KEGG   Scleropages formosus (Asian bonytongue): 108938996
Entry
108938996         CDS       T04919                                 
Symbol
cemip2
Name
(RefSeq) cell surface hyaluronidase
  KO
K22144  cell surface hyaluronidase [EC:3.2.1.35]
Organism
sfm  Scleropages formosus (Asian bonytongue)
Brite
KEGG Orthology (KO) [BR:sfm00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   00536 Glycosaminoglycan binding proteins [BR:sfm00536]
    108938996 (cemip2)
Enzymes [BR:sfm01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.35  hyaluronoglucosaminidase
     108938996 (cemip2)
Glycosaminoglycan binding proteins [BR:sfm00536]
 Hyaluronan
  Cell surface receptors
   108938996 (cemip2)
SSDB
Motif
Pfam: ILEI G8
Other DBs
NCBI-GeneID: 108938996
NCBI-ProteinID: XP_018615563
UniProt: A0A8C9T675
Position
17:complement(2453999..2482081)
AA seq 1382 aa
MQVNNGPAPIFLPPSNGSNHRPPGYVPGRIAPVRSPPPPKMAAPPKPSGGSQHQATFVVS
DQQRREHVHGLVQRKNAFICCATSLAAFFLVLILVLSLTSADILDENCPHHNPSLSSWNP
GHNPQKRVVIRKGNLYRLESSATLQSIIIQSGGLLVFADDVNGSRNITLRTRHIAIEDGG
ALYIGAAKCRYRSHATIALVGRSDEAGMDDVPGFGRKFIGVRAGGTLELHGVEKLSWTLL
AKTLPSAGLPAGGYAFQKNFSRGINLRVVDPDTGAVIYTNRFDTHDSQDDSRKLHELLKA
LPRGRIVAMAVGDSAAKSLLDETKKTIQDLLGSTFVNDLQYRQAWALVSVIGGGNDSCSE
AVREHENHDTGGQALAQKRFVTVDGEGFSVSAYSEWRNGFAISGFQVDATDQVVLNLKDN
VQSWKPGDRIVVASTDYSMYQAEEFTLLPCLECNQNQVRIQGKPQFTHVGEILDGIDMRA
EVALLTRNILIQGEMENYCYGSNWCHFFGYDSFGGQIKILANFTAVHLSHVELKHMGQQV
GGGYPLHFSMCGDVDEQGGYSLPTYVEALSIHHCFSRCITVQATHGLLIKDVIGYDTLGH
CFFLEDGIEQRNTFFHNLGLVTKPGTILPTDRNETMCTSIRNKVYGNYVPVPGTECKAVS
TFWIANPNNNLISNAAAGSQDAGIWYIFHSASTGKSHGLIPETKAELTPLGIFFNNRVHS
NFKAGLFIDKGVKTTNASATDPREYLCLDNSARFRPHENADPKRPRVAALIDTLISFKNN
DLGAWIRGGDIVIQNSGFADNGVGLSFASDGSYPKDEGSSQEVSQSLFVGESKNRGFNGG
QNKYWGVGGVDGKPRTLPRNKTFPIRGFQIYDGPVHLTSSTFKNFVPTPDRFTSAVGFNL
KNTWQLTPRNNVSSLLFLPSNSTLKAFFGKPGQWFEDNDLDGDKNSIFHDVDGSVTGFPD
SYAGRLDNFLIRHPDCINITEWNGVVCSGRYSQVYIQTQGASNLTLSISRDEYPNKPMVL
RGVNSQSATSQQYQPILMMAKSYTLHWNGRAPREVVMSLINFDKGDWVQVGLCYPSDTTF
QVVSDIYDRQSNIFDNLEDYKSVGSLTDLEKSPLDRTYYFDSSTGLLWLSLRARHNRDGH
SYCSRKGCERVKITATTTSKETSNCMLKAYPKYTKPPKATVPMPSLNTALCTECGASKLI
FTSDPENTYLQVQIKSLSHEGQQKGDAESFIVVNRERFSFTAPGFFLVTVDACTGRVIKK
SLFPKMDAAMKQYLESEIPKSSIVLLGTRGQLNSQGDIAPYLVPLGTARSADLKNKESLA
FFGFHGSSMLPPWVGLFTSQTGETLGLLEKYIPLGLLEYECAQPDQMKRKDLELLKKVLT
KV
NT seq 4149 nt   +upstreamnt  +downstreamnt
atgcaagtgaataatggccctgcccccatttttctgcctccatccaatggaagcaatcat
cgaccaccagggtatgtcccaggcagaattgcccccgtacgctcacctccaccgcccaag
atggcagcaccaccgaaaccctcgggaggcagccagcatcaggccacttttgtggtctct
gaccagcaaaggcgtgagcatgtccacggccttgtccagaggaagaatgctttcatttgc
tgcgccacgtcattggctgctttcttccttgtgttgatcctggtcttgagtctgacatct
gcagatattttggatgagaactgccctcatcacaacccttccctcagcagctggaaccca
gggcacaatccccaaaagagagtggtcatcaggaaggggaatctctaccggctggaatcc
tcagccacgctgcagtctataattatccaaagtggaggacttcttgtctttgctgatgat
gtgaatggctccagaaacatcacactgagaactcggcatattgcaattgaagatggggga
gcattatacattggtgcagcaaagtgccgctataggtcccatgcaactatcgctttggtg
ggccgctcggatgaggcaggtatggatgatgtgcctggcttcggcaggaagtttattggg
gttcgtgcgggagggaccctggagctccatggtgttgagaagctttcctggaccctccta
gccaagactctcccatctgcgggtctgcccgctggcggttatgccttccagaaaaacttc
agccgtggcatcaacctgcgtgtagtggacccagacacgggtgctgtcatctacaccaat
cgttttgacacccatgactctcaagatgacagcaggaagcttcatgaactgctcaaggct
ctgcccagaggccgtattgtggctatggctgtgggagactctgccgcaaagagcttgctg
gatgagaccaagaagaccatccaagacctgcttggaagcacttttgtaaatgacctccag
