
gaaatacttgctatgatagcaaagaaaagcaaagtgactttaagcagtttgacagaagaa
ttggtcttaaagagcaattacacagaaagtttttttgaatttcaggtggtggaagggcct
cccaggtttatcaaaggtatttctgactgttatgcaccaataggtacagcagcatatttt
cagtgcttagttcgtggctctccaagacccacggtttactggtacaaagatgggaaattg
gtccaaggaagaaggttcagtgttgaggaaagtggcacagggttccacaacctgtttata
acaagcttagtaaagagtgatgaaggagagtacaggtgtgtagctacaaacaaatcagga
gtggctgagacctttgcagcactcaccttaacttaa

  All links  
Ontology (6)   
   KEGG BRITE (6)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (34)   
   KEGG ORTHOLOGY (1)   
   RefGene (30)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (53)   

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