Cavenderia fasciculata (cellular slime mold): DFA_08805
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Entry
DFA_08805 CDS
T02668
Name
(RefSeq) hypothetical protein
KO
K22144
cell surface hyaluronidase [EC:
3.2.1.35
]
Organism
dfa
Cavenderia fasciculata (cellular slime mold)
Brite
KEGG Orthology (KO) [BR:
dfa00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
00536 Glycosaminoglycan binding proteins [BR:
dfa00536
]
DFA_08805
Enzymes [BR:
dfa01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.35 hyaluronoglucosaminidase
DFA_08805
Glycosaminoglycan binding proteins [BR:
dfa00536
]
Hyaluronan
Cell surface receptors
DFA_08805
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
G8
Motif
Other DBs
NCBI-GeneID:
14869710
NCBI-ProteinID:
XP_004356289
UniProt:
F4Q4F6
LinkDB
All DBs
Position
Unknown
AA seq
1009 aa
AA seq
DB search
MVQRYTFHCHQCNSFDICNIKKDNNNNNNNNKVQYWSNESTWRLNNIGSGSSKEGIASYP
KMGSKVNITIPIVLDISPPPLDLIEIVNGGSLIWDDSRDGIELVVGSILIYDNGSLIIGA
EECKYQHKTTITLTGYSQYTEENRTIHGHSFGQKVIAVSTGGTLELHGQEPTPTWTKLAK
TIDSLQSSMFRKTTTPAVSPIITLATKVKGWKAGDKIVLASTDYDQYQSEEIELIQCDSC
LENQVKLKTIPKYMHWGDISNKVDMRGEVGLLTRNILIRGRLEADRCQSTGMVCAFFPND
TFGGHIMIVGGFTNAHIEGVQLVNMGQPHMISRYPIHFHLCSDVDSVGGYARPAYIRNSV
VQQSYSRCYVIHNTHGLLVENNIAFDTVGHCYMTCDGIESRNMIRNNLGLLTKPGLLFPT
DRNCEMCNTISPYDFNGQPTNCGGCDGVSTFWISNSNNSLVGNAAGGSDAVGFCEGDMPE
DPGSTSTIRDSVFVGESDNVGQASSWIPVGRGRTNPFGEDYNMPIRGYEVYDGTNFIINC
MFINYRRDDSARNLSAIAWFRFNDWQVSSKSYLERLQFINVTRRFYMEHSMVDGDKTQTI
IDSDGSSTGIPGSVVTRNIPFYQSDQCAQRDDWNAYLCIETTRQLYVTNLSPSETIYNGV
ETMVSLWRDDNDDPDPDSAVLSLFGLPKHNPRIEFLSLLYKGYNYTIHHNHPIPPHLSVK
AINWEAGESMLIGVCLGPTINTTSIQLTKMIGDTPQYILSPINSKSLLTNDEHHYFYDHD
TGMVYFYLEQTEQRPGYYYCPLQGCSQIQIDSTYLVPSTAICNTELNNNYLLVFDEKLNR
KFSGSSFGVRIIDDKTKSFRGNKVASFIPTRQGNVIRIKCADEYPCCMVPNSFKYLEMWV
NGGQPGTTTSHHLLVSVTSFAGLTTIPIPIDHSTIINGQWIRLRIDFNQLTLPITKVVDD
DHDKDHNFERCPIRSIQLYGDPKYIDTNNNTNNSNDNLIYIDSIKLIYE
NT seq
3030 nt
NT seq
+upstream
nt +downstream
nt
atggttcaacgctacacttttcattgtcatcagtgtaattcatttgatatttgtaatatt
aaaaaggataataataataataataataataataaggtacagtactggtcaaatgaatca
acatggagattaaataatattggtagtggtagcagtaaagaggggattgcatcctatcct
aaaatgggatcaaaggtgaatataaccataccaatagtattggatatttcaccacctcca
ttggatttaatagagattgtaaatggaggatcgttgatttgggatgatagcagagatggt
atagaattggtggttggatccattctaatatatgacaatgggtctctgataataggcgct
gaagaatgtaaataccaacataaaacaacgatcaccttgactggctattcacagtacacc
gaagagaatagaactatccacggtcactcatttggtcaaaaagtaattgcagtgtctaca
ggtggcacattggaactccacggtcaagaaccaactccaacttggacaaaacttgccaaa
accatagatagtttacaatcatccatgtttagaaaaacaaccacccccgccgtctctcca
