Rhinopithecus roxellana (golden snub-nosed monkey): 104665857
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Entry
104665857 CDS
T03989
Symbol
SMCR8
Name
(RefSeq) guanine nucleotide exchange protein SMCR8
KO
K23611
guanine nucleotide exchange protein SMCR8
Organism
rro
Rhinopithecus roxellana (golden snub-nosed monkey)
Pathway
rro04140
Autophagy - animal
rro05014
Amyotrophic lateral sclerosis
rro05022
Pathways of neurodegeneration - multiple diseases
Brite
KEGG Orthology (KO) [BR:
rro00001
]
09140 Cellular Processes
09141 Transport and catabolism
04140 Autophagy - animal
104665857 (SMCR8)
09160 Human Diseases
09164 Neurodegenerative disease
05014 Amyotrophic lateral sclerosis
104665857 (SMCR8)
05022 Pathways of neurodegeneration - multiple diseases
104665857 (SMCR8)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
rro04131
]
104665857 (SMCR8)
Membrane trafficking [BR:
rro04131
]
Autophagy
Other autophagy associated proteins
Rab associated proteins
104665857 (SMCR8)
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
SMCR8_C
Folliculin
Motif
Other DBs
NCBI-GeneID:
104665857
NCBI-ProteinID:
XP_010366095
UniProt:
A0A2K6QNX7
LinkDB
All DBs
Position
19:67486206..67499133
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AA seq
936 aa
AA seq
DB search
MISAPDVVAFTKEEEYEEEPYNEPALPEEYSVPLFPFANQGANPWSKLSGAKFSRDFILI
SEFSEQVGPQPLLTIPNDTKVFGTFDLNYFSLRIMSVDYQASFVGHPPGSAYPKLNFVED
SKVVLGDSKEGAFAYVHHLTLYDLEARGFVRPFCMAYISADQHKIMQQFQELSAEFSRAS
ECLKTGNRKAFAGELEKKLKDLDYTRTVLHTETEIQKKAKDKGFYSSQAIEKANELASVE
KSIIEHQDLLKQIRSYPHRKLKGCDLCPGEMEHIQDQASQASTTSNPDESADTDLYTCRP
AYTPKLIKAKSTKCFDKKLKTLEELCDTEYFSQTLTQLSHIEHMFRGDLCYLLTSQIDRA
LLKQQHITNFLFEDFVEVDDRMVEKQESIPSKPSQDRPPSRSLEECPIPKVLISVGSYKS
SVESVLIKMEQELGDEEYKEVEVTELSSFDPQENLDYLDMDMKGSISSGESIEVLGTEKS
TSVLSKSDSQASLTVPLSPQVVRSKAVSHRTISEDSIEVLSTCPSEALIPDDFKASYPSA
INEEESYPDGNEGAIHFQASISPPELGETEEGSRENTPSQIDSCCIGKESDGQLVLPSSP
AHTHSDEDGVVSSPPQRHRQKDQGFRVDFSMENASPSSRDDSCEGFSAYELDPSHLLASR
DISKTSLDNYSDTTSYVSSVASTSSDRIPSAYPAGLSSDRHKKRAGQNALKFIRQYPFAH
PAIYSLLSGRTLVVLGEDEAIVRKLVTALAIFVPSYGCYAKPVKHWASSPLHIMDFQKWK
LIGLQRVASPAGAGTLHALSRYSRYTSILDLDNKTLRCPLYRGTLVPRLADHRTQIKRGS
TYYLHVQSMLTQLCSKAFLYTFCHHLHLPTHDKETEELLASRQSSFLKLTLGLVNEDVRV
VQYLAELLKLHYMQESAGTSHPMLRFDYVPSFLYKI
NT seq
2811 nt
NT seq
+upstream
nt +downstream
nt
atgatcagcgcccctgacgtagtggccttcactaaagaggaagaatatgaggaagagcct
tacaatgagccggccctgcctgaggagtactcggtgccgctcttccccttcgccaaccag
ggtgctaacccctggtcaaaactgtctggggccaagttttcgagggacttcattcttatt
tccgagttctctgagcaggtgggaccccaaccgttactgaccatccccaatgacaccaaa
gtttttggcacttttgatctcaattacttctccctgcgtatcatgtcggtggattaccag
