Anolis carolinensis (green anole): 100561425
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Entry
100561425 CDS
T01608
Symbol
mst1r
Name
(RefSeq) macrophage stimulating 1 receptor
KO
K05100
macrophage-stimulating 1 receptor [EC:
2.7.10.1
]
Organism
acs
Anolis carolinensis (green anole)
Pathway
acs04020
Calcium signaling pathway
Brite
KEGG Orthology (KO) [BR:
acs00001
]
09130 Environmental Information Processing
09132 Signal transduction
04020 Calcium signaling pathway
100561425 (mst1r)
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
acs01001
]
100561425 (mst1r)
09183 Protein families: signaling and cellular processes
04090 CD molecules [BR:
acs04090
]
100561425 (mst1r)
Enzymes [BR:
acs01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.10 Protein-tyrosine kinases
2.7.10.1 receptor protein-tyrosine kinase
100561425 (mst1r)
Protein kinases [BR:
acs01001
]
Receptor tyrosine kinases (RTK)
MET family
100561425 (mst1r)
CD molecules [BR:
acs04090
]
Proteins
100561425 (mst1r)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PK_Tyr_Ser-Thr
Pkinase
TIG
Sema
PSI
Fig1
Kinase-like
Pkinase_fungal
Motif
Other DBs
NCBI-GeneID:
100561425
NCBI-ProteinID:
XP_016847061
LinkDB
All DBs
Position
2:complement(147877190..147953931)
Genome browser
AA seq
1390 aa
AA seq
DB search
MRASFLFSLLLGLLPIKISGDSWKCPYISYNLTSNYSVKYNFPTFIAESPIQNIVSYEPA
NAIFVALRNKIYILNSEMKILSAVVTGPWGSPNCTICALCPVKGPMDYEDTDNKVLVLDP
FEPWLYSCGSSQHGICFLHSIETVGSIASIKKTACLYSAKFNKPSECPDCVASPLGTRVI
VVDQSSAYFYIASTINVSIAETYSPKSVSIRRLKSTQDGFDHLFHSLTVLPEYQDTYPID
YVYSFNNEDYVYFLTIQRENLNSRVYHTRITRLNSKESEVRNYRELNLECRFGHKRKRSL
EVNNREVNFNVLQAAHATQPGSKLADELTISDSELVLFGVFAESQAESPVPQKYSAVCAF
PVSKINEAIDRGMTKCCSSSFHDKIFRGLSFYQDTEYCPHNVNYSAAVVDTSCQRKPTYI
ATDSFRLDLFNGHMSDVLLTSIYVTVIDDMTVAHLGTSEGRILQVVLQGSSVYTIRVANF
SLGEKLPILREVSKLHDSLLFAAGNKVFQISKIGPGCHHFLTCLRCLKAPRFMQCGWCRS
SCTRREECKENWDKESCPPVLTDFHPRNAPPSGSTKVTLCGMGFQSRPYFSGTDIPQVKP
TDYRVTVGQRTCAVLFEESLANRYSQVPQRKDFVEAIVCTLSPKGKEKLQEPQEVTLTIA
EKKVPQFYINGTSVLTGFVFMLPKITSIHPAYGPLAGGTEIAIKGENLLVGGTRKVLMNG
LDCPLVSRESQREKDIICTTPSVSHLTNASVTVIIDEEQFVSPQHFRYRENPQIRNVSPN
CSYEGSNLFISGTNLDSVYSTKVQFVTAKMKTTAKVCEGHLSAEKLVCQTPAYRFENKAE
TTLGELNILMDGVPGYKHSGILYYPRPVIYPFEHENKWYILSQGEDEIEIHHIGLDALAG
CMPISMTVANTDCYPSVLKNEVTCRIPKNLVIPPEGVPAQICVNGNCTDLGIVMVVSSFS
TVAVIFGIISAILFLCLIAFLLMKYIQQKKTGTENLERLSSLNRGTPSIPLLPINIGCMD