tacaggcaggcatgggccctggtgtctgtgatcggtggagggaatgactcgtgttctgag
gctgtgcgtgaacatgagaaccatgacacgggtggtcaggcgctggcgcagaagcggttt
gtcactgtggatggagagggcttctctgtctcagcatacagcgagtggcgaaatggtttt
gccatatccggtttccaggtggatgcgacagaccaggtggtgttgaacctgaaggacaac
gtgcagagctggaagcctggagatcgcattgttgttgccagcacagattattccatgtac
caggcagaggagttcaccctcctaccctgcctagagtgcaaccaaaaccaagtccgaatt
caagggaagccacagttcactcatgtgggcgagatcctcgatgggattgatatgagagcg
gaagtggccctgttgacaaggaacatccttatccagggagagatggaaaactactgttat
ggaagcaactggtgtcacttctttggctatgattcctttggaggacagattaagatcctt
gcaaactttactgctgttcacctgtctcatgttgaactgaagcacatgggccagcaggtg
ggaggtggctacccccttcatttcagcatgtgtggggatgtggacgagcaggggggctat
agcctgcccacttatgtggaggctctttccatccaccactgcttctctcgctgcatcact
gtccaagccacccacggcctactgataaaagacgtcattggttatgacacgttggggcac
tgctttttcctggaggatggcattgaacagaggaacaccttctttcacaacctgggcctg
gttactaagccaggcactattctacccacggatcgcaatgagaccatgtgcacgtctatt
cggaacaaggtgtatgggaattatgttcctgtgccaggaacagaatgcaaggccgtgtcc
acattctggatcgccaacccaaacaataacctcatcagcaatgctgcagcaggctcccag
gatgctggcatctggtacatcttccacagtgcgtcaactggcaagtcccatgggctcatc
cctgagacaaaggcagagctcacaccactggggatcttcttcaacaaccgggtgcactcc
aactttaaggctggccttttcattgataagggggtgaagacaacaaatgcgagtgccaca
gaccccagagaatacttatgtctggacaacagtgccagattccgtccgcacgagaatgca
gacccaaagcgaccacgcgttgcagcactcattgacacactcatctcttttaagaacaat
gacctgggtgcttggatccgtggtggtgatattgtcattcagaactcaggatttgcagac
aatggagttgggttatcctttgcaagtgatggcagctatccaaaggatgagggctccagc
caggaggtgtcccagtccctgtttgtgggcgagagcaaaaaccgcggcttcaacgggggc
cagaacaagtactggggcgtcggcggggttgacgggaagcccagaactctgccaaggaac
aagacctttcccattcgaggattccagatctatgatggtccagtccacctgacaagcagc
acgtttaagaactttgtcccaactccagaccggttcaccagtgccgtgggcttcaacttg
aagaacacctggcagctcactccaaggaataatgtttcctcccttttgttccttcctagt
aactctactctgaaggccttctttggcaaacctgggcagtggtttgaggacaatgaccta
gatggcgataagaactccatctttcatgatgttgacggttccgtgacaggcttcccagac
tcctatgctggcaggctggataatttcctcattcgccacccagactgtataaacatcaca
gagtggaatggagtggtttgcagcggcaggtattctcaggtatacattcaaacccagggg
gcctccaacctcaccttgtcgatcagtagggatgaatacccaaacaagcccatggtgctg
aggggggtcaacagccagtcagctacttcccagcagtaccagccgatactaatgatggca
aagagctataccctacactggaacggccgtgccccccgtgaggttgtgatgtcacttatc
aactttgacaaaggagactgggtccaggttggcctttgttacccctcagacaccacgttc
caggtcgtgtctgatatttatgaccgccagagcaacatatttgacaacttggaggactac
aagtctgtgggatccctgacagaccttgagaagagtcctctggacaggacatactacttt
gacagcagcacaggactcctgtggctgtctttgagagcgaggcacaatagggatggtcac
agctactgctctaggaaggggtgcgagagggtcaagatcactgccaccaccacttccaag
gaaaccagcaactgcatgttgaaagcctacccaaagtacactaaacctcctaaagccacc
gttcccatgccatctctgaatacagctctttgcactgagtgcggagcctcaaagctgatc
ttcacaagtgatcctgaaaacacctacctccaagttcagattaagtccctcagccatgag
ggacagcaaaagggtgatgctgaatccttcattgtggtgaatcgtgagaggttctccttc
acagcccctggtttcttcctggtcaccgtggatgcatgcactggcagagtcataaagaag
tcattgttccccaaaatggatgcagcaatgaaacagtatttagaaagtgaaatcccaaaa
agctctatagttctccttggaacaagaggacagcttaatagccagggtgacattgcccct
tacctggtcccattaggaaccgctagatcagcagacctgaaaaataaagagagcttggca
ttctttggattccatgggtctagcatgttgcctccttgggtgggactgttcaccagccaa
acgggtgagacactgggcctgctggagaagtatattcccctgggtcttttggagtatgag
tgcgcacagcctgatcagatgaaacggaaagatctggaacttctgaagaaagttctaact
aaagtgtaa

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (35)   
   KEGG ORTHOLOGY (1)   
   RefGene (31)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (45)   

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