Pomacea canaliculata (golden apple snail): 112577101
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Entry
112577101 CDS
T05881
Name
(RefSeq) LOW QUALITY PROTEIN: RNA polymerase II subunit A C-terminal domain phosphatase-like
KO
K15732
RNA polymerase II subunit A C-terminal domain phosphatase [EC:
3.1.3.16
]
Organism
pcan
Pomacea canaliculata (golden apple snail)
Brite
KEGG Orthology (KO) [BR:
pcan00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
pcan01009
]
112577101
09182 Protein families: genetic information processing
03021 Transcription machinery [BR:
pcan03021
]
112577101
Enzymes [BR:
pcan01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.16 protein-serine/threonine phosphatase
112577101
Protein phosphatases and associated proteins [BR:
pcan01009
]
HAD phosphatases
Fcp/Scp phosphatases
112577101
Transcription machinery [BR:
pcan03021
]
Eukaryotic type
RNA polymerase II system
Other transcription-related factors
Others
112577101
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
NIF
BSH_Fcp1
FCP1_C
BRCT
Biotin_lipoyl
PTCB-BRCT
BSH_LcnD
Motif
Other DBs
NCBI-GeneID:
112577101
NCBI-ProteinID:
XP_025115835
LinkDB
All DBs
Position
LG12:21996885..22002997
Genome browser
AA seq
1045 aa
AA seq
DB search
MAASVTQVLSPANCAIKIVTWKVKKDSTVMKGSVLALYEPQEDNASKALIKLKASESGIV
NEIFVEAGSISPPGSLLLNLRPQNSGGCTHPTVMKDMCADCGADLRREAGVAGERKTSVA
ASVAMVHNIPELIISKEQALELGKEDEQRLLRTRKLVLLVDLDQTLIHTTNDDIPPNLKD
VYHFQLWQGPHTVWYHTRLRPYTREFLEKISKLYELHICTFGVRLYAHTVARLIDPDEKF
FSHRILSRDECFDPLSKTANLKALFPCGDSMVCIIDDREDVWNFAPNLVHVKPYRFFQGT
ADINAPPGLTKSENDDIPIKHKIIDHQKESTVTTFAAPDVNPIVLSPQATPETDISGSSE
ECILQKVARSEGDVTVPEEVPLKSISSVRGEESGTEITVDTPEGGTGDSSKCEKMMEIDE
IAEPKKSSEESDQKDLKSEQTSGECAVKSAEMQNQVSEDLSLSSDSDEDSGDMLASVDNR
RQEESAQASGRIDEKNNESEIDINIVEDKKSDKSKDSTGIGNINNNHLTSQEVLQIPLAV
DSCEPNVKKEITPTGDEKNRPVDDFTDTNKMSSSDKEHPQEKDESIEWDDNDDYLLHLED
ILTRIHKAFYTMYDESLNKGSISNQAKTSIFNVASVSTISSDSSSVDTVDTPATHAETSA
MPSKDATVPSASSSADSSIPLFSSSSLFPNQPLPDLKSIIPYVKRKTLRGCNIVFSGLVP
LNTPLEKSQAYIVARALGANVQPDIVDAKQVGSKELATTHLVAAKPGTSKHKVALRVGKI
HIVSSDWLWACSERWENCDPCLFPLSKDSANSNLISVIPEKGLKLDNKQKCLKRMSNNDE
VWDEGREETVNFEQNKRQKMEDNVQRSEGWQLWHRLKQNXLPDEEAGILSESGGASFAST
VHPLLSFSDEDLECMDKEVDDLLAEDASGSSEESEERNERLRKKVLGGADETDSSSDSLS
GDFPRGWRLKRKVSSPRSADDDLEKRQLKESEIETEDTENEFDRFQKTVDTFAPDTDTSS
SDADSIGSVDDEIADAVEKEFLASL
NT seq
3138 nt
NT seq
+upstream
nt +downstream
nt
atggctgcctccgtaacgcaggtgctttcccctgcaaattgtgcaattaagattgtcact
tggaaagtgaagaaggatagtacggtaatgaagggctccgttttggcattgtatgaaccc
caagaagacaatgcatccaaagctttgataaaacttaaggcatcagagtctggaatcgtg
aatgaaatctttgtcgaagcaggatcaatttcgccgccagggtcactgcttttgaatcta
cgtccacagaattctggcggttgtactcatccaacagtgatgaaagatatgtgcgccgat
tgtggagccgacttaaggagggaagcaggtgttgcgggagaacgtaagacaagtgtagca
gcatctgttgccatggtgcacaacattccagagctgataattagcaaagagcaagcacta
