Saccharomycodes ludwigii: SCDLUD_003326
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Entry
SCDLUD_003326 CDS
T08289
Name
(RefSeq) hypothetical protein
KO
K06269
serine/threonine-protein phosphatase PP1 catalytic subunit [EC:
3.1.3.16
]
Organism
slud
Saccharomycodes ludwigii
Pathway
slud03015
mRNA surveillance pathway
slud04113
Meiosis - yeast
Brite
KEGG Orthology (KO) [BR:
slud00001
]
09120 Genetic Information Processing
09122 Translation
03015 mRNA surveillance pathway
SCDLUD_003326
09140 Cellular Processes
09143 Cell growth and death
04113 Meiosis - yeast
SCDLUD_003326
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
slud01009
]
SCDLUD_003326
09182 Protein families: genetic information processing
03021 Transcription machinery [BR:
slud03021
]
SCDLUD_003326
03019 Messenger RNA biogenesis [BR:
slud03019
]
SCDLUD_003326
03041 Spliceosome [BR:
slud03041
]
SCDLUD_003326
Enzymes [BR:
slud01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.16 protein-serine/threonine phosphatase
SCDLUD_003326
Protein phosphatases and associated proteins [BR:
slud01009
]
Protein serine/threonine phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-1
Catalytic subunits
SCDLUD_003326
Transcription machinery [BR:
slud03021
]
Eukaryotic type
RNA polymerase II system
Other transcription-related factors
Transcription termination factor
SCDLUD_003326
Messenger RNA biogenesis [BR:
slud03019
]
Eukaryotic type
mRNA processing factors
3' end processing
Cleavage and polyadenylation specificity factor (CPSF) complex
SCDLUD_003326
Spliceosome [BR:
slud03041
]
Other splicing related proteins
Spliceosome associated proteins (SAPs)
Other SAPs
SCDLUD_003326
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Metallophos
STPPase_N
Motif
Other DBs
NCBI-GeneID:
70108643
NCBI-ProteinID:
XP_045934285
LinkDB
All DBs
Position
IV:592591..595302
Genome browser
AA seq
903 aa
AA seq
DB search
MGNSGSKGVEGRVPSNSSGNHNTNKTSRLSGDYSDTISTHSTHSNASKKKKLRKPSRKSS
IRSVSSNNITTKTSIDDNLTTNNPETDHINNETRQPHSTHRNLPSNLIHRRSKSSSAIPA
ISNTNTNTTSTTDNENGNNTNAIKSSTTGNHKRSFTPSRQRRSSDTNTDKSLPASMIQME
PSTSILRTKRGSGSSSSSNINNNNNSNNNNNNNNNHNNNGSTFHENALTDDDNDEYYNSS
NNNLKLTKKKSNDSSSFKKRFPFNSPSTSRRNSFNSTSSLRRTLSNNSSNGNNRNNDQDS
RSSSAGNNQSNAYLEVPFSNGSNNNNNNNHSHNENNNTNNLASLSRTSSIVSSSSNGNSA
NNGSGTPSHSRFNNGSRKSSFSSLRSASRSNYTTPMASPGILQNAHSGDDYFSINKRGYS
NSVSSNNSAGANTDHVLINSNNYTGDNDYNNGSYVENSGSYDTKSFIGEQDFGHNTLNDC
GHVKDTFPRIDNNNNLLTSDELLTQSEDGTGNPDGTGVKTNHHIEGGDYITNNDTDANNN
NNNTNKNNGDTNPTATKKKKVIRPLDIDLTIQKLLDAGYSGKRTKNVCLKNSEIQQICHL
SREIFLLQPALLELSPPVKIVGDVHGQYGDLIRMFDKCGFPPTSNYLFLGDYVDRGKQSL
ETILLLLCYKIKYPENFFLLRGNHECANVTRVYGFYDECKRRCTIKIWKLFIDTFNTLPL
AAIVAGKIFCVHGGLSPVLNSMDEIRHVSRPTDVPDFGLINDLLWSDPTDSPNEWEDNER
GVSYCYNKVAINKFLNKFGFDLVCRAHMVVEDGYEFFNDRSLVTVFSAPNYCGEFDNWGA
VMSVSDGLLCSFELLEPLDSAALKLVMKKGRQERKLAALQQQQQQQQQQQQLQQEAYGQE
VQQ
NT seq
2712 nt
NT seq
