Biomphalaria glabrata (bloodfluke planorb): 106075017
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Entry
106075017 CDS
T07368
Name
(RefSeq) host cell factor-like isoform X1
KO
K14966
host cell factor 1
Organism
bgt
Biomphalaria glabrata (bloodfluke planorb)
Pathway
bgt03083
Polycomb repressive complex
bgt04980
Cobalamin transport and metabolism
Brite
KEGG Orthology (KO) [BR:
bgt00001
]
09120 Genetic Information Processing
09126 Chromosome
03083 Polycomb repressive complex
106075017
09150 Organismal Systems
09154 Digestive system
04980 Cobalamin transport and metabolism
106075017
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
bgt01009
]
106075017
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
bgt03036
]
106075017
03029 Mitochondrial biogenesis [BR:
bgt03029
]
106075017
Protein phosphatases and associated proteins [BR:
bgt01009
]
Protein serine/threonine phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-1
PP1-interacting proteins (PIPs)
106075017
Chromosome and associated proteins [BR:
bgt03036
]
Eukaryotic type
Histone modification proteins
HAT complexes
NSL complex
106075017
HMT complexes
COMPASS/SET1 complex
106075017
MLL-HCF complex
106075017
Polycomb repressive complex (PRC) and associated proteins
PR-DUB complex
106075017
Mitochondrial biogenesis [BR:
bgt03029
]
Mitochondrial quality control factors
Regulator of mitochondrial biogenesis
Other regulator of mitochondrial biogenesis
106075017
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Kelch_5
Kelch_3
Kelch_4
Kelch_1
Kelch_6
fn3
Pur_ac_phosph_N
Pertactin
Motif
Other DBs
NCBI-GeneID:
106075017
NCBI-ProteinID:
XP_013091387
UniProt:
A0A2C9M9F0
A0A9U8EKF6
LinkDB
All DBs
Position
Unknown
AA seq
1546 aa
AA seq
DB search
MAAPILKWKRVTNTSGPAPRPRHGHRAVAIKDLMIVFGGGNEGIVDELHVYNTSTNQWFV
PAVRGDIPPGCAAYGFICDGTRILVFGGMVEYGKYSNELYELQASRWEWKRLKPRAPKSG
QPPCPRLGHSFTLLGNKGYLFGGLANDSEDPKNNIPRYLNDLYTLELRPLANHNLSWDLP
NIVGVPPPPRESHSAAPYTDKDGRKPRLFIYGGMSGCRLGDLWMLDVDSVSWVQPTVSGM
PPLPRSLHSATVIGSRMFIFGGWVPLVMEDVKVATHEKEWKCTNTLASLNLESMTWEPLA
MEVFEDALPRARAGHCAVAINTRLYIWSGRDGYRKAWNNQVCFKDLWFLETEKPPAPTRV
QLVRASTNTLEVSWGAVPTADAYLLQLQKYDLPPSTTTAATTAACNPTVATTATPTIPTP
ATAVATAASITPTPAMTQTRPQFQITGQGGAIIRTPTTGLPLRTVTSVVSPLTPGHTTQT
IRVTAAPRIRAPVTITPVANTIRLGTPQMAQALQRVVTPTTTGTMSGIAALAAAAAATQK
IAGTMASATTTPASGIKVVTPTIVTPGGVKVTPVTGKLPTNTIAPGTQTVRVAPTGATIL
KASGSGTNLAGKQIITVHKQGSTGTSQSQIVTLVKTTQGMAMATPKNPLPQGATIVKLVT
TQAGGINKPTTVLSTQSGGQTPTILGISSVQPTQPSTPGQKTLTTMIRTIPTSMLSMAKT
GQGATQGGTTTPVGTKTIVIAAPKGTAGSLNQPTKIITSVPKLAGQTGNTQFIVVSPQSM
AGAVAAGNKPATAITSFTSGGNIITQSGKPVITVLSGGSTTGTHSVTPAGGHTVVSSPTM
RVVSSNASTISLITQAANEASASGGRQIVTVPAGHAGLAGSKGPVQITITPANRGGINTI
TLPTNLRQMAKPVVVSAPAANGTQVVSLGGAGNAQVLTVTPTPSASGAADQVATLVSTEA
