KEGG T01074: BRAFLDRAFT

Branchiostoma floridae (Florida lancelet): BRAFLDRAFT_70494

Entry

BRAFLDRAFT_70494 CDS T01074

Definition

hypothetical protein

Orthology

K01196

glycogen debranching enzyme [EC:2.4.1.25 3.2.1.33]

Organism

bfo Branchiostoma floridae (Florida lancelet)

Pathway

bfo00500	Starch and sucrose metabolism
bfo01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Starch and sucrose metabolism [PATH:bfo00500]

SSDB

Motif

Pfam:

hDGE_amylase hGDE_central GDE_C hGDE_N Alpha-amylase Hydantoinase_A

Other DBs

NCBI-GI:

NCBI-GeneID:

JGI:

UniProt:

AA seq 1932 aa
MEVGERREHRCSWLRRIGKTLQYGLLCLFVSLRSALVSVRNCCAFVFFGDTPEGLCKCSS
NTKDSSFYEDFNRPPEIKVMAEGGPTTNSVAAGHTVATSPSGAAAQNSPVRQVQQVRVLQ
LNDGEHLNTTLFRLQKGWTLHFFLGPSLCARPVRIFVNHPPADRPFRRDEYYELKWQYYS
QSRCDDSDRYAELQLKLAGSFQYFFSYDNSGNKKHGSGYFVVDPLLPLPGGDVLPLDSIC
IQTVLSKCIGPFSNWERCVRVSKETGYNMVHFTPIQALGESNSSYCISDQMRINPAFEED
GRTLTYDDVGEFVRRIHKDWGVLTVTDLVLNHTSWDSPWLVEHPECGYNLLNSPHLRPAY
LLDRALAYFSGQVADGQWEGQGVPANITNDGHIRAMERILLEQVLPELKLWEFYCADVED
LVQQFKEACEEVGNALPEAGGKKYQLTVVQDPAYRRLMSSVDLGRALTIFNVERTDAETE
KERIQKCSEAFRKHLEKLNADVTRDLQHHLKAAVENCGKGVGYERLDGQGPKLGPVTRQK
PLVTEYFRLLNGQNDSWQADEKLMNKKDARHILAHNGWVMGDDPLRNFAEAGSNVYLRRE
LLAWGDNVKLRYGKRPEDCPFLWKHMLEYTMATARIFHGVRIDNCHSTPIHVAEFMLDAA
RQVNPDLYVVAELFTGKEDLDNVFVNRLGITSLVREAMSAFDSHEEGRLVYRYGGEPVGA
FWKPATRPLTPAIAHAMFLDLTHDNPCAIQKRSVYDPLPSAALVAMASCAIGSTRGYDEL
VPHHIHVVEEARCYPVWDDDSKKDDVQSVNNRSGIIAAKRALNLLHQQLGMAGFNQVYVD
QVDENIVAVTRHCPNSHHSVILVARTAFKHPHNPQATGYIPPLCIPGVVEEIILEARLVQ
KSPDEFNQDGTFINGLNNYQLEMQEHIQFMLDAARQVNPDLYVVAELFTGKEDLDNVFVN
RLGITSLVREAMSAFDSHEEGRLVYRYGGEPVGAFWKPATRPLTPAIAHAMFLDLTHDNP
CAIQKRSVYDPLPSAALVAMASCAIGSTRGYDELVPHHIHVVEEARCYPVWDDDSKKDEV
RSVNNRSGIIAAKRALNLLHQQLGMAGFNQVYVDQVDENIVAVTRHCPNSHHSVILVART
AFKHPHNPQATGYIPPLCIPGVVEEIILEARLVQKSPDEFNQDGTFINGLNNYQLEMQEH
IQLYGSAMIELSGGGEGSNSPVQEVDFINFPPGSIIAFRVSLPQHTRQAVSTLRGCLREF
GFHVRPGSPKGEQRWDFLSIVSELSLSDLNRVLYRCDPEERDEGWGGGVYHIPGWQSLKY
CGLQGFISVMADIRNTNDLGHPFCENLRQGDWMPDYIANRLVRHRTTKKLGQWFEGVFDS
LKEIPRYLIPCYFDAILAGAYATITEITWGQMSEFVTQGSTLVRALALCSAQFCGDVASS
PLPHLSTKILKDIPTVVNEETGRREQRCSTLAAGLPHFSSGVMRCWGRDTFIALRGLLLV
TGRYSDARNLILAFAGCLRHGLIPNLLGAGAHARFNCRDAVWWWLQCVQDYCTMVDDGLD
ILTLPVCRLFPTDESPPRDSGYTEEPLYKIIQEALQRHAQGISFRERHAGPSLDINMSSE
GFNVNAGVDWETGFVFGGNEHNCGTWMDKMGESDMAGNKGKPATPRDGSAVEIVALCKST
LRWLVALHQSGAYPYDGVTFLTDGKETTVTFAEWDAKLQDNFEKKFWVASEPYEGEEKPG
LIHRRGVYKDSVGASFPWTDYQLRPNFCIAMAVAPELFTPERAWKALEIVETVLLGPLGV
KTLDPKDWKYRGNYINSVDSHEVETARGFNYHQGPEWLWPVGYFLRAKLHFSSLVGGADT
FYKCIDKVKVTLSNHHQALLKSPWKGLPELTNADGAFCKDGCPTQAWSASTILDVLYDMD
KLVRGNNQMSTV

