Yarrowia lipolytica: 2905792
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Entry
2905792 CDS
T01033
Symbol
YALI2_A00441g
Name
(RefSeq) Clathrin heavy chain
KO
K04646
clathrin heavy chain
Organism
yli
Yarrowia lipolytica
Pathway
yli04142
Lysosome
yli04144
Endocytosis
yli05100
Bacterial invasion of epithelial cells
Brite
KEGG Orthology (KO) [BR:
yli00001
]
09140 Cellular Processes
09141 Transport and catabolism
04144 Endocytosis
2905792 (YALI2_A00441g)
04142 Lysosome
2905792 (YALI2_A00441g)
09160 Human Diseases
09171 Infectious disease: bacterial
05100 Bacterial invasion of epithelial cells
2905792 (YALI2_A00441g)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
yli04131
]
2905792 (YALI2_A00441g)
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
yli04147
]
2905792 (YALI2_A00441g)
Membrane trafficking [BR:
yli04131
]
Endocytosis
Clathrin-mediated endocytosis
Clathrin
2905792 (YALI2_A00441g)
Exosome [BR:
yli04147
]
Exosomal proteins
Proteins found in most exosomes
2905792 (YALI2_A00441g)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Clathrin
Clathrin_H_link
Clathrin_propel
PQQ_2
TPR_COPA_B
Clathrin-link
Motif
Other DBs
NCBI-GeneID:
2905792
NCBI-ProteinID:
XP_500150
UniProt:
Q6CGR2
A0A1D8N542
LinkDB
All DBs
Position
A:complement(join(1768613..1773428,1773815..1773930))
Genome browser
AA seq
1643 aa
AA seq
DB search
MSQDLPITFQEHLQLQSLGVPEASIGFNTCTLQSDRFVCVRETANTGNTVAIIDLHNNNN
VVRRNISADSAIMHPTDFVIAVRSKEGALQAFNLETKQRLGSSQLSVPVVFWTWVDAETI
GIITETEILHWKVGTTDPVKLTDRHHSLNDCQVINYISNGSWSALVGITQRDGRIAGQIQ
LYSKERNVSQAIEGHAATFTKLQLQDGASPSDLFVFANRGKLHAVEIDHKDENPVYQKKQ
VDIFFPPEAANDFPVAVFAAEKYGVVYVVTKYGFVHVYDLEQGLCIYMNRISSESVFTAA
SYQKKGVLCINRKGQVLSVELNEQKVVQYILSSLGNAGVALAVASRGGLPGADDLYEQQF
SQLLNQGDYANAAKVAASSPGGRLRTPATIQKLKNVQAPPGGISPILQYFSTLLDKGSLN
KVESIELARPVLQQDRKQLFEKWLQQDKLESSEELGDIVRQFDLKLALQVYVRANVPLKV
VAAFAELGEFDNIVPYCEKVGYTPDYIVLLQNIVRVNPDKGAEFATSLVKKGEDLNLNKV
TDIFLSQNHIQAATAFLLDALNQNLPEQGNLQTRLLEVNLINAPQVADAILGSDMFSHYD
RARIASLCEKAGLMNRALENYDDLKDIKRVVVHSENFPPDALIAYFGKLTVDQTLECLKE
MLKFNIRQNLQVVVQIATKYSDLVGSLNLIKVFEEFNSQEGLYYYLQSIVNLSEDPDVVF
KYITAAAAIGQTNEIERIVRENNHYNAEKVKNFLMKDAHLPDQLPLIIVCDKYDFVHDLV
LYLYKNQQYKFIEVYVQRVNPARTPKVIGALLDVDCDESIIKDLLMSVVGQVPVSELVEE
VEKRNKLKLLLPFLEKTLNGGSRDTALFDALAKIYIDSNNNPEKFLKENNEYNPLVVGKY
CEKRDPYLAFICYEKGGLDDELVKITNENSMYKQQARYLLAKQDEALWNKVLSGDEHKRQ
LVDAVVGTAVPESDSPEAVSIAVKAFMAADLPAELLELLEKIILEPSPFSENANLQNLMI
LTAVKADKSRVSNYIERLDHYDADDIAQICIDNELYEEAYEIHKKHDKHGQVMSVLTDHI
MSLDRASDYAEKVDTPEVYSLLGKAQIDGLRVGDAIKSYIKAKDPSNFAQVIEIASHAGK
DEELIDFLKMSRDISREPAIDSQLLFSYAATDNLRAMQQLLDSPNVANVESVGDKLFADK
NYAASKILYSSISNWAKLAAVLVYLGDYQGAVDSARKASSVKVWKQVNQACIDNKEFRLA
QICGLNLIVHAEELQDLVTQYEYHGYFTELISLFEQGLGLERAHMGMFTELAILYSKYSP
