KEGG T01074: BRAFLDRAFT

Branchiostoma floridae (Florida lancelet): BRAFLDRAFT_206306

Entry

BRAFLDRAFT_206306 CDS T01074

Definition

hypothetical protein

Orthology

K01115

phospholipase D1/2 [EC:3.1.4.4]

Organism

bfo Branchiostoma floridae (Florida lancelet)

Pathway

bfo00564	Glycerophospholipid metabolism
bfo00565	Ether lipid metabolism
bfo01100	Metabolic pathways
bfo04144	Endocytosis

Class

Metabolism; Lipid metabolism; Glycerophospholipid metabolism [PATH:bfo00564]
Metabolism; Lipid metabolism; Ether lipid metabolism [PATH:bfo00565]
Cellular Processes; Transport and catabolism; Endocytosis [PATH:bfo04144]

SSDB

Motif

Pfam:

PLDc PX PLDc_2

Other DBs

NCBI-GI:

NCBI-GeneID:

JGI:

UniProt:

AA seq 955 aa
YTINLQHGEHNWTIKRRYKHFIQLHEAILLFKASLHVPVPTARYCKKRKSVKGQPRKLPK
LPKTPDALITGARLNRRMEQLEIYLQRLVNIRTFRNLEPTLKFLEVSHLSFVKNLGSKGK
EGVIKKYPGGHKTFHGCCNPCGFSFAMLGIRKKWSIFGCFKFAIPLYTIRKSSGLVQFIL
ELSLQKLPVHVERLALITKVGIRHGDDMFFRRLLVECWTARKLEEWKRGIELTVKRYGRD
FTRWNRFNSFAPVRTDTQAQWFVDAASYMAAVAEGLEAAKEEIFIADWWFSPEIYLIRPV
AAEGEKWRLDQVLKRKAEEGVNVFVLMYKEVELALGLNSLYSKTTLLNLHPNVKVLRHPD
HMPGGIFLWAHHEKVVVVDQSIAFLGGIDLCYGRWDDYLHRLDDLGSARLESKNTSLSQK
QTDSGEQNGSLATQTPENQTRKPHISFIDSEEGPENPQINLITPNGGTGDLQMDRSAENV
GFCNEDDVKVKLLTESPENNNDRSLNNEEVNGNETLPGMEGEAKLWVGKDYVNFIAKDFV
ELEKPFSDFIDRTTVPRMPWHDIGAMVYGKAARDVGRHFIQRWNAAKVEKAKTNPTYPML
LPRSYEEFYMPRVVHNTTRCDAQILRSSSKWSAGISVTEKSIYEAYLWSIQQAQHYIYIE
NQFFISCLQDNPYVHNEIVKALFDKIVECEKKGKNFRVYVVLPLLPGFPGEIGTATGLAI
QAVFHWNFTTMCKGENSLLSRLSKEVRDPYSYVSFCGLRTHTELNGTPVSEMIYVHSKMM
IVDDRISIIGSANINDRSMIGEKDSEMAVIVIDTQTKPSRMDGEEYQAGVFSSELRKRCF
REHLGLMDGDQGIDLDDIVSAEFFKDVWVKRAAVNTKIYDDVFHCIPTDRATTFQSLNRY
KQTDGLVVTDTAEARRELKRVQGNLVLQPLMFLNQEELSPALLSKEGMAPTELWT