+upstream
nt +downstream
nt
atgggaaattcaggctccaaaggtgtcgaaggtagagtaccatcaaattcatcaggtaac
cataatactaataagacttctcgtttaagcggtgattacagtgatactatcagcacacat
agcacacatagcaatgcttcaaagaagaaaaaactaagaaaacctagtagaaaatcatcc
attagaagtgtaagctctaataatattactacaaaaactagtatagatgataatttaact
acaaataatccagaaacagatcatattaacaacgaaactcgtcaacctcatagcacccac
cgcaacttaccatccaatcttattcatagaagatctaaaagtagttctgcaattccagca
attagcaacacaaatacaaacaccacttctacaacagataacgagaatggtaataataca
aatgccattaaaagtagtactaccggcaaccataaaagatcctttacgccttcaagacaa
agacgatcatcagataccaatactgacaaatctttgcctgcttccatgatacagatggaa
ccgagtactagtatattgagaaccaagcggggtagtggtagcagtagcagtagtaacatc
aataataataataacagtaataataataataataataataataatcataataataatgga
agtacgtttcatgagaatgccttaactgatgatgataatgatgagtattataacagtagc
aataataatttaaaattgacaaaaaagaaaagcaatgattcatcttcatttaaaaaaaga
tttccttttaattctccaagtacatctagaagaaatagttttaattctacatcaagttta
agacgtactttatccaacaatagtagcaatgggaataatagaaataatgatcaggatagt
aggagttctagcgctggaaataatcaatcaaatgcatatttggaggttccatttagtaat
ggtagtaacaataacaacaataataatcacagccataatgagaacaataacactaataat
ttggcctctctatcaagaacgtcatctattgtgtcatcctcttcaaatggcaatagcgcg
aataacggtagtggcaccccttcacattctagatttaataatggtagtagaaagtcctct
tttagtagtttacgtagtgctagtagatctaattatactactccaatggcttcgcctggg
attttgcaaaatgcacattcaggtgacgattactttagcataaataagcgtggatatagt
aatagtgtttcaagcaacaatagtgctggtgccaatactgaccatgttttaataaatagc
aacaattatactggtgacaatgattacaacaatgggtcttatgttgaaaactcagggagt
tatgacaccaaaagttttattggtgaacaagattttggtcacaacacgcttaatgattgc
gggcatgtaaaagacacttttcccagaattgataataataacaacctgttaacgtccgat
gaattattaacgcaatcggaagacgggacgggaaacccagatggtactggcgttaagacg
aaccatcatattgaaggtggtgattacataacaaacaatgacacggatgctaataataat
aataataatacaaacaaaaacaatggtgatacaaatcctacagcaacaaagaaaaagaaa
gttataaggcctttagatatagatttaacaattcagaaactattggatgctgggtattct
ggtaaaagaaccaaaaacgtttgtttaaaaaacagtgagattcaacaaatttgtcattta
tcaagagaaatatttttattacaaccagccctattggaattgtcgccgccagttaaaatt
gttggtgatgttcatggccaatatggcgatctaattagaatgtttgataagtgtggcttt
ccaccaacctcgaattatttatttctaggtgattacgttgaccgtggcaaacaaagctta
gaaactattctattgctattgtgctataagattaaatacccagaaaacttttttttatta
agaggaaaccacgagtgtgctaacgttacaagagtctatggtttctatgatgaatgtaaa
agacgatgcacaattaaaatatggaagttgtttatagatacatttaatactttgccattg
gcggcaattgttgctgggaaaattttttgtgttcatggtggattatctcccgttttaaat
tccatggatgaaattagacacgttagcagaccaacggatgtgccggattttggattaatt
aatgacttattgtggagtgatcctaccgattcacccaatgaatgggaggataacgaaagg
ggtgttagttattgttataataaagttgctatcaataaatttttaaataaatttgggttt
gatttagtttgtagggcgcatatggttgttgaggatggatatgagttttttaacgatcgt
agtctagttactgtattttctgcacctaattattgtggggagtttgataattggggtgct
gttatgagtgttagtgatggattgttatgtagttttgaattattggaaccattagacagt
gcagctttgaaattggttatgaaaaagggtaggcaggagagaaaattggctgcattacag
caacagcagcagcaacagcagcagcagcagcagctacaacaggaggcttatgggcaggaa
gtgcaacagtag
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