Paramormyrops kingsleyae: 111835715
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Entry
111835715 CDS
T05788
Name
(RefSeq) uncharacterized protein LOC111835715
KO
K16195
eukaryotic translation initiation factor 2-alpha kinase 2 [EC:
2.7.11.1
]
Organism
pki
Paramormyrops kingsleyae
Pathway
pki04217
Necroptosis
pki05168
Herpes simplex virus 1 infection
Brite
KEGG Orthology (KO) [BR:
pki00001
]
09140 Cellular Processes
09143 Cell growth and death
04217 Necroptosis
111835715
09160 Human Diseases
09172 Infectious disease: viral
05168 Herpes simplex virus 1 infection
111835715
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
pki01001
]
111835715
01009 Protein phosphatases and associated proteins [BR:
pki01009
]
111835715
09182 Protein families: genetic information processing
03019 Messenger RNA biogenesis [BR:
pki03019
]
111835715
Enzymes [BR:
pki01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.11 Protein-serine/threonine kinases
2.7.11.1 non-specific serine/threonine protein kinase
111835715
Protein kinases [BR:
pki01001
]
Serine/threonine kinases: Other
PEK family [OT]
111835715
Protein phosphatases and associated proteins [BR:
pki01009
]
Protein serine/threonine phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-1
PP1-interacting proteins (PIPs)
111835715
Messenger RNA biogenesis [BR:
pki03019
]
Eukaryotic type
mRNA surveillance and transport factors
mRNA cycle factors
P-body specific factors
111835715
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Pkinase
PK_Tyr_Ser-Thr
dsrm
z-alpha
DND1_DSRM
Kinase-like
Kdo
ABC1
RIO1
APH
Motif
Other DBs
NCBI-GeneID:
111835715
NCBI-ProteinID:
XP_023652066
LinkDB
All DBs
Position
Unknown
AA seq
1304 aa
AA seq
DB search
MDGYVGQLNLLAQKNNFEVSYEEINAPQTSGMFAITAVVNSERYPEGLGHTEEEAKQNAA
KNALEKLSGESIQPNDSMSSRTENPPPVSNGSFKWANYTCWLNEYGQKQKVKVDPKESTR
IAPVNATQCCRFVVDNKEFPEAYGKTKREAKEEAARLVYEALNRETTTDQEGDEPSVRQI
CNETDELSLSTTEPTMEANYIGFLNEYCQKNKKTVPDYIQVAKRGPPHSPQFFYKAVIDN
MEYPEGKGNSVKEAKRNAAKQAWDSLQLRRNPLRLEDSDSSMFGSPVLRVPQDPTSSGGI
AFEDSSGVQSPKMETPVSNKPKIRLAVNFSQVPSDNKQETSLGAPVQKPPAQPSRFLQDY
DTITHIGKGGFGRVFKAKRKLEDQYFAVKIVESGKKSRREVTALIRLRHSNIVQYYSSWE
EDTRYQCESSESTSNSGSNTEKYLYIQMELCKCDLKTWIDENNENQNPSRRAKALDIVQQ
VVNGVEYIHKEGFIHRDLKPANIFDLDGKVKIGDFGLVTFGGNASDGAQLERTEKKGTRS
YMSPEQMESNDYDRKVDIFALGLIYFELVWPMKTRMEKHDLWPGIRNGKDFPKEFSREYS
AENKLIKKMLDQKPSERPEASKIASGLKKLSSILQGKNKEDRENRTFIQEEEDGVRSTGA