AAESPHRASPDARFGSVSYTGSSDGSFVPFMRVPSYSIKNFRPELLEEVKDVLIPEERLV
MHQDQIIGKGHFGRVYHGTYIDSSWREIRCAVKSLNRITDLDEVEEFLKEGILMKSFHHP
HVLHLIGISLPREGLPRVVLPYMKHGDLRHFIRSGERNPTVKDLIGFGLQVAQGMEYLAQ
NKFVHRDLAARNCMLDETYTVKVADFGLARDVFDKEYYSIKQHRRAKLPVKWMALESLQT
QKFTTKSDVWSFGVLMWELMTRGASPYPEVDPYDMTLYLLKGRRLPQPEYCPDSLYSIML
NCWTPSPEERPTFTILIEEVEHILACLKGDHYINLNVTYVNLDQGHPFPPLISCELDSSG
LSEEEDIAVA
NT seq
4173 nt
NT seq
+upstream
nt +downstream
nt
atgagggcatcatttctgtttagcctcttgttggggttgctgcccataaaaatcagtggg
gactcttggaaatgcccatatatttcttataacctgactagtaattattcagtgaaatac
aactttcctacattcatcgcagagagtcccatccagaacatagtaagctatgagcctgct
aatgctatctttgttgcacttcggaacaagatctacatattgaattctgagatgaaaatc
ctctctgccgtagtaactggtccctggggaagtcccaattgtacaatctgtgccctgtgc
ccagtgaagggaccaatggattatgaagacacagataacaaagtgttggtgctggatcct
tttgaaccttggctttacagttgtgggagttcgcaacatgggatctgcttcctgcatagc
attgagacagtgggcagcattgcttcaattaaaaaaactgcatgcttatattcagctaag
tttaacaaaccttctgaatgtccagattgtgtggccagtcccttaggaacgagagtcata
gttgttgatcagtcttctgcgtacttttacattgcatctactatcaacgtgagtattgca
gagacctatagccctaaatcagtatctatacggagactgaagagtacacaggatggattc
gaccatcttttccactctttaactgtgctgcctgagtatcaagacacgtaccccattgac
tatgtgtattcctttaacaatgaggactatgtatatttcctaaccatccaaagagaaaat
ctcaactccagagtgtaccacactaggataacacggctcaacagtaaagagagtgaagta
cgcaattaccgtgagttgaatttggagtgccgctttggacataagcgaaagaggagcctt
gaagtaaacaacagggaggtaaattttaatgtattgcaggcagcccatgctacccaacct
ggctcaaagctggctgatgagcttactattagtgactcagaactggttctttttggtgtg
tttgctgaaagccaggcagaaagcccggtgccccagaagtactcagcagtttgtgctttt
cctgtgagcaagatcaatgaagctattgaccgtggaatgacaaaatgctgcagttcaagt
ttccatgacaagatctttcgaggcctatcgttttaccaggatacggagtactgtccacat
aacgtcaactattcagctgcagtggtggacaccagctgccagaggaagcccacctatatt
gctacagatagcttcagattggaccttttcaacggacatatgtctgatgtgttactgaca
tctatctatgtaacagtaatagatgacatgactgtggctcacctcggcacatcagaagga
cgtatattgcaggtagtgcttcagggatccagtgtttacacaatcagagtggccaacttc
tctttgggggagaaattaccaattttgagggaggttagcaaacttcacgactctttgttg
tttgcagcaggaaataaggttttccagataagcaagattggtccaggttgccaccatttc
ctgacttgcctccgctgcctgaaggcaccacgttttatgcagtgtggctggtgtcgaagt
tcatgcacccgtcgggaagagtgcaaggagaactgggacaaggagagctgccctccagtc
ctcacagattttcatcctaggaatgccccaccttccggcagcacaaaggtgactctctgt
gggatgggatttcagtcacgtccatatttttctggcactgatattccacaggtaaagccc
actgactacagggttacagtgggtcaaaggacgtgcgctgtgctgtttgaagagagcttg
gcaaacaggtacagtcaagtgccacagaggaaggattttgttgaggctattgtctgcact
