|Datasheet||Specific References||Reviews||Related Products||Protocols|
|ORF Clone of Macaca fascicularis (Crab-eating macaque) (Cynomolgus monkey) killer cell lectin-like receptor subfamily F, member 1 DNA.|
|Identical with XM_001104337.2 [ Macaca mulatta (Rhesus monkey) ]: 188 T/C resulting in the amino acid Phe substitution by Ser. Please check the sequence information before order.|
|Whatman FTA elute card (Cat: WB120410) contains 5-10 μg of plasmid.|
|The Whatman FTA elute card can be stored at room temperature for three months under dry condition.|
The pGEM-T is 3kb in length, and contains the amplicin resistance gene, conferring selection of the plasmid in E. coli, and the ori site which is the bacterial origin of replication. The plasmid has multiple cloning sites as shown below. The coding sequence was inserted by TA cloning. Many E. coli strains are suitable for the propagation of this vector including JM109, DH5α and TOP10.
The coding sequence can be easily obtained by digesting the vector with proper restriction enzyme(s). The coding sequence can also be amplified by PCR with M13 primers, or primer pair SP6 and T7.
|Cynomolgus monkey KLRF1 Gene cDNA Clone (full-length ORF Clone), expression ready, FLAG-tagged||CG90165-G-F|
|Cynomolgus monkey KLRF1 Gene cDNA Clone (full-length ORF Clone), expression ready, His-tagged||CG90165-G-H|
|Cynomolgus monkey KLRF1 Gene cDNA Clone (full-length ORF Clone), expression ready, Myc-tagged||CG90165-G-M|
|Cynomolgus monkey KLRF1 Gene cDNA Clone (full-length ORF Clone), expression ready, untagged||CG90165-G-N|
|Cynomolgus monkey KLRF1 Gene cDNA Clone (full-length ORF Clone), expression ready, HA-tagged||CG90165-G-Y|
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NKp80, also known as KLRF1, is an activating homodimeric C-type lectin-like receptor which is expressed on nearly all natural killer cells and stimulates their cytoxicity and cytokine release. NKp80 stimulates cytotoxicity upon engagement of its genetically linked ligand: myeloid-specific CTLR activation-induced C-type lectin (AICL). NKp80, but not NKp80 mutated at tyrosine 7 (NKp80/Y7F), is tyrosine phosphorylated. Accordingly, NKp80/Y7F, but not NKp80/Y30F or NKp80/Y37F, failed to induce cytotoxicity. NKp80 phosphopeptides comprising the hemi-ITAM-like sequence surrounding tyrosine 7 bound Lck- and Syk-family kinases; accordingly, cross-linking of NKp80, but not NKp80/Y7F, induced Syk phosphorylation. Moreover, inhibition of Syk kinase, but not ZAP-70 kinase, impaired cytotoxic responses through NKp80. Atypical residues in the hemi-ITAM-like motif of NKp80 cause an altered stoichiometry of phosphorylation but did not substantially affect NK cytotoxicity. Altogether, these results show that NKp80 uses an atypical hemi-ITAM and Syk kinase to trigger cellular cytotoxicity.