gagcttggcaaagaggatgaacagcgcttactgaggacaagaaagctggtcctgcttgtg
gacttggatcagactcttatccatactactaatgatgacataccgccaaatctcaaggat
gtttaccatttccagctttggcaaggccctcatactgtttggtatcatacacgcctacgg
ccatacacaagagaattcttggagaagatctccaaactttatgaattacacatttgtacc
tttggggttcgactgtatgcccacactgtggcacgtctcatagaccctgatgagaaattt
ttctctcacagaatactttcacgagatgagtgctttgatcctctttcaaaaacagcaaac
ttgaaggctttatttccatgcggcgactctatggtatgcatcattgatgacagagaggac
gtttggaattttgcacccaaccttgtgcatgttaagccatatcgctttttccaaggtact
gcagacatcaatgctccacctggcctgacaaaatctgaaaatgatgacattcccatcaaa
cacaaaatcattgatcaccagaaggagtcaacagttaccacatttgctgcacctgatgtg
aatcccattgttctgtcaccacaggcaactccagaaactgatatttcaggcagcagcgaa
gaatgcattctacaaaaggtggctagaagtgaaggtgatgtgactgtacctgaagaagtt
ccacttaaatccattagcagtgtcagaggtgaggagagtggcactgagatcacagttgac
acacctgaaggtggtacaggtgattcttcaaaatgtgaaaaaatgatggaaatagatgaa
attgcagaacctaagaagagttcggaagagtcagatcagaaagacttgaagtcagagcag
acgtcaggtgaatgtgctgtgaaatcagcggaaatgcaaaaccaagtgtctgaggatctt
tctctgtctagtgactcagatgaggattcaggggacatgttggcatctgttgataataga
aggcaggaggaaagtgcccaggcttcagggaggattgatgaaaagaataatgaatctgaa
attgatataaacattgttgaagataagaaaagtgacaaatcaaaagacagcacaggaata
gggaacattaacaataaccatctcacaagtcaagaagtgttacaaatcccactagctgtt
gacagttgtgaacctaatgtgaagaaagagattactcctactggtgatgaaaaaaacaga
cctgtggatgacttcacagacacaaacaaaatgtcctcttcagataaggaacatccgcaa
gaaaaggatgaaagtattgagtgggatgacaatgatgattatctgttgcatcttgaagac
atactcacaagaattcacaaagcgttttacacaatgtatgatgagagtctgaataaggga
tccatctcaaatcaagcaaagacatccattttcaatgttgcaagtgtcagtactatttcc
agtgattcttccagtgtagacacagttgatacaccagctacacatgctgaaacttcagcg
atgccttcaaaagatgccacagtcccatctgctagcagttcagctgactccagtattcct
ttattttcatcctcaagtttgttcccaaaccaacctcttcccgatctcaaatctattatt
ccatatgtcaaacgcaagacacttagggggtgcaacatcgtgttcagtggtctggttcca
cttaacacacccctggagaaaagtcaagcatatattgttgctagagctcttggagcaaat
gttcagcctgatattgttgatgccaagcaagtgggcagtaaagaactggctacaactcac
cttgttgcagccaagccaggtactagcaagcataaggtggctctacgtgtagggaaaata
cacattgtcagcagtgactggctctgggcgtgttcagaacgatgggaaaactgtgaccca
tgtctttttccactcagcaaggacagtgccaacagcaatctgatttcagtgataccagag
aaaggattgaaactggacaacaaacagaagtgtctgaagcgtatgtctaataatgatgaa
gtttgggatgagggtagagaggaaacagttaattttgaacaaaataaacgtcagaaaatg
gaagacaatgttcagaggtctgaagggtggcagctgtggcacaggctaaagcagaactag
cttccagatgaagaagcagggatattgtcagagtcaggtggtgcatcctttgccagcact
gtacatccacttctttcattctctgatgaagatttggagtgcatggacaaagaagtggat
gatctcctggccgaggatgcctctggttcctcagaagagtctgaggaacgaaatgagaga
ctccgtaaaaaggtacttggtggagcagatgagactgattcttcgtctgactctcttagt
ggagactttcctagaggctggagattgaagcgaaaagtttcctcgcctcgttctgctgat
gatgatctcgaaaagaggcagctgaaagagtctgagatagaaactgaagacacagagaat
gagtttgaccgtttccaaaagactgtggatacttttgcaccagatactgacacttcttcc
tcagatgctgattctattgggtcagtagatgacgaaattgcagatgcagtcgagaaagaa
tttttggcttctctgtga
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