KEGG   Naegleria gruberi: NAEGRDRAFT_78389
Entry
NAEGRDRAFT_78389  CDS       T01241                                 
Name
(RefSeq) GPI-protein transamidase complex subunit
  KO
K05290  GPI-anchor transamidase subunit K
Organism
ngr  Naegleria gruberi
Pathway
ngr00563  Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
ngr01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:ngr00001]
 09100 Metabolism
  09107 Glycan biosynthesis and metabolism
   00563 Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
    NAEGRDRAFT_78389
SSDB
Motif
Pfam: Peptidase_C13 NPR2 adh_short adh_short_C2 KR Polysacc_synt_2 Sacchrp_dh_NADP P2R3B_EF-hand Epimerase
Other DBs
NCBI-GeneID: 8861782
NCBI-ProteinID: XP_002681351
JGI: Naegr1_78389
UniProt: D2V3B0
AA seq 1029 aa
MFTISTIIFLTIVYNIYWHYYRKELSLKGKTALITGGSRGIGRLCAEKLLENEQVKCVII
WDVDEKSLAECQQTLSDKYGKDRIVTRQVDITNREKVYEERDLIFQNHASVDILLNNAGI
VNGKKLLDTPDDAIERVFKVNTVSHCYTVKAFLPKMIETKRESHIVTIASAAGICATSGL
SDYSASKFGAFGFNEALRMELKYQKLDHIHTTCVCPFYIKTDLFAGIKDVIPYVFPVLDP
NWVAQRIIKALKKNEEVVILPETLRLVFLFRFLLPVSICDKLIQLMGISSSMETFTVPQC
IEGSKYERNALLFNLVFVVDITKLKPHYPPEAFKPIASKLSYYLRNLELESEYLFKQESK
QNLQYILEKIYVDLSTKQECSIYIDSAHSLHLKLIPYLQKPPIVHAHDVPIPIRNLHALI
FQQKDVWDITFSQIIPHIDGVSFVKQIAIQSNVHVEFVKKSLQHLFNMYALKNKKVVMQL
FSRRDLEEEMIHYICPGIDKGNMPDSSQILHHILQIYCKFKPGLRLQEIVEKHHHLCQYI
NPKCLITYGLLKGFIKRVHEYPFLLKDEPPTFVPSNDELTSSQSSENLDQSGSPMSGSFE
SSPSKTFTVITKQKKLNPNFHIVNRETLRPYITGKYCIDEICCELEITRTELMKSLEQFE
NTDFSNPKLQQVLEKFFSKSSDGNVKHSNNWVVLLNTSRFWFNYRHIANTLSFYHIVKNL
GIPDSQILLMLADDVACNPRNRYPGEVFNNRNRQKNIYGENVEVDYRGYEVTVEQFLRVL
TGRHHDSVPRSKRLMSDEHSNVLIFMTGHGGDEFFKFQDQEEINSADIADAVQQMAERKR
FKELLMIVDTCQAGSLFDKLYTPNVLAVGSSLRGQNSYSHHSDPDIGVAVIDRFTYYTLE
FFENRNFRQNPPSIEKWFRTYTSENLISTPNMRRDLFERNTNSVPLTDFFGSDIKIEFQE
DLFKRENMTRFNKYTPKHSNNDYNQQFSNEKLTENENAVEITFQKSVSFLDIKVISIVAI
GLLIFLIFK
NT seq 3090 nt   +upstreamnt  +downstreamnt
atgttcaccatctctactattattttcttaacgattgtgtataatatctattggcattac
tacagaaaggaactctccttgaagggtaaaactgcattgattacaggtggaagtagaggt
attggtagattatgtgctgaaaagttattggaaaatgaacaagttaaatgtgtaattatt
tgggatgttgatgaaaaatcacttgccgaatgtcaacaaacattgagtgataagtatggc
aaagatcgtattgttactcgtcaagttgatatcacgaacagggaaaaggtttatgaagaa
agagatttaatcttccaaaatcatgcttctgttgacattttgctcaacaatgctggtatt
gtcaatggtaagaaattgttggacactccagatgatgccattgaaagagttttcaaagtc
aatactgtttctcactgttatacagttaaggccttcttacctaaaatgattgagaccaag
agagaatctcatattgtaactattgcctctgcagctggtatttgtgccacttctggactt
tctgattatagtgcttccaagtttggagctttcggatttaatgaagctttgagaatggaa
ttaaagtatcaaaagttggatcatattcacactacttgtgtttgtccattctacatcaag
actgatttatttgctggtattaaagatgtaatcccttatgtcttcccagttttggatcct
aattgggttgctcagagaattatcaaggcattgaagaagaatgaagaagttgttattttg