NT seq 2868 nt +upstreamnt +downstreamnt
tacaccatcaacctccaacatggggagcacaactggaccatcaagcgcagatataagcac
ttcatacagcttcacgaggccatcttgctgttcaaggcatcactgcatgtccctgtacca
acagcaaggtactgcaaaaaaagaaaaagtgtcaaggggcagccaaggaaactcccgaaa
ctccccaaaactccggatgccctcatcactggagctcgcctcaacaggaggatggaacaa
cttgaaatctatcttcagagattggtcaacattaggacattcaggaacttggagcctact
ctgaagtttcttgaagtcagccatttgtcatttgtgaagaatcttggcagtaagggaaag
gagggagtgatcaagaagtacccaggaggccacaaaaccttccacggctgttgtaacccg
tgtggcttctccttcgccatgctgggcataaggaaaaaatggagtattttcggttgtttt
aagtttgcgataccactatatactattagaaagtccagtgggcttgtacaatttatcctg
gaactttcactccagaagttacctgtacatgtagaaaggttagctttaatcaccaaagtt
ggaatacgacatggagatgacatgtttttcaggcgcctgctggtggaatgttggacggcc
cgtaagctggaagagtggaagcgtgggatagagctgacggtgaagcgctacgggagggac
ttcacccgctggaacaggttcaactcatttgcaccagtcaggacggacacacaggcacaa
tggtttgtggatgcagcctcgtacatggctgctgtagctgaaggcttggaggctgcaaag
gaggaaatcttcatcgctgactggtggttcagtccagagatctacctcattcgtcctgta
gccgctgaaggggaaaaatggaggctggaccaagtcctgaagagaaaagcggaggagggt
gtgaatgtgtttgtgctgatgtacaaggaggtggagctggccctcggcctgaacagcctc
tacagcaagacaactctgctcaacctgcatcccaatgtcaaggtccttcgtcacccagac
catatgccaggtggcatcttcttatgggcccatcatgagaaagtggtggtggtggaccag
tccattgcattcctagggggtattgacctctgctacggacgatgggatgattatctgcac
aggttggatgatctaggatcagcaagactcgagtcaaagaacacatctttgtcacagaaa
caaactgacagcggtgaacaaaatggcagcttagcaacccagacccctgagaaccaaacc
aggaaaccccacatctccttcatcgacagtgaagaaggccctgaaaacccccagatcaac
ctcatcaccccaaatggtggaacaggcgaccttcaaatggaccgctctgccgaaaacgtt
ggtttctgtaatgaagatgatgtcaaggtcaaacttctcacagaatctccggagaacaac
aatgacaggtcattgaataatgaagaagtcaacggaaatgaaacacttccaggtatggag
ggtgaggccaagttgtgggtagggaaggactatgtcaacttcatcgctaaggactttgtt
gagttggagaaacccttttctgatttcattgatcgcacaaccgttccacgcatgccatgg
cacgacattggagcaatggtttatgggaaggcggccagggacgtgggcaggcacttcata
cagaggtggaacgctgcaaaggttgagaaggctaagaccaaccccacctatcccatgctg
ctgcccaggtcatacgaagagttctacatgccgagggtggtccataacaccactcgctgt
gacgcccagatcttgcgctcatccagtaagtggtcagcaggaatctctgtaacagagaag
tccatctatgaggcttacctgtggtccatccagcaggcacagcactacatctacatagag
aaccagttcttcatcagctgtctgcaggacaacccttacgtacacaacgagatcgtcaag
gcactcttcgacaaaattgtggagtgtgagaagaagggaaagaacttccgtgtgtacgtt
gtgcttcccctgctgccaggattcccaggagagatcggcacggcgacagggctggccatc
caggctgtgttccactggaacttcaccaccatgtgtaaaggggagaactcacttctcagc
agactctcaaaggaggtcagagacccgtactcctatgtgtcgttctgcggcttgcgtacg
cacaccgagctgaatgggacccccgttagtgagatgatttacgttcactccaagatgatg
atcgtcgacgacagaatctcgatcatcggatccgccaatatcaacgaccgcagcatgatc
ggcgagaaggacagcgaaatggcggtcatcgtcatagatacgcagacgaagccgtcccgt
atggacggggaggagtaccaggctggggtgttttcttctgagctcaggaagaggtgcttc
agagagcacctagggctgatggatggggaccagggcatcgaccttgatgacatcgtctct
gctgagtttttcaaggacgtctgggtgaaaagagctgccgtcaacaccaagatatacgat
gatgtcttccactgcattcccaccgaccgcgccacaacattccagtctctgaaccggtac
aagcagacggacggtctggtcgtcacggatacggcggaggcacggcgggagctgaagcgc
gtccaaggcaacctggtcctgcagccactcatgttcctgaaccaggaggaactgtcgcca
gcattgctcagtaaggagggtatggcacctactgagctgtggacttag

All links

Pathway (4)   
   KEGG PATHWAY (4)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   JGI-BFO (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (28)   

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