atcatcacattggcaaccaaagtcaaaggttggaaagctggtgataaaatagttttggca
agtactgattatgatcaatatcaatcagaagaaattgaattgattcaatgtgattcttgt
cttgaaaatcaggtaaaattaaaaactataccaaaatatatgcattggggagatatatca
aataaagttgatatgagaggagaagttggattattgacaagaaacattttgattagagga
agattggaagcagatcggtgccaatcgactggtatggtttgtgcttttttcccaaatgat
acgtttggtggtcatattatgattgttggaggtttcaccaatgctcatatcgagggtgtc
caactagtcaatatgggtcaacctcatatgatatctagatatccaatccatttccacctt
tgttcagatgttgatagtgtcggtgggtatgctcgtcctgcgtacattcgaaacagtgtc
gttcaacaaagttatagtcgatgttacgtcattcacaatacacacggtctactggttgaa
aataacattgcctttgatacggtaggtcattgttacatgacatgtgacggtatcgaatcg
agaaatatgatacgaaacaatcttggactgctcaccaaaccaggactactctttccaacc
gaccgaaactgtgaaatgtgtaatactatctccccctatgactttaatggtcagccaacc
aattgtggagggtgtgatggtgtatcgaccttttggatatcaaacagtaacaactcgttg
gttggtaatgctgcgggtggaagtgacgctgttggtttttgtgaaggggacatgcccgaa
gaccctggatcaacaagtaccatcagagactctgtttttgtcggagagtcggacaacgtg
ggacaagcatcatcgtggatacccgttggaagaggtcgaaccaatccatttggtgaagac
tataacatgccaatccgcggctacgaggtatacgacggcaccaactttatcatcaactgc
atgtttataaattatcgacgagacgattctgccaggaatctcagtgccattgcatggttt
agattcaatgattggcaagtcagtagcaagagctatcttgaacgtcttcaatttatcaat
gttactcgacgattctacatggagcattcaatggtagatggcgacaagacacagactata
atcgatagtgatgggtcgtcaactggaatacccgggtctgttgtcacgcgaaacattcca
ttctaccaatcggaccaatgtgcccaacgagatgattggaatgcctatctctgcattgaa
acgactagacaactctatgtaaccaatttaagtccatccgaaaccatctataatggcgta
gagacaatggtatcgctttggagagatgataacgatgatccagatccagatagtgctgta
ctctcattatttggactacccaaacataatccaaggattgaattcctttcattgctctac
aaaggttacaattatacaatacaccataatcatccaattccaccacatctatcggtcaaa
gcaatcaattgggaagctggagaatccatgttgattggtgtatgtcttggtccaaccatc
aataccacgtccatccaactaactaaaatgattggagacacaccacaatacattttgtca
ccaatcaattcaaaatcattgttgaccaatgacgagcatcattatttctatgaccatgat
actggaatggtatatttctatcttgaacaaaccgaacaaagaccaggatactattattgt
ccacttcaaggatgtagtcaaattcaaatagattcaacttatcttgtaccatcaactgcc
atttgtaatactgaattaaataataattatttattagtatttgatgaaaaattaaataga
aaattttcaggatcatcatttggagttagaatcattgatgataaaaccaaatcatttaga
ggtaataaggttgcatcatttataccaacaagacaaggtaatgtgattaggataaaatgt
gcagatgaatatccttgttgtatggtaccaaatagcttcaagtacctggagatgtgggtc
aatggtggtcaaccaggaacaacaactagtcaccatctcttggtatctgtcacttcattt
gcaggtctaacaaccatacccatcccaatagaccattcaaccattatcaatggtcaatgg
attagactgagaattgattttaatcaattaactttaccaatcactaaagtagtcgacgac
gaccacgataaagaccataactttgaaagatgtccaatacgatctattcaactatatggt
gatccaaagtacatcgatacaaataataatactaataatagtaatgataatttaatctac
attgatagtattaaattaatatatgaatga
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