NT seq 5799 nt +upstreamnt +downstreamnt
atggaggttggagagcgccgggaacacaggtgctcgtggctgaggaggatcgggaagacg
ctgcagtacggtctgctgtgcttgttcgtgtcgctccgatcggcgctcgtctctgtcagg
aactgttgtgcgtttgtgttctttggggacacaccggagggtctgtgtaaatgttcttcc
aacactaaggactcgtcattctacgaggacttcaaccgcccgcctgagatcaaagtcatg
gcagagggaggaccgacgaccaactctgtggccgcgggacacaccgtagcgacatcgccc
tcgggcgccgcggcgcagaactcgcctgtacgacaggtgcagcaggtgcgggtgctgcag
ctgaacgatggggagcacctgaacaccactctgttccgcctgcagaaaggctggaccctt
cacttcttcctgggtccctcgctgtgtgcccggcctgtccgcatctttgtcaaccacccg
cccgctgaccgccccttccgtcgggacgagtactatgagttgaagtggcagtattactcc
cagagccgctgcgatgattcggacagatacgctgagctgcagctgaaactcgctgggtcc
ttccagtactttttctcctatgacaacagtggaaacaagaagcatggttccgggtacttc
gtggtggatcccctcctccccctcccaggcggagacgttctgccgctggatagcatctgc
atccagaccgtcctctccaagtgcatcggccccttcagcaactgggagaggtgcgtccgc
gtctccaaggaaaccggctacaacatggtgcacttcacgccgatacaggcgctgggcgag
tccaactcttcgtactgcatcagcgaccagatgcggatcaaccccgcgttcgaggaagat
ggacgtacgctgacgtacgatgacgttggagagtttgtacgccgtattcacaaggactgg
ggcgtgctgacggtcacggacctggtgctgaaccacaccagctgggacagcccgtggctg
gtggaacacccggagtgcgggtacaacctgctgaactcaccccacctgcggccggcgtac
ctgttggacagggcgctggcgtacttcagcggacaggtggcagacgggcagtgggagggg
cagggcgtgcccgccaacatcaccaacgatggccacatcagggctatggagcggatccta
ttggaacaagtcctgcctgagctgaagctgtgggagttttactgtgcagatgtggaggat
ctggtgcagcagtttaaagaggcttgtgaagaagttgggaatgctctaccggaggcagga
gggaagaagtaccagctgactgtggttcaggacccagcctaccgacgactcatgagctct
gtggacctgggcagggcactgactatcttcaacgtggaaaggacagatgcagagacagag
aaggaaaggatacagaagtgcagcgaggccttcaggaaacacctggagaagctgaacgca
gacgttacgagggacctgcagcatcacctgaaggcagctgtagagaactgtgggaagggt
gtcggctatgagagactggatggccagggaccgaaactggggcctgttacaaggcagaag
ccactggttacagagtatttcagacttctaaatggccagaacgactcctggcaggctgac
gaaaagttaatgaacaagaaggacgcccggcacatcctggctcacaacggctgggtgatg
ggggacgaccccctgcgaaactttgcggaggccggctcaaacgtctacctgcggcgcgag
ctcctcgcctggggcgacaacgtgaagctcaggtacgggaagcgtccggaggactgcccg
tttctatggaaacacatgctggagtacaccatggcaacggcacggatcttccacggtgtt
cgcatcgataactgtcacagcactcccatacatgtggcggagtttatgctggacgcagcg
cgacaggtgaaccctgacctctacgttgtggcggagctgttcaccgggaaagaggacctc
gacaacgtgtttgtgaaccgactcggaatcacatcgcttgtacgagaggccatgagtgca
tttgactcgcatgaagagggccgtttggtgtaccggtacggcggcgagccagtcggcgcc
ttctggaaacctgccacacgacctctgacccctgcgatcgcccatgccatgtttcttgac
ttgactcatgacaatccatgcgcaatacagaaacgttctgtgtacgacccgttaccgagt
gctgctctggttgccatggcgagctgtgctatagggagtacccgtggttacgatgaactc
gtacctcaccatattcatgttgttgaggaggcgcgatgttacccagtgtgggatgatgac
tccaagaaggacgacgtccaatccgttaacaatcgctccggtatcatcgcagcgaaacgg
gcactcaacctgctgcatcagcaattaggcatggcaggcttcaaccaggtttatgttgat
caagtggatgagaatattgttgcagtgaccaggcactgccccaactcccaccattcggtc
atcctcgtggccaggacagccttcaaacacccacacaaccctcaagcaactggctacatc
cccccactctgtatacctggtgttgttgaggaaatcatcctggaggccaggttggttcag
aagtcgcctgacgagtttaaccaggacggaaccttcatcaacggactcaacaactaccag
ctggagatgcaggaacacatccagtttatgctggacgcagcgcgacaggtgaaccctgac
ctctacgttgtggcggagctgttcaccgggaaagaggacctcgacaacgtgtttgtgaac
cgactcggaatcacatcgcttgtacgagaggccatgagtgcatttgactcgcatgaagag
ggccggttggtgtaccggtacggcggcgagccagtcggcgccttctggaaacctgccaca
