Anolis carolinensis (green anole): 100559283
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Entry
100559283 CDS
T01608
Symbol
fyco1
Name
(RefSeq) FYVE and coiled-coil domain containing 1
KO
K21954
FYVE and coiled-coil domain-containing protein 1
Organism
acs
Anolis carolinensis (green anole)
Pathway
acs05132
Salmonella infection
Brite
KEGG Orthology (KO) [BR:
acs00001
]
09160 Human Diseases
09171 Infectious disease: bacterial
05132 Salmonella infection
100559283 (fyco1)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
acs04131
]
100559283 (fyco1)
Membrane trafficking [BR:
acs04131
]
Endosome - Lysosome transport
Rab GTPases and associated proteins
Rab associated proteins
100559283 (fyco1)
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
FYVE
RUN
GOLD_2
RUFY4
Rod_CreS
BEGAIN_coil
GOLD_PATL1_C
F28H7_8_C
CCDC39
Motif
Other DBs
NCBI-GeneID:
100559283
NCBI-ProteinID:
XP_008116498
Ensembl:
ENSACAG00000014119
LinkDB
All DBs
Position
Unknown
AA seq
1533 aa
AA seq
DB search
MAGSSGESQLQRIIRDLQDAVTELNKEFTEAGEPITDDCVSLHKFSYKLEYLLQFDQKEK
STLLGHRKDYWDYFSDCLAKVKGANDGIRFVKSISELRTSLGKGRAFLRYSLVHQRLADT
LQQCFMNTKVTSDWYYARSPFLNPKMSSDIIGHLYELTEVQFDLASRGYDLDSAWPTFAR
RTLSSLGSSAYLWKPPSRSSSMSSLVSNYLQAQEIPSSPNGNNFLNNEPLEGLDELHTEL
DQAELRQKELQDQIHHLEKENQTLQAAVSFEQQQAQAERENSGRIREENVRLTKMLEELE
KQREISYCTQGTVQDLQKCLQVLELNAAEKQSEYSARLEELEASKRTLTXEATLLNQELE
RSRSSMTMKDVCISELKASLKSAEQKNEELIAKTLLNEKGQQTKQYESALKFEELQKKVR
TVEQEKVDACKLNDKHLSQLKVTEEELHLKDDARKELELKLENLTISCKEESEKLSLKLE
TMATERAVLEKQLAAKGKEAADLQIQLKDSLECVKSLGGKLEEEREEKVELERSFSLKKT
RMEQEVKNTMDQLVLLEIKLSELSQRVNSLEEQKSELVSERDYLRKILEKMEQQAIEQSS
SLRNASERYEKLKSQNAKLQQTNQKLEDKWRALEASKSCLEAEVAKLRASEKQLLNQIDD
AVVSVDEKEKKLREENKLLDENLQNATRQSQVLEERVKTLQKDYQELKQNEDTMKESLSV
LEAKLQSTKEHCLQMENNLSSLRKNEESLKTLLKEKDEALQCLESQCKKFQGEIERCRKK
VKILEAEKADIENMCLHQTKVIESISSEKTSLEKAQLEHTACQGRKEKDLASRLALSEEQ
LHINQAEVGRLQEKMMDLQAKFQQTVAEKEKLQGKLDIHETVLNEHKSLALQLKEQNEAL
NRNHVQELLQCQEQEEGLKKERDQKVHQKAEMEKSVLCLTDELSRVKQCLEMVNMENMEI
KDLLHRTNTEMAELGIQICTLTSEKADAEEKLSQLMEELSATKERAAKDQEELHNALSRL
SQEKEGLQEKLEDSEIYAATVPDLRTQLETAERQAQSLQEFSKEELSAVKFQLSTEIINY
QTKFKAVNEECEHLQRELEKRSQQVSIAEEALKDMQAAKRDLCTKLDLAMDSITECKAAL
QKKDEELDQLQEDLKRAQQDVCRANEQIQYSSDNLNKMKSDRDSNEKKLLAELDDLTRTK
QFLEERLIELLRDKDALWQKSDALEFQQKLTAEQRWLGDAEVSSCLDCQKEFGWMNRRHH
CRLCGRIFCYYCCNNYAMSKQTGKKERCCQSCFKKASNSGSNVTQEESTSSLLASPLSLV
QRVIVTSEASKPTDDAVFDIITDEEVGQIQESDNKSQTEDVSLDHSITDLNSTLSSLTFD
ESDDLQMIQDVEICLLKSGELMLKLPLTAEDIFKFGEANRELFIKSNTYSTIPITVIETG