GQMMEHLKLFWSRVNIPKVIRACEAAHLWPELVFLYCHYDEWDNAALAIMERSTDAFEHS
SFKDIIVKVANLEIYYKAINFYMKEVPMLVTDLLSVLAARIDVSRVVRMFDKSDNLPMIK
SFLVTVLEQNLAAVNNAYHNILIEEEDYVTLRDAADAYDKYDAIDLAQRLEKHDLIFFRQ
IAAHLYKKNKKFAKSITLSKQDKLWKDAIDTAAVSGKQDVCEELLRYFVGTGNKECYVAT
LYTCYDWLRQDVVEEVAWRHKLEDYTMPYKINVTRESSSLLHALQKDNEERKAKEAAAAA
AESETPIIGGGQRLMITQSNGMY
NT seq
4932 nt
NT seq
+upstream
nt +downstream
nt
atgtcacaggatttgcccattacgtttcaggagcatctccagcttcaatcgctgggtgtt
cctgaggcctccattggtttcaacacatgtactttgcagagtgatcgttttgtttgcgtt
cgggaaacagccaacactggcaacaccgtggcaatcatcgatctccacaacaacaacaat
gtcgtgcgacgaaacatctccgctgattcggcaatcatgcaccccaccgactttgtgatt
gccgtgcgatccaaggagggcgccctccaggccttcaacctcgagaccaagcagcgactg
ggcagcagtcagctctctgtccccgtggtgttctggacctgggttgacgctgagaccatt
ggcatcatcaccgagactgagattctgcactggaaggttggcaccacagaccccgtcaag
ctcaccgaccgacaccactcgctcaacgactgccaggtgatcaactacatctccaacggc
agctggagtgctctggtcggcatcacccagcgggacggccgaattgcaggccagatccag
ctctacagcaaggagcgaaacgtgtcgcaggccattgagggccacgctgccaccttcaca
aagctgcagctgcaggatggagccagcccatcggatctgtttgtcttcgccaaccgaggc
aagctgcacgccgtcgagattgaccacaaggacgagaatcccgtctaccagaagaagcag
gtggatatcttcttcccccccgaggccgccaacgatttccccgtggctgtctttgccgcc
gagaagtacggcgttgtctacgtcgtgaccaagtacggttttgttcacgtctacgacctg
gagcagggtctgtgcatctacatgaaccgaatctccagcgaatctgtcttcaccgccgca
agttaccagaagaagggtgtcctgtgtatcaaccgaaagggacaggtgctttccgtcgag
ctcaacgagcagaaagttgtccagtacattctgagcagtcttggtaacgccggtgtcgct
ctggctgtcgcctctcgtggaggcctccccggcgccgacgacctgtacgagcagcagttc
tcccagctgctcaaccagggcgactacgccaacgccgccaaggtggctgcttcttcaccc
ggtggccgactgcgaacccctgccaccatccagaagctcaaaaacgtgcaggcaccccct
ggcggcatctcgcccattctgcagtacttctccactctgctcgacaagggttctttgaac
aaggtcgagtctattgagttggcgcgacccgtgctgcagcaggaccgaaagcagctgttt
gagaagtggctgcagcaggacaagctcgagtccagcgaggagcttggagacattgtgcga
cagttcgatctcaagctcgctctgcaggtctacgttcgagccaacgtgcctctcaaggtt
gtggctgcttttgccgagctcggtgagtttgacaacattgtgccctactgcgagaaggtc
ggatacactcccgactatattgtcctgcttcagaacattgtgcgggttaaccccgacaag
ggtgccgagttcgccacctcgcttgtaaagaagggcgaggatcttaacctcaacaaggtg
accgacattttcctgtctcagaaccacattcaggccgccaccgcctttttgctggatgcg
ctgaaccagaaccttcccgagcagggcaacctgcagacacggcttctggaggtcaacctg
atcaacgctccccaggttgctgacgccattctgggctccgacatgttctcccactacgac
cgtgctcgaattgcctctctgtgtgagaaggctggtctgatgaaccgggctctggagaac
tacgacgacctcaaggacatcaagcgtgttgttgtgcactccgagaacttccctcccgat
gctctgattgcctactttggcaagctcaccgtggaccagactctggagtgtctcaaggag
atgctcaagttcaacatccgacagaacctgcaggttgttgtgcagattgccaccaagtac
tctgatctggtgggctcgctcaacctcatcaaggtgtttgaggagttcaactcccaggag
ggtctctactactacctgcagtccattgtaaacctgagcgaggaccccgatgtggtgttc
aagtacatcactgctgccgctgccattggccagaccaacgagatcgagcgaattgtgcgg
gagaacaaccactacaacgccgagaaggtgaagaacttcctcatgaaggatgcccacctg
cctgaccagctgcctctgatcattgtctgcgacaagtacgactttgtgcacgacctggtg