cgacctctgacccctgcgatcgcccatgccatgtttcttgacttgactcatgacaatcca
tgtgcaatacagaaacgttctgtgtacgacccgttaccgagtgctgctctggttgctatg
gcgagctgtgctatagggagtacccgtggttacgatgaactcgtacctcaccatatccat
gttgttgaggaggcgcgatgttacccagtgtgggatgatgactccaagaaggacgaagtc
cgatccgttaacaatcgctccggtatcatcgcagcgaaacgggcactcaacctgctgcat
cagcaattaggcatggcaggcttcaaccaggtttatgttgatcaagtggatgagaacatc
gttgcagtgaccaggcactgccctaactcccaccattcggtcatcctcgtggccaggaca
gccttcaaacacccacacaaccctcaagcaactggctacatccccccactctgtatacct
ggtgttgttgaggaaatcatcctggaggccaggttggttcagaagtcgcctgacgagttt
aaccaggacggaaccttcatcaacggactcaacaactaccagctggagatgcaggaacac
atccagctatacggcagtgctatgatagagctatcaggaggaggggaggggagtaactca
cctgtgcaggaggtcgacttcatcaacttcccaccgggcagtatcatcgcatttcgggtg
tcccttccccagcacacacgccaggccgtctccaccctcaggggctgtctgagagagttt
gggttccacgtcaggccggggagtccaaagggggagcagagatgggacttcctaagtatt
gttagtgagctgtccctgtcggacctgaaccgcgtactataccggtgtgaccctgaggag
agagatgaggggtggggaggaggcgtgtaccacatcccagggtggcaaagcctcaagtac
tgcggactacaaggtttcatatctgtgatggcagacatcagaaacaccaatgacttaggc
catcccttctgtgaaaacctgcgccagggagactggatgccagactacatcgctaacagg
ctagtcaggcacaggacaaccaagaagcttggccagtggtttgagggagtgtttgactcc
ctgaaggagatccccaggtacctgatcccgtgctactttgacgcgatcctggcgggagcg
tacgccaccatcacggagataacctggggacagatgtccgagtttgtgacccagggctca
acactggtccgtgctctggccctgtgctcagcccagttctgtggagatgtcgcatcttcc
cccctccctcacctctccactaagatcctgaaggacatcccaacggtggtcaatgaagaa
acaggtcgtagagaacaaagatgtagcaccttagcagctggattgccccacttttcctcg
ggggtgatgaggtgttgggggagggacacattcatcgcactcaggggactgctgttggtg
acaggcagatacagcgatgcaaggaaccttattcttgcctttgccgggtgcctgagacat
ggcctgatccccaacctgctgggcgccggtgcacacgcccggttcaactgccgggacgca
gtgtggtggtggctgcagtgtgtccaggactactgcaccatggtcgacgatggccttgac
atcctcactctcccagtgtgccgtctgttcccaacggatgaaagtcctccaagggattct
gggtacacggaagaaccactctacaagataatccaggaggcactacagcgccatgcccag
gggatctcgttccgcgagcgccacgccggaccgagcctagacatcaacatgtcatcagaa
gggtttaatgtgaatgcaggggtggactgggagacagggtttgtgttcgggggcaacgag
cacaactgtgggacctggatggacaagatgggagagtcagacatggcgggaaacaaggga
aaacctgctacacccagggatggatcagcagtagaaattgtggctctctgcaagtccaca
ttaagatggttggtggccttgcaccagagcggtgcctacccttacgacggcgtcacgttc
ctgacagacgggaaggaaaccacggttacctttgccgagtgggacgcgaagctgcaggac
aattttgagaagaagttctgggtagcgtcagagccgtacgagggggaggagaaaccaggc
ctcatccacaggagaggcgtctacaaggacagtgttggggcatccttcccgtggactgac
taccagctccggcctaacttctgtatagccatggcggtggcgccagagctgtttacacct
gagagagcctggaaagcactggagattgtagaaactgtcttgcttggaccgcttggagta
aaaactctggacccaaaagactggaaatatcggggaaactacatcaactctgtggacagt
catgaggtggagactgccaggggattcaactatcaccaggggccggagtggctttggcct
gttggttacttcctgagagccaagctgcacttctcctccctggtgggtggggccgacacc
ttctacaagtgcatcgacaaggtcaaggtcacgctgtccaaccaccaccaggccttgctc
aagtcgccttggaaggggctgcctgagctgaccaatgcagacggtgccttctgcaaagat
ggctgcccaacgcaggcctggtcagcgagcacaatacttgacgtcctttacgatatggac
aagctagtcagagggaataatcaaatgagcacagtttaa

All links

Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (2)   
   KEGG REACTION (2)   
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 (6)   
   Pfam (6)   
All databases (27)   

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