KEGG   Coprinopsis cinerea: CC1G_02009
Entry
CC1G_02009        CDS       T01275                                 
Name
(RefSeq) calcium transporting ATPase
  KO
K14802  phospholipid-transporting ATPase [EC:7.6.2.1]
Organism
cci  Coprinopsis cinerea
Pathway
cci04148  Efferocytosis
Brite
KEGG Orthology (KO) [BR:cci00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04148 Efferocytosis
    CC1G_02009
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03009 Ribosome biogenesis [BR:cci03009]
    CC1G_02009
Enzymes [BR:cci01000]
 7. Translocases
  7.6  Catalysing the translocation of other compounds
   7.6.2  Linked to the hydrolysis of a nucleoside triphosphate
    7.6.2.1  P-type phospholipid transporter
     CC1G_02009
Ribosome biogenesis [BR:cci03009]
 Eukaryotic type
  Pre-40S particles
   Other pre-40S particles
    CC1G_02009
SSDB
Motif
Pfam: PhoLip_ATPase_C PhoLip_ATPase_N Cation_ATPase Hydrolase E1-E2_ATPase Hydrolase_3 RsgI_N
Other DBs
NCBI-GeneID: 6006813
NCBI-ProteinID: XP_001830373
UniProt: A8N6A2
Position
3
AA seq 1288 aa
MTDDFLRLVSQANPAARQYQPANNGYPPSQSTAAYNDQSPQLMDPFFDDDDDNVPDSAFG
ANNTAMESQGSGMPLAKSAAAPAGHSKVTLGDGVPQGWTFDDDDLPANNSRPFAGSDHFP
GPQKPPPKRSPLQSIKSRKWKWPWEKEKVLTGERIIALNNSAANSEYCSNFVSTSKYNLV
TFLPKFLFEQFSKYANLFFLFTACIQQIPGVSPTNRYTTIAPLAVVLLASAFKEVQEDLK
RHQSDSELNSRKAKVLTPEGTFAEKKWKDIQVGDVIRMESDDFIPADVVVISTSEPEGLC
YIETSNLDGETNLKIKQASPHTSSFTSPALVNTLHGSLRSEQPNNSLYTYEGTLELITDR
GVPKQVPLGPDQILLRGAQIRNTPWVYGLTIFTGHETKLMRNATAAPIKRTAVERQVNIQ
IVFLFILLLALSVGSTIGSSIRSWFFASSQWYLSETTTLSGRAKGFIEDILTFIILYNNL
IPISLIVTMEVVKFQQAQFINWDLDMYYAKTDTPALCRTSSLVEELGQIEYVFSDKTGTL
TCNEMEFQCCSIAGTAYASTVDESKREDVDGKGGWRTFAQMRLILEEDANPFVDVPSTSS
SPDSGAEKEVIREFLTLLAVCHTVIPEMKGEKMVYQASSPDEAALVAGAELLGFKFHTRK
PKSVFVDILGQTQEFEILNVCEFNSSRKRMSTVIRTPDGKIKLYTKGADTVILERLSKHQ
PFTEKTLGHLEDYATEGLRTLCIAYRDIPEQEYRQWAAIYDQAAATINGRGEALDSAAEL
IEKDLFLLGATAIEDKLQDGVPDTIHTLQMAGIKVWVLTGDRQETAINIGMSCRLISESM
NIVTVNEETAQETAEFLTKRLSAIKNQRSSGELEDLALVIDGKSLGFALEKELSKTFLEL
AILCKAVICCRVSPLQKALVVKLVKKNQKSILLAIGDGANDVSMIQAAHVGVGISGVEGL
QAARSADVAISQFRFLKKLLLVHGAWSYRRLSKLILFSFYKNIVLYMTQFWYSFFNNFSG
QIAYESWTLSLYNVVFTVLPPFVIGMFDQFVSARILDRYPQLYILGQKNEFFTKTAFWMW
IANALYHSLILFGFSVILFWGDLKLANGLDSGHWFWGTALYLAVLLTVLGKAALISDIWT
KYTVAAIPGSFIFTMAFLPVYAIVAPAIGFSTEYIGLVPRLWGDGVFYLMILLVPLVCLV
RDFAWKYYRRTYMPSSYHIAQELQKYNIPDYRPRQEQFQKAIKKVRATQRMRKNRGFAFS
QTENARQDQAKIIRAYDTSKADARPSGY
NT seq 3867 nt   +upstreamnt  +downstreamnt
atgaccgacgactttctgcggctcgtctcgcaggcgaatcccgcagccagacaataccaa
cccgccaataacggatacccgccttcccaatcgacagcagcgtataacgaccagtctccc
caacttatggatccattctttgacgatgacgacgacaacgttcctgactctgcttttggg
gccaataacacagcaatggagtcacaggggagtgggatgcctctagcaaagtcggccgca
gcaccagcagggcattcaaaagttactctgggtgacggagttcctcaagggtggactttc
gacgacgacgacttgccggccaataacagccgaccgttcgctggatctgaccactttccg
ggccctcagaaacctccaccgaagcgctcaccattacaatccatcaagtcacgcaagtgg
aaatggccctgggagaaggagaaggtcctgaccggagagaggattattgccctcaacaac
agtgcggccaacagcgaatactgctccaactttgtatcgacaagcaaatataatcttgtc
accttcttgcccaagttcctcttcgagcaattctcgaaatacgccaacttgttcttctta
ttcaccgcttgcatccaacaaatccctggagtttcccccacgaatcgatacactaccatt
gcaccgcttgctgttgtgcttcttgcatctgctttcaaggaggttcaagaggatctgaaa
cgacatcaatccgatagcgagcttaattcaaggaaagccaaagtgttaacgccagaagga
acctttgcggagaagaaatggaaggatatccaagttggcgacgtgattcggatggaaagc