gcttccttcgtgggccatcctcctggatctgcctaccccaagctgaacttcgtggaggac
tccaaggtggtgctgggagattccaaggagggagcctttgcatacgtgcaccaccttacc
ctatacgacctggaggcccgtggcttcgtgaggccgttttgcatggcttatatctctgca
gaccagcataaaatcatgcagcagttccaggagctttcagccgaattttccagagcttct
gagtgcttgaagactggcaacaggaaggcatttgctggggaacttgaaaaaaagctgaaa
gatttggattacaccaggacagtgctgcacacagaaacggagatccagaagaaagccaag
gacaaaggcttttactcatctcaggcaattgagaaagccaatgaactggccagtgtggag
aagtccatcattgaacatcaagacctgctgaagcagatccgctcataccctcatcggaag
ctgaaggggtgtgatttgtgtcctggtgagatggagcacatccaggatcaggccagccag
gcatccactacctctaaccctgatgagtctgccgacacagacctttacacctgcagacca
gcctacaccccaaaacttataaaagcaaagtccaccaagtgttttgacaagaagttgaag
accttagaggagctctgtgacactgaatatttctcccagaccctgactcagctcagccac
attgaacacatgttcagaggagacctgtgttacctcctcaccagtcagattgatagagca
cttctaaaacaacagcacataacaaactttctctttgaagactttgtggaggtcgatgac
aggatggtggagaagcaagaaagcataccctctaagcccagtcaagacaggccgccttcc
aggtctctagaagaatgcccaattcctaaagtgttaattagtgttggttcttacaagtcc
agtgtggagtctgtgctaatcaagatggagcaggaactgggagatgaggagtacaaggaa
gtggaggtgacggagttgagcagtttcgacccccaggaaaacttggactacctggatatg
gatatgaaagggagtatcagcagtggtgaaagcattgaagttttgggcacagagaaatcc
acctctgtgctttctaagtctgacagccaggccagcctcacggtaccattgagcccccag
gtagtccggagcaaagccgtcagccacaggaccatcagcgaggacagtattgaagtcctc
agtacctgcccctctgaggccctcatccctgatgactttaaggccagctacccaagtgcc
attaatgaagaagaatcatatccagatggcaatgagggagccatccacttccaggcaagc
atcagtcctccggagctgggtgagacggaggagggcagcagggaaaacaccccatcacaa
atagactcctgctgtattgggaaggagagcgatggtcagctggtgctgccctccagtcca
gcccacacacactctgatgaggatggagtggtgagcagccccccacagcgccataggcag
aaggaccaggggttccgtgtagacttttcaatggaaaatgccagcccttcttcccgagac
gacagctgtgaagggttttccgcttatgagctggacccaagccacctgctggctagccgg
gacatcagtaagaccagcctggataactactcagacaccaccagctatgtgagcagtgta
gcctccaccagctcagacaggatcccttctgcttatcctgctggcctgtcttccgatagg
cataaaaagagggctggccagaacgccttaaaattcatccgccagtacccctttgcccac
ccagccatctactccctgctcagcgggaggacactcgtggtcctgggggaagatgaggcc
atagtcaggaagctcgtgactgcactggctatctttgtccccagctatggctgctacgct
aagcccgtgaaacattgggcctcctcccctttgcacattatggattttcagaagtggaag
cttattggcttgcagagagtggcctcccctgccggtgccggtacccttcatgccctgagt
cgctacagccgctacacgagcatcctggaccttgacaacaaaaccctgcgctgccccctt
tacagaggcaccctggtgccccgcctggcggaccaccgcacacagatcaagcggggcagc
acctactacctgcatgtccagagcatgctcactcagctctgctccaaggccttcctctac
accttctgccaccacctgcacctgcctacgcacgacaaggagacagaggagctgctagcc
agccgccagtcgagcttcctgaagctgaccctgggtctggtgaatgaggatgtcagggtg
gtccagtacctggctgagctgctgaagctgcactacatgcaggaatctgcagggaccagc
caccccatgctcaggtttgactatgtccccagctttttgtataaaatctga
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