PKKIRTTRRRVPMMPPSEDLRATWEMPNGDKVIFLFDYDEEELHIFQSTEPDYQSNISSV
DMQYKNANDGKERTTFMKWDVTGELWERMMGENTASGEKLGKQVCVFLNSKGEGAKEPAL
AIAKGLGLKTAKDINPTLYDLLQRGQLHKTDGKPPLWSLTADPDGANLLQSGSPVPPRQQ
TCLKGSESSMSMSKSTSMSMSMSMSKSTSMSISEDHDSVPKQLELKIKEILRSQGGDRWL
HIQNIMKMLKQPKGNINCLLYAMKGRGELEQNGKQWRCKDGGDTPGHNLRSLEEFSDIEK
LGRGGFGSVYKVKHRVDGKWYAVKITKYKGDHEKREVAALASLDHPNIVRYYTSWIGPHY
RHDKSNNKGSRDPELCLVPYPSCSESQEGSESVIFEREIDSFSIDSKADKEKEREEVESG
LADICITSSDPPSGSNDTSGQQDNMSLYIKMELCTGGSLNDWFRKGGAERTKEEATKVFQ
KIVQTVEYIHSKNLIHRDLKPDNILFGQDNIVKIGDFGLATMTCDQSGKPIERTRGRGTK
TYMSPEQEKQSKYDEKTDIYPLGLIFFELVWKMKTVAERAEIWDNLRKGIFPDGFTEEFM
SEGSVIKLMLSESPEKRPPASTITMLLNSPQQTQRLQKDKNRTA
NT seq
3915 nt
NT seq
+upstream
nt +downstream
nt
atggatggatacgtcgggcaacttaacctattagctcagaaaaataatttcgaggtgtcc
tacgaggaaatcaatgcgcctcaaaccagtggaatgttcgctataacagctgtggtgaac
agtgaaaggtatcctgagggactgggccacactgaggaggaggcaaagcagaatgctgca
aaaaatgcgttagagaaactatctggggaaagcatccagcccaatgattctatgagcagc
cgaactgagaaccccccacctgttagcaatggatccttcaagtgggcaaactacacatgt
tggctgaatgaatatggtcagaagcaaaaggtcaaagtagacccaaaagaatctactaga
attgctccagtcaacgccacacagtgttgcaggtttgttgttgataacaaagagttcccc
gaagcctacggaaaaactaagagggaagccaaagaggaggcggccaggctggtatatgaa
gcgttgaaccgagaaacgaccacggatcaggaaggagacgagcctagcgtgagacaaatc
tgcaacgaaacggacgagttgagtttgagcaccaccgagccaaccatggaggcaaactac
atcggattcttaaacgaatactgccaaaaaaacaaaaaaaccgtccctgattacatacaa
gtggccaagagaggaccaccacacagtcctcaatttttttataaggctgtcatcgacaat
atggaataccctgaagggaaggggaacagcgttaaggaggcaaagcggaacgcagcaaag
caggcttgggattcccttcagttaaggagaaacccgttgagacttgaagactcagattcc
agcatgtttggttcccctgtgttacgtgttccccaagatcccacaagctcaggtggcatt
gcgtttgaggattcctctggtgtccaaagcccaaaaatggaaacccctgtatctaacaag
cctaaaataagattggctgtaaatttttcccaagtaccatctgacaataagcaggaaacc
agtttgggagcaccagtacagaagccccccgcccagccatcaaggtttttgcaagattat
gatacgatcacacatattggaaaaggtggttttggccgtgtttttaaggccaagcggaaa
cttgaagaccagtattttgctgtgaagatagttgagagcgggaaaaaatctcgccgtgaa
gttactgccttgataagattgcgccattctaacatagttcagtactactcgtcttgggaa
gaggacaccaggtaccaatgtgaatcttcggagagcacctcaaattctggcagcaacact
gaaaagtacctctacatccagatggagctctgtaaatgtgacctaaaaacatggattgat
gaaaataatgaaaatcagaatccttccaggagagcgaaagccctcgacatagtccagcag
gtggttaatggagtggagtacattcacaaagagggattcatccacagagacctgaagcct
gcaaatatatttgatcttgatggaaaggtaaagattggagacttcggtcttgtgacattt
ggtggaaatgccagtgatggggctcagctggaaaggacagaaaaaaaagggacaagatct