APADSVGDAGQAAEGEGAIQQFDGTSDDIIEDGEVCHFESTLMLYSSSLTDAMEEDVEYF
EESYCKPDHDHLYSLPNYCEDEDYTIPQFDGAGDGGSDDEGGQEEAPDKEMPVEEDHDTP
METAEQEEGQESSELEGTESEGVTNQQAMEEGLHADMGHIEPSLLAQDEGSNNHMTDAEL
QQQAESALEALAEAGGVLSAHGMLEDHGLMDSVGLDGMLAQPTSALDTSQNSVEHEDSAG
ELTQPEDENETKPDIDLNHAETANSSDAMDVAENGNLVPKEEPSDETIAQLAQTLAGASN
NAGDASDPLATLASAAISSAPVATPKMSDASVGSIDSKIDDMKPEMKQERILVKKDQQQW
FDVGFIKTTSCTVSHYHLPSENAQGNADDIDVVNVPDHSVLKRQELQPGTAYKFRVAGIN
ACGRGPFSEVSAFKTCLPGFPGAPSAIKISKSGDGAHLSWEPPQNTAGKIIEYSVYLAVR
NQSQDTKPGAPAQLAFVRVFCGPLPSCVVTNSSLTSAHIDYTTKPAIIFRIAARNEKGYG
PATQVRWLQDASQSPAAGRGAKRQGTENVKPGSVVKKLKVEDGGEG
NT seq
4641 nt
NT seq
+upstream
nt +downstream
nt
atggcggctcccatattgaagtggaaacgggttactaatacttctggaccggccccaaga
ccacgacatggacaccgagcagttgcgattaaagatctaatgattgtatttggaggtggc
aatgaaggaattgttgacgaactacatgtttataacacttctaccaatcagtggtttgtt
ccagcagttcgtggcgatatacctccagggtgcgctgcctatggctttatttgtgatggc
accagaatccttgtttttggtggtatggtggaatatggcaaatattctaatgaactttat
gaactccaagcttccagatgggaatggaaaaggctgaagccccgtgcaccaaagtctggc
cagcccccttgccctaggctaggccatagttttactttgctgggaaacaaaggatacctc
tttggtggattagctaatgacagtgaagatccaaaaaataatatcccaaggtacctaaat
gatttgtacacactggaacttcgacctttggctaatcacaacctctcctgggatttgcca
aatattgttggtgttcccccaccaccacgtgaatctcattctgctgctccttacactgac
aaagatggtcgcaagccaagattgtttatttatggcggcatgagtggatgcagacttgga
gatttgtggatgctagacgttgattcagtgtcatgggtgcaaccaactgtgtctggcatg
ccacctcttcctcgcagtcttcattctgctactgtcattggatccagaatgtttatattt
ggtggctgggttccacttgtcatggaggatgttaaagtagccacccatgaaaaggagtgg
aaatgtaccaacactttggcctcattgaacctagagtctatgacatgggaacctttggcc
atggaagtttttgaagatgctttacctagagctagagcaggacattgtgctgttgctatc
aatacaaggttgtatatatggagtggtcgtgatggttacaggaaagcttggaacaatcag
gtttgttttaaagacttgtggtttttggaaacagaaaagcctccagcacccacaagggtt
cagctggttagagccagcactaacacgctggaagtctcgtggggtgcagtgcctacagca
gatgcctacttgctccagctacagaaatatgacttgcccccatccaccaccactgcagcc
accactgctgcttgcaatcctactgttgctacaacagctacaccaacaattcccactcct
gctacagcagtggctactgctgcttctatcacacctacaccagcaatgactcagaccaga
cctcaattccagattactggacagggaggtgcaattattcgtacaccaacaactggatta
ccccttcgcacagtaactagtgtggtgtcacctttgacccctggtcacacaacacaaacc
atcagagtcacagctgctcctcgtattagagcaccggtaactattacacctgttgctaac
acaataagacttgggactccgcaaatggcgcaggcacttcagcgtgttgtcacacccact
accactggcacaatgtccggcatagctgccctagctgcagctgctgctgctactcagaaa
attgctggcaccatggcaagtgctaccacaacacctgcttcaggaatcaaagttgtcacc
ccaactatagttacacctggcggtgttaaagtcacacctgtcactggaaagcttccaacc
aacacaattgctcctggcacgcagactgtacgtgttgcccccacaggagccactatttta
aaggcatctggatcagggaccaacctagctggaaagcaaattattacagttcacaagcaa
ggcagcacagggaccagccagtctcagattgtaactttggtgaagacaacccagggcatg
gctatggccacacctaagaatcctttaccccagggggccaccattgtgaagctagtaact
acccaagctggaggcatcaataaaccaaccacagtgttatcaacgcagagtggtggtcaa