LTISWVFSSEPKSISFSVVYQESEEAPLDQSKVLIPMTRCNSHKETIHGKVKVRNPGIYI
LIFDNTFSRFISKKVFFHLAAQRPIIYDGSDFP
NT seq
4602 nt
NT seq
+upstream
nt +downstream
nt
atggcaggaagtagtggagaaagtcagctgcagaggattatccgagatttgcaagatgct
gtcacagaattgaacaaagaatttacagaagctggcgaaccaatcacagatgactgtgtc
agtttgcacaaattttcctacaagcttgaatatcttttgcagtttgaccagaaggaaaaa
tccactttactgggtcaccggaaagactactgggattacttctccgactgtctggctaag
gttaaaggagcaaatgatggaattcgttttgtgaagtctatttcagaactcagaacttcc
cttggcaagggaagggcatttctccgttactccttagtgcaccaaagacttgcagatact
ttgcaacagtgttttatgaataccaaagttacaagtgactggtactatgcaagaagtcct
ttcctcaaccccaaaatgagttctgatatcattggtcacctttacgagttaactgaggtt
caatttgatttggcatctagaggctatgacttagattcagcatggcccacatttgccagg
agaacattatcttctcttggctcctcagcttacttgtggaaaccaccaagccgcagttcg
agtatgagcagcttagtgagcaactatctgcaggcacaagagattccttctagtcccaat
gggaacaattttttaaataatgaaccccttgagggcctagatgagttgcacacagagctt
gaccaggcagagctgcggcaaaaggaactgcaggatcagatccatcatctggaaaaggag
aaccagacacttcaggcagctgtcagcttcgagcaacagcaagctcaggccgaaagggag
aacagtggccggatcagagaggagaatgtcaggctcacaaaaatgcttgaggaactggag
aaacaacgcgaaatctcctactgcactcagggtactgtacaggacctgcagaaatgtttg
caggtgttagaactgaatgctgctgagaaacaaagcgaatactctgcaaggcttgaggaa
ctggaggccagcaaaaggactctgactnnagaagctactctccttaatcaagaactggaa
cgcagcagatcctcaatgaccatgaaggacgtctgcatcagtgaacttaaggccagtctg
aagtcagcagagcagaagaatgaggagctcatagccaagaccctcctgaatgaaaaggga
caacaaaccaagcagtatgaatctgcactgaagtttgaggagttgcagaagaaggtccgt
acagtagaacaggagaaggttgatgcctgtaagctaaatgacaaacatctttctcagctt
aaagttacagaagaggagctgcatctgaaagatgatgctcggaaggagcttgaactgaag
ttggaaaacctcaccatcagctgtaaagaagaatctgaaaaactgagtcttaaactggaa
accatggcaaccgaaagagctgttcttgagaaacagctagcagcaaaaggcaaggaggca
gctgatcttcaaatccagttgaaagattcattggaatgtgtaaaatcattgggggggaaa
cttgaggaggaaagggaagagaaggtggaactcgagaggtccttcagccttaaaaaaaca
agaatggaacaagaagtaaaaaacacaatggatcagcttgtgttgctggaaattaaacta
tcagaactaagtcagagagttaatagcttagaggaacaaaaatcagaacttgtttctgaa
agagattatctcagaaaaatattagaaaaaatggagcaacaggcaatcgaacagagctct
tcattgagaaatgcctctgaaagatatgagaagctcaagtcccagaatgcaaagctgcaa
caaaccaatcagaaattagaagataagtggagagcgctggaagcatctaaatcctgttta
gaagctgaggttgccaagttgagagcctctgagaaacaactcctaaatcaaatagatgat
gctgtagtgtctgtggatgaaaaggagaaaaagcttcgagaagaaaacaagcttctggat
gaaaacctgcagaatgccacaaggcaaagccaagttctggaagagagggtgaaaactttg
cagaaggactatcaagaattgaaacagaacgaagacactatgaaggagtctttaagtgta
cttgaagccaagctccagagcaccaaagagcattgcttgcaaatggaaaataatttgtct