ccagagactttgagattagtgtttttattcagattcttgttacctgtttcaatttgtgat
aaactcattcaattgatgggcattagtagcagtatggaaactttcactgtgccacaatgt
atagaaggatcgaaatatgagagaaatgctctcttgtttaatttagtttttgttgttgat
attacaaaattaaaacctcactatccaccagaagcctttaaaccaattgcttcaaaatta
tcatactacttgagaaatttggaattggaatcggaatacttatttaaacaggagtctaag
caaaatctgcaatatatattggagaagatttatgtggatttatcaacgaaacaagaatgt
tcaatttacattgattcagcacattcacttcatttgaaattaattccctatttacagaaa
ccaccaattgttcatgctcatgatgtaccaatacctattcgaaatttacatgctctaata
tttcaacaaaaggatgtgtgggatattacattctcccaaattattccacacattgatggt
gtttcatttgtgaagcaaattgccattcaaagtaatgtacacgtagaatttgtgaaaaaa
agtttacagcacttattcaacatgtatgctttgaaaaataagaaagttgtgatgcaactc
ttttctagaagagacctcgaggaagaaatgatacattacatatgccctggtattgacaag
ggaaatatgcctgattcctctcaaattcttcatcatattttgcaaatttattgtaaattc
aaacctggtctaagattacaagaaattgtggaaaaacatcaccacctctgtcaatatatt
aatccaaaatgcttaattacatatggtctattgaagggatttatcaaacgagttcacgaa
tatccattccttctcaaagatgaacctccaacatttgtaccatcaaatgatgagctgact
agttctcagagttctgaaaatctcgatcaaagtggttctccaatgtctggatcttttgaa
tcctctccatccaaaacatttaccgtcattacaaaacaaaagaaactcaatccaaatttc
cacattgtcaatagagaaacactgaggccctacattactggaaaatattgtatcgatgaa
atatgttgtgaattggaaataacgagaacagaactcatgaagtccttagaacaattcgaa
aatacggatttttcaaatccaaaactacaacaagtcttggaaaaattcttctctaaatca
tcggatggaaatgtaaaacattctaacaattgggttgtattattaaatactagtagattt
tggtttaattacagacacattgctaatacattatcattctatcatattgtgaagaatctt
ggtattcctgattcacagattttactcatgttagctgatgatgttgcttgtaatcctaga
aatagatatcctggtgaggtttttaataatagaaatagacaaaagaatatctatggagaa
aatgttgaagttgactatagaggatatgaagtgactgtggaacaatttttgagagtttta
actggaagacatcatgactctgtaccaagaagcaagagattaatgagtgatgagcatagt
aatgtattaatatttatgacaggccatggtggtgacgaatttttcaaattccaagatcaa
gaagaaattaacagtgcagatattgctgatgctgttcaacaaatggctgaaagaaagaga
tttaaagaattattaatgattgtagatacctgtcaagcaggctctttatttgacaaactt
tatactccaaacgttttggcagtaggaagtagtttgagaggacaaaattcttattcacat
cattctgatcctgatattggagttgctgttattgatagatttacttattacactcttgaa
tttttcgaaaatcgtaatttcagacaaaatccaccatccattgaaaaatggttccgaaca
tacacttctgaaaacttgatttcaactcctaacatgagaagagatttatttgaaagaaat
acaaatagtgttccactcacagacttctttggttcggatattaagattgaattccaagag
gatttatttaaacgtgaaaatatgacccgctttaacaagtacaccccaaaacattctaat
aacgactacaatcaacaattctccaatgagaaacttactgaaaatgaaaatgctgttgaa
ataaccttccaaaaatcagtttcattcctagatattaaggttatttctattgttgcaatt
ggattattgattttcttaatatttaaataa

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Ontology (1)   
   KEGG BRITE (1)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (54)   
   KEGG ORTHOLOGY (1)   
   RefGene (49)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (70)   

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