tacatgagccctgaacagatggaaagtaatgattatgacaggaaagttgacatatttgcc
ttgggactgatctactttgaacttgtttggcccatgaaaacacgaatggaaaagcatgat
ttgtggccggggattcgaaatggaaaagatttcccaaaggaattttcccgtgaatacagt
gcagagaataaactgatcaaaaagatgttggatcaaaagccatcggagagaccagaggct
tcgaagattgcaagcgggctgaaaaaactcagcagcatcctccagggaaaaaacaaagaa
gatcgagagaatagaactttcattcaggaggaggaggatggtgtacgatcgacgggggct
cccaagaagattcgtacgacacgtagacgggtacctatgatgccaccgtcggaagacctg
agggctacctgggagatgcccaacggggataaagtgatcttcctctttgactatgatgag
gaggaactgcacatctttcagagcaccgaacccgactatcagtcgaacatctctagtgtg
gacatgcagtataaaaatgccaacgatggtaaagaacggaccacctttatgaagtgggac
gtgaccggggagctgtgggagagaatgatgggcgaaaatactgccagcggagaaaaattg
ggaaagcaagtatgtgtctttttaaatagcaaaggagaaggagccaaggagcctgcactg
gcaatcgccaaaggtctgggtctgaaaacagccaaagacataaacccgactctctatgac
ctgctgcagagagggcagctgcacaagacagacgggaaaccaccactctggtccctgaca
gcagatccagatggggcaaacttacttcaatctggctcccctgtccccccgagacagcag
acctgcctgaaaggatcagagagctccatgtccatgtccaagtctacgtctatgtccatg
tccatgtccatgtccaagtctacgtccatgtccatttctgaggaccatgactctgtgcca
aaacagttagagctaaagattaaagagatactcaggtcacaagggggcgacaggtggctg
cacatccagaacatcatgaagatgctgaagcaaccaaagggaaacattaactgtctcctg
tatgcaatgaaaggcaggggtgaactggaacaaaatgggaagcagtggaggtgtaaagat
ggaggtgatactcctggacacaacttgaggtctttagaggagttctcagacatagagaag
cttggtcggggaggttttggttcggtctacaaagttaagcacagagtagatggtaaatgg
tacgcggtaaagataaccaagtacaaaggagaccatgaaaaacgtgaagtggcggcactg
gccagtctggatcatccaaacattgtgcgttactacacatcatggattggcccccattac
cggcacgacaaatcaaacaacaagggttcaagagacccagaactgtgtttagttccatat
ccatcctgcagtgaaagccaggaaggttctgaaagcgtgatatttgagagggaaatagat
tcattctccattgatagtaaagctgataaagagaaggaacgtgaggaagtggaatcgggg
ctggcagacatctgcatcacctctagtgaccctccctctggcagcaatgacacatctgga
caacaagacaatatgtccctctacattaagatggagctctgcacagggggctcgctgaat
gactggtttagaaaaggaggagctgaacggaccaaagaagaagctacgaaggtgtttcag
aaaatagtccagacggtggagtacattcactccaaaaatcttattcacagggatctgaag
ccagacaacatactctttggtcaagataacattgtgaagataggagattttggccttgca
acaatgacatgtgatcaatctggaaaacctattgagagaacaaggggaagaggcaccaaa
acttacatgagccctgaacaggaaaaacaatctaagtatgatgaaaaaacagatatctat
cccctgggactgattttctttgagcttgtttggaagatgaagacagtagcagaaagagca
gagatctgggacaacctgcggaaaggaatattcccggatgggttcactgaggagttcatg
tccgagggttcagtcatcaaactcatgctgtctgagagccctgagaagagacctcccgcc
tccaccatcacgatgctccttaacagcccacaacagacccaacgcctacagaaagacaaa
aacagaacagcctga
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