ctctacctgtacaagaaccagcagtacaagttcattgaggtgtacgtgcagcgagtcaac
cctgcccgaactcccaaggtgattggtgctcttctcgacgttgactgtgacgagtccatc
atcaaggatctgctcatgtcggttgttggccaggtccccgtgtccgagctcgtcgaggag
gtcgaaaagcgaaacaagctcaagctgctgctgcccttcctcgagaagactctcaacggt
ggttctcgagacaccgctctgtttgatgctcttgccaaaatttacattgacagcaacaac
aaccccgaaaagttcctcaaggagaacaacgagtacaaccccctggttgtcggaaagtac
tgtgagaagcgagacccctacctggctttcatctgttacgagaagggcggtctggacgac
gagcttgtcaagatcaccaacgagaacagcatgtacaagcagcaggctcgatacctgctg
gccaagcaggacgaggctctgtggaacaaggttctctctggcgacgagcacaagcgacag
cttgtcgacgctgttgtcggcactgctgtgcccgagtccgactctcctgaggccgtttcc
atcgccgtcaaggccttcatggctgccgatctccccgctgagctgctcgagctgctcgag
aagatcattctcgagccctctcctttcagcgagaacgccaacctgcagaatctgatgatt
ctgaccgccgtcaaggccgacaagtctcgagtcagcaactacatcgagcgtctggaccac
tacgatgccgacgacattgctcagatctgtatcgacaacgagctgtacgaggaggcctac
gagatccacaagaagcacgacaagcacggccaggtcatgagcgtcctgaccgatcacatc
atgtctctggatcgagcctccgactacgccgagaaggtcgacacccccgaggtgtactct
ctgcttggtaaggctcagatcgatggtctgcgagttggcgatgccatcaagtcttacatc
aaggccaaggatccctccaactttgcccaggtcatcgagattgccagtcatgccggcaag
gacgaggagctgattgatttcctgaagatgtctcgagacatttctcgggagcctgccatt
gactctcagctgctcttctcttacgctgccactgataacctgcgagccatgcagcagctg
cttgactcgcccaacgttgccaatgtggagtctgtgggagacaagctgtttgccgacaag
aactacgccgcctccaagattctgtactcttccatctccaactgggctaagctcgccgct
gtgctcgtctacctcggtgactaccagggagctgtcgactctgctcgaaaggcgtcctcc
gtcaaggtgtggaagcaggtcaaccaggcttgtatcgacaacaaggaattccgactggcc
cagatctgtggtctcaacctgattgtgcacgccgaggagctgcaggatctcgtcacccag
tacgagtaccacggctacttcaccgagctcatttctctgtttgagcagggtctcggtctg
gagcgtgcccacatgggtatgttcaccgagctggccattctgtactccaagtactcccct
ggccagatgatggagcacctcaagctcttctggtctcgtgtcaacatccccaaggtgatc
cgagcctgcgaggctgcccacctgtggccggagcttgtcttcctgtactgccactacgac
gagtgggacaacgctgctctggccatcatggagcgatccactgatgcgtttgagcactcc
tccttcaaggacattattgtcaaggtggccaacctggagatctactacaaggccattaac
ttctatatgaaggaggttcccatgctggttactgacctgctgtctgtgcttgctgcccga
atcgacgtgtctcgagttgtgcgaatgtttgacaagtccgacaacttgcccatgatcaag
tctttccttgtgactgtgcttgagcagaacctggctgccgtcaacaacgcctaccacaac
attctgattgaggaggaggactacgtgactctgcgagatgccgctgacgcctacgacaag
tacgatgccatcgatctcgcccagcgactcgagaagcacgaccttatcttcttccgacag
attgctgcccatctgtacaagaagaacaaaaagtttgctaagtccatcactctgtccaag
caggacaaactgtggaaggacgctatcgacactgctgccgtgtcgggcaagcaggacgtg
tgtgaggagctgctgcgatactttgtcggtaccggcaacaaggagtgctacgtcgccact
ctgtacacctgttacgactggctgcgacaggatgtcgtggaggaggtcgcctggagacac
aagctggaggactacaccatgccctacaagatcaacgtcacccgggagagctcttctctg
ctgcatgcgctccagaaggacaacgaggagcgaaaggccaaggaggctgccgctgctgct
gccgagagcgagacccccatcattggtggaggtcagcggctcatgatcacccagagcaac
ggaatgtactag
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