gatgactttattccggctgatgtggtggtcattagtacgagcgaaccagagggtctatgc
tacatcgaaacgtcaaaccttgacggtgaaacgaacttgaagatcaaacaagcctcgcca
catacttcttccttcacgtctcccgcgctggtcaacacccttcatggctcattgcgttca
gaacagccaaacaactctctttacacgtatgaaggcacactcgaattgatcaccgatcgc
ggagttcctaagcaagtaccactggggcctgaccaaattctgctacgaggtgctcagata
cgaaataccccctgggtttatggtttaactatctttacgggtcacgaaactaagttgatg
cggaacgcaactgctgccccaatcaagaggacagcggtcgagcgtcaagtcaacattcag
attgttttcttgtttatcctattgttggcgctttctgttggttccaccatcggcagcagc
attcggtcatggttctttgcgagttcacagtggtacctatcagaaacgaccacactgtct
ggaagagccaagggcttcattgaagacattctcacgtttatcatcttgtacaacaacttg
attcccatctcgctcatcgtcaccatggaagtggtcaagttccaacaagcgcagttcatc
aactgggatttggacatgtactacgccaagacggacacgccggcactctgcagaacttca
tctctcgtcgaggagcttggtcagatcgaatacgtattcagcgataagactggaactctc
acttgtaacgaaatggagttccagtgctgtagtattgccggaactgcctatgccagtacc
gtggacgaatcgaagcgagaagatgtcgatggcaagggcggctggcggacctttgcccag
atgcgactgattcttgaagaagatgcgaatcccttcgtcgatgtcccttcgacatcatct
tctccggactctggtgctgaaaaggaagttattcgggagttcttgaccctacttgcggtt
tgccatactgttattcctgagatgaagggcgagaagatggtgtatcaggcgagtagcccc
gatgaggctgctttggtggccggagcagagctccttggattcaagttccatacgcgcaaa
cctaaatccgtcttcgtggacatcctcggccagacacaagaattcgagatcttgaacgtc
tgcgagttcaattcgtcccggaagcggatgtcgacggttattaggacaccggatggcaag
atcaagctttacaccaagggcgctgataccgttattttggaacggctgtcgaagcaccag
ccatttacggagaagactctgggccacctcgaggactatgcaacggagggacttcgaaca
ctctgtatcgcctatcgtgacatcccagagcaagaatatcgccagtgggccgcgatctac
gatcaggctgctgctaccattaatggtcgaggagaggctctggattctgctgctgaactc
atcgagaaggatcttttcctccttggagccaccgccatcgaggacaagttgcaagatggt
gtccccgatactattcacacgttgcaaatggcaggcatcaaggtttgggttcttactgga
gacagacaagaaactgcgatcaacattggaatgtcgtgccgactgatttccgagtctatg
aatattgtcactgtcaacgaagagactgcgcaggaaacggcagaattcctcacgaaacgg
ttgtcagccatcaagaatcagcgtagttcgggtgaattggaagacctggctctcgttatc
gacggcaagagcttgggctttgcgctagagaaagaactctcaaagacgttcttggaactc
gcaatcctgtgtaaagctgtcatctgctgtcgagtatctcctcttcaaaaggccttggtc
gttaagctcgtgaagaagaatcaaaaatcaatccttttggcgattggagatggcgcaaat
gatgtcagtatgatccaagctgctcatgtcggcgttggcatttcgggtgtcgagggtttg
caagctgctcgttcagctgatgtggccatttctcagttccggttcctcaagaagttgctt
cttgttcacggggcctggagctataggcggttgtccaaattgattctcttctcgttctac
aagaacattgtgttgtacatgacccagttttggtattccttcttcaacaatttctccgga
caaatcgcctacgagtcatggacgctttcactttacaacgtcgtcttcacagtcctaccg
ccattcgtcatcggcatgttcgatcaattcgtgtcggctcgaatcctagaccggtatccg
caattgtacattctcggccagaagaacgaattcttcaccaagactgcattctggatgtgg
attgccaatgccttgtatcacagtctgattctattcgggttctctgtcattctcttctgg
ggtgacttgaagcttgcaaatggattggatagcgggcattggttctggggcacggccttg
tatttggctgtccttcttacggttctgggtaaagccgcactgatatcggatatttggacg
aagtacacggtggccgccattccgggatccttcatcttcacgatggcgttcctccccgtc
tatgccatcgttgcgcccgccattgggttctcgactgagtacattgggctcgttccgcgg
ttatggggcgacggtgtcttctacttgatgatcctgctggtcccgctggtttgcctcgtc
agggactttgcgtggaaatactatcgaagaacatacatgccatcatcataccatatcgct
caggagctgcagaagtacaacatccctgattaccgaccacgacaagaacagttccagaaa
gcgatcaagaaagttcgtgcaacacaacgaatgcggaagaaccgtggattcgcgttcagt
cagacagaaaatgcacgacaagatcaggccaaaatcattcgagcctacgacacatcgaaa
gcagatgcacggccatcgggttactag

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (30)   
   KEGG ORTHOLOGY (1)   
   RefGene (26)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (46)   

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