Herpailurus yagouaroundi (jaguarundi): 121014959 Help Entry 121014959         CDS       T07555                                  Name (RefSeq) P-selectin isoform X1   KO K06496   selectin, platelet Organism pyu  Herpailurus yagouaroundi (jaguarundi) Pathway pyu04514   Cell adhesion molecules pyu04613   Neutrophil extracellular trap formation pyu05144   Malaria pyu05150   Staphylococcus aureus infection pyu05171   Coronavirus disease - COVID-19 pyu05417   Lipid and atherosclerosis Brite KEGG Orthology (KO) [BR:pyu00001]  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04514 Cell adhesion molecules     121014959  09150 Organismal Systems   09151 Immune system    04613 Neutrophil extracellular trap formation     121014959  09160 Human Diseases   09172 Infectious disease: viral    05171 Coronavirus disease - COVID-19     121014959   09171 Infectious disease: bacterial    05150 Staphylococcus aureus infection     121014959   09174 Infectious disease: parasitic    05144 Malaria     121014959   09166 Cardiovascular disease    05417 Lipid and atherosclerosis     121014959  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04515 Cell adhesion molecules [BR:pyu04515]     121014959    04090 CD molecules [BR:pyu04090]     121014959    00536 Glycosaminoglycan binding proteins [BR:pyu00536]     121014959    04091 Lectins [BR:pyu04091]     121014959 Cell adhesion molecules [BR:pyu04515]  Lectins   Selectins and C-type lectins    121014959 CD molecules [BR:pyu04090]  Proteins   121014959 Glycosaminoglycan binding proteins [BR:pyu00536]  Heparan sulfate / Heparin   Adhesion molecules of cell surface    121014959 Lectins [BR:pyu04091]  C-Type lectins   Selectins    121014959 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Sushi Lectin_C EGF EGF_2 Motif Other DBs NCBI-GeneID:  121014959 NCBI-ProteinID:  XP_040307534 LinkDB All DBs Position Unknown AA seq 885 aa AA seqDB search MSLLKLSKNIATVFCFFVFLFFFFFKNPDDSFYLAFKGVQKSCKGNHYANPTSIQASCLK AIWNWRFQTVIFRTAQLLCFSALIFGLIKQKEVAAWTYNYSTKAYSWNYSRMFCQKYYTD LVAIQNKKEIAYLNDVVPYFNSYYWIGIRRINDKWTWVGTKKVLTKEAENWADNEPNNKK NNQDCVEIYIKSVSAPGKWNDEPCWKKKRALCYTASCQDMSCSKQGECIETIGNYTCSCF PGFYGPECEYVQECGEFGLPQHVLMNCSHPLGNFSFNSECSFHCAEGYELNGPSKLECLA SGTWTNNPPQCIAAQCPPLKTPERGSMTCLPSPEAPQYRSSCHFACEEGFALVGPEVVQC TALGVWTASPPGCEVVRCPLLEAPGKGTMDCVHPLTAFAYGSSCRFECEPGYQVRGWDNL RCIGSGQWTAPLPACEAIACEPLESPVHGSTDCSPLSGPLPYNTSCSFRCADGFRLKGAD MAQCTDLGRWTAPAPVCEALRCQDLPAPDQAQVNCSHPFGAFRYQSTCSFSCDEGLLLVG AGELRCLGTGTWSAPPPQCQAFTCTPLLSPRNGTMTCVQPLGNSSYKSRCQFTCDEGFSL SGPEKLDCAPSGHWTGPPPTCEAIKCPELFAPEQGSLACSDTRREFSVGYTCHFSCNKGF KLEGSNDVECTASGKWTAPPPTCKAGVVSAPLSEVRCPALITLEQGTVSCRHGLGTFGPN TTCYFGCHAGFTLTGGRALRCRPSGQWTAGAPKCRAVKCSELRVSEPGTMNCSNPWGNFS YGSTCSFRCPEGQVLNGSARTACQEDGQWSTPMPTCQAGPLTIQEALTYFGGAVASTIGL VTCGTLLALLRKRFRQKDDGESPLNPQSHLGTYGVFTNAAFDPSP NT