acacctactatacttggaattagtagtgtgcagccaactcagcctagcacaccaggccag
aagactctaacaaccatgattaggacaatacctacatctatgctatcaatggccaaaact
ggacagggtgctacacagggtggtactaccacaccagtgggaactaaaaccattgtcata
gcagcccctaaaggaacagctggcagcctcaaccagcctactaaaattatcactagtgtc
cctaagttagctggccagacaggcaacacccaatttattgtagttagcccacaaagcatg
gctggagccgtggctgcaggcaacaagccagcaactgcaataacttcattcacatctggt
ggtaatattataacccaatctggaaaaccagttataacagttctttctggaggttcaaca
actggaacacattctgtgacaccagcaggtggtcacactgttgtctcatcacctacaatg
cgagtggtcagtagcaatgcatcaaccatttcccttatcacacaggcagccaatgaggct
tcagctagtggtggcagacagattgttacagtgcctgcagggcatgctggtttggcagga
tcaaagggtccagttcagataaccatcaccccagctaaccgaggtggtatcaacaccatc
accttacctaccaacctgaggcagatggccaaaccagttgtagtgagcgcaccagcagct
aatggcacacaggttgtcagcttgggtggcgcaggtaatgcccaggtgttgacagttact
cccactccttcagcttcaggggctgcagaccaggtcgccacacttgttagtacagaagca
gcacctgctgattctgttggtgatgcagggcaggctgcagaaggtgaaggtgccatccaa
cagtttgatggcaccagtgatgacattattgaagatggggaagtgtgccatttcgaatcc
actctgatgctctacagctcatctctcactgatgccatggaggaggatgtggagtacttt
gaagaaagttattgcaaacctgaccatgatcatctgtactctttacccaactattgtgag
gatgaggactacacaattcctcaatttgatggggctggagatggtggtagtgatgatgaa
ggtggccaagaggaagctccagacaaagagatgcctgttgaagaagatcatgatacacca
atggaaactgctgaacaagaggaaggtcaagaaagctctgaacttgaaggtactgaatct
gagggtgtgacaaatcaacaagctatggaggaaggattgcatgctgatatgggtcatata
gaaccatcacttttggctcaggatgagggtagtaataatcatatgacagatgcagagctt
caacaacaagctgagagtgctctagaagcactagctgaagctggaggtgtattgtctgct
catggtatgcttgaggatcatggcctgatggacagtgttggtttggatgggatgctagcc
cagcccacttcagcactagacacatctcagaattctgtagagcatgaggactctgctgga
gagctaacacagcctgaagatgaaaatgaaactaagccagacattgatcttaaccatgca
gaaacagctaactcaagtgatgcaatggatgtagcagaaaatggaaacttggtgccaaaa
gaggaaccatctgatgagaccattgcccagttagcgcagactttagctggtgcttcaaac
aatgctggtgatgcctcagatcctcttgcaactctggcatctgctgccatctcatctgcc
ccagtagctacacccaagatgtcagatgccagtgttggcagcatagactccaaaatagat
gacatgaagcctgaaatgaagcaggagagaatccttgtcaagaaagatcaacagcagtgg
tttgatgtgggcttcatcaagacaacatcctgcacagtatcacattatcacttgccctcg
gagaatgcacagggcaacgcagatgatattgatgtagtcaatgttccagaccacagtgtg
ttgaagagacaagagttacaacctggtacagcctacaagttcagagtagcaggcatcaat
gcctgtggtcgtgggcctttcagtgaggtgtcagctttcaagacttgtctccctggcttc
cctggtgcaccttctgctattaaaattagcaaaagtggtgatggagcccatctttcctgg
gaaccaccccagaacactgctggtaaaattattgaatactctgtctacctggctgtgcgg
aaccagagtcaggacacgaagcctggggccccagctcaacttgcctttgtgcgagtgttt
tgtggacctctgccctcgtgtgtagtgaccaactcttccttgacctctgcacatattgac
tacactaccaagcctgcaatcatcttccgtattgcagctcgtaatgagaaaggttatggg
cctgcaacacaagtcaggtggcttcaagatgcttcccaaagtcctgcagctggtcgagga
gccaagcgacaaggaactgaaaatgtcaaacctggatcagttgtgaagaagctgaaagta
gaagatggtggagagggttag
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