tctttgaggaagaatgaagaatctttgaagacactgcttaaagagaaagatgaggcattg
cagtgcctggagagtcagtgcaagaagtttcaaggagaaattgagaggtgcaggaaaaaa
gtgaaaattctagaagcagaaaaagcagatattgaaaatatgtgtctccatcaaacgaag
gtgattgaatccattagttctgaaaagacatctttagagaaagctcagttggaacataca
gcctgtcaggggagaaaagaaaaagatctggcttccagattggctctttctgaagaacag
ctgcatatcaaccaggcagaggtaggtaggcttcaggagaaaatgatggaccttcaggct
aaatttcagcaaacggttgcagagaaggagaaactgcaaggcaaactggatatccatgag
acagtcctaaatgagcataagtccctggccctgcagctgaaggagcaaaatgaagccctc
aacaggaaccatgtgcaggaactgcttcagtgtcaggagcaggaggaagggctgaaaaag
gaaagagaccagaaagtccatcagaaggccgaaatggaaaagagtgtgctgtgcctcaca
gatgaattgtccagggtcaagcagtgtttggagatggttaacatggaaaatatggaaatc
aaggatcttctccatcggaccaacactgaaatggctgaactgggtattcagatttgcact
ctgacatctgaaaaggcagacgcagaagaaaagctgtcccagctcatggaagaactgagt
gctaccaaagaaagagcagctaaagatcaagaggagcttcacaatgctctctcaaggctc
agtcaagaaaaagaaggtctgcaagagaaacttgaggattctgagatttacgccgccact
gtacctgacctgcggactcagctagagacagcagagagacaggcccagagtctgcaagag
ttcagcaaagaggagctatctgcagtcaagtttcagctgagtacagaaattataaactat
caaaccaaatttaaggctgtcaacgaagaatgtgaacacttacaacgggaacttgaaaag
aggagccagcaagtatccattgcagaagaagcactcaaagacatgcaggctgcgaaaaga
gacctgtgcacaaaactggatcttgccatggattcgataactgagtgcaaagcagcgctg
caaaaaaaggatgaagagttagatcaacttcaagaagatctgaaaagggcccagcaggat
gtctgcagagcaaatgagcaaattcagtactctagtgataacctcaacaagatgaaatca
gaccgtgacagcaatgagaagaagttactagctgaattagatgacctcacaagaacaaag
cagttcctagaagaacggttgattgagcttcttagggacaaagatgccctgtggcagaag
tcagatgctctggaattccaacaaaaactgactgcagaacaaagatggctcggtgatgca
gaagtaagcagctgcctagactgccaaaaagaatttggctggatgaatcgtcgacaccat
tgcagactgtgtggacgcatattctgctactactgctgcaacaactatgctatgtcaaaa
cagactggcaagaaagaacgctgctgccaatcttgctttaaaaaagcaagcaactctgga
tcaaacgttacccaagaagaatcaacatcaagtttgctggcttcacctttgtccttggtc
cagagagttatagttacaagtgaagcctctaaacccacagatgatgcagtgtttgatata
atcacagatgaggaagtgggccaaatacaggagagtgacaacaaaagccaaactgaagac
gtatctctggaccatagcattactgatctaaacagcacattgagttccttaacgtttgat
gagtctgatgacttgcaaatgatccaagacgtagaaatatgcttgctgaagtcgggagaa
ctgatgctaaagctgccactcactgcggaagacattttcaagtttggagaagctaacaga
gaattattcattaagtcaaacacttacagcaccatccctatcactgtgatagaaactggc
cttacaataagctgggtgttttcctcagaaccaaagagcatttcattcagcgtcgtgtac
caggaatcagaagaagcaccgctggaccaaagtaaagttcttattcctatgactcgctgc
aactctcataaggaaaccatacatgggaaggtgaaagtcagaaatccagggatatacatc
ctaatatttgacaacactttctcgaggtttatctccaagaaagtattttttcacttagct
gctcaacgcccaataatctacgatggaagtgattttccatag
DBGET
integrated database retrieval system