seq 2658 nt NT seq  +upstreamnt  +downstreamnt atgagtcttctgaaactgtctaaaaacattgcaactgtgttttgtttttttgtttttttg tttttttttttttttaagaatcctgacgatagcttttatctggctttcaaaggagttcaa aagtcctgcaagggtaatcactatgctaacccaacatccatccaggccagctgcctaaaa gccatctggaactggagatttcagacggtgatcttcagaactgcccaactcctttgcttc agtgccctaatctttggattaataaagcagaaagaagtggcagcgtggacctataattac agcaccaaagcatattcatggaattattcccggatgttctgccagaagtattacacggat ttagtggccatccagaataaaaaagagatcgcttacctcaacgatgtcgtgccttacttc aactcttactactggattgggatccgaaggatcaatgataaatggacctgggtgggaacc aaaaaggtcctcaccaaagaggccgagaactgggctgacaatgagcccaacaacaagaag aacaaccaggactgtgtggagatctacatcaagagcgtgtcggcccctggcaagtggaat gatgagccctgctggaaaaagaagcgggcactatgttacacagcgtcctgccaggacatg tcctgtagcaagcaaggagagtgcattgagaccatcgggaactacacctgctcctgcttc cctggattctatggaccagaatgtgaatatgtccaagagtgtggggaatttggtctcccc caacatgtgctcatgaactgcagccaccctctcgggaacttctccttcaattcagagtgc agcttccactgcgctgaagggtacgaattgaatggacccagcaagctggaatgtttggct tccggaacgtggacaaataacccaccgcaatgtatagctgcccagtgcccacccctgaag actcctgagcgaggaagcatgacgtgtcttccctctccggaagcgccccaataccggtcc agctgccactttgcttgtgaagagggatttgcattagttgggccggaggtggtacagtgc acagccttgggggtgtggacagcctcacccccagggtgtgaagttgtgcggtgtccgctc ctggaagcccctggcaaaggaaccatggactgtgttcatcccctcactgcctttgcatat ggctccagctgcagatttgagtgtgaacctgggtatcaagtgagaggctgggacaatctc cgctgcattggctctggccagtggaccgcacccttgccagcctgtgaggccattgcctgt gagccactggagagtccggttcatggaagcacggattgctccccactctcgggaccgctg ccatacaacaccagctgtagcttccgttgtgctgatggcttcaggctgaaaggagctgac atggcccagtgtactgacttgggacggtggacagcgcccgccccggtctgtgaagcgctg cggtgtcaggatcttccggctccagaccaggcccaagtgaactgctcccacccgtttgga gcctttcggtaccaatccacctgcagcttctcctgtgacgagggcttactcctggtggga gcaggcgagcttcggtgcttgggtacggggacctggagtgctcctcccccacaatgccag gcctttacctgcacacctctgctaagccctcggaatggaacaatgacctgtgtccagcct cttggaaattccagttataagtccagatgccaattcacctgtgatgaaggattctcttta tctggaccagaaaaattggattgtgctccatctggacattggacaggtcccccaccaaca tgtgaagccatcaagtgcccagaattatttgccccagagcagggaagcctggcttgttct gacacccgcagagaattcagtgttggctacacctgccatttctcctgtaacaagggcttt aagctggagggatctaatgatgttgaatgcacagcttccggaaaatggacagcacctcca ccaacctgcaaagcaggtgtggtatcagctcctctctcagaggttcgatgcccagccctc atcactctggagcagggaacagtgtcctgtaggcatggtctgggaacctttggcccgaat accacgtgttactttggatgccacgctggattcaccctcacgggaggccgtgctctcaga tgcaggccttcgggacaatggacggcgggagctcccaagtgcagagccgtcaagtgctcc gagctgcgtgttagcgagccaggcacgatgaactgctccaacccctggggaaatttcagc tacggctccacctgcagcttccgttgtccggaaggccaggtacttaatggctcagcaaga accgcatgccaagaggatggccagtggtcaacccccatgccaacctgccaagcagggccg ctaactatccaggaagccctgacttactttggcggggcagtggcttctacaataggtttg gtgacgtgtgggaccctcctggctctcctaagaaagcgtttcaggcaaaaagatgatgga gaaagccccttgaaccctcaaagccacctaggaacatacggagttttcacaaatgctgca tttgacccaagcccttaa

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