ttatcaccaaaagggaaagagaagctgcaggagccacaagaggttacgctcaccattgct
gagaagaaagttcctcaattttatatcaatggcacttcagtactcactggctttgtattt
atgctgccaaaaataacttccattcaccctgcttatggtccattggctggaggaacagag
atcgctatcaaaggagaaaatctcctggtgggaggcacaaggaaagttttgatgaatggc
ctagattgtcccttggtgagcagagaaagccagagagagaaagacatcatctgcaccacc
ccttccgtgagccacctaaccaatgcttccgtgactgtaataattgatgaagaacagttt
gtttctccacagcacttccgttatagagaaaacccccagatacgcaatgtctcccccaac
tgcagctatgagggatcaaatcttttcatatctggcaccaatttggattcagtgtatagt
acaaaagtacaatttgtgactgcaaaaatgaaaaccacggctaaagtatgtgagggccac
ctgtctgcagaaaaactggtgtgccaaactcctgcctatcgatttgaaaacaaagcagag
actacacttggagagctaaacatcttgatggatggagttcctgggtacaagcattctggc
atcctctactaccccaggccagttatctaccccttcgaacatgaaaataaatggtacata
ctcagtcaaggggaagatgagattgagattcatcacataggactggatgctctggcaggt
tgcatgccaatctctatgacagtggctaacacagattgctaccccagtgtgctgaaaaat
gaggtcacatgccgaatccccaaaaatcttgtcatccctccggaaggtgtgccagcacag
atttgtgtcaatggaaactgcacagacctaggcattgtgatggtcgtctcttccttctcc
acagttgctgttatctttgggattatttcagccatcctattcctctgcctcattgcattt
ctgctcatgaaatatatccagcagaagaagacaggaactgagaatttggaaagactatca
agcctcaacaggggcacaccaagcattcctcttcttcctatcaacattggctgtatggat
gctgctgagtccccacatagagcctccccagatgcacgttttggaagtgtctcttacaca
gggagcagtgatggttcttttgtgcccttcatgcgagtgccttcttactccattaaaaat
tttcggccagagcttttggaagaggtaaaggatgttcttatcccagaagagcggttggtc
atgcatcaggaccagatcattggcaaagggcattttggacgtgtttatcatggaacatac
atagattcatcttggagagagatacgctgtgctgttaaatctctcaaccgcatcactgat
ttggatgaagtggaagagtttttgaaagaggggattctgatgaaaagtttccatcacccc
catgtcctccatctcattgggatttcccttcctagggaaggactccctcgcgtggtgctg
ccatatatgaagcatggagatctgcgacattttatccgttctggggaaaggaaccctact
gtgaaggatttaataggctttggactgcaagtagctcaaggaatggaatatttggcccag
aataagtttgtacacagagaccttgctgctagaaattgtatgctggacgagacctacaca
gtaaaggtggcagactttggcctagccagagatgtttttgataaggaatattacagcatc
aagcaacatcgccgagcaaagctccctgtgaagtggatggctctggagagcttgcagacc
caaaagtttaccacaaaatctgatgtatggtcttttggggtccttatgtgggagctgatg
acacgaggggcgtctccctaccctgaagttgatccatatgacatgaccctctacttgttg
aaaggaaggaggttgccccagcctgaatactgtccagattctctctacagcataatgctg
aattgctggaccccaagtcccgaggagcggccaaccttcactatcttgattgaagaagtg
gaacacattctagcctgcctaaagggagaccattacatcaacctcaatgtcacctatgtc
aaccttgatcaaggccatcctttcccccctttaatcagctgtgaactggattccagtggg
ttgagcgaagaagaggacatagcagttgcctga
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