Understanding PK136: A Deep Dive into the Anti-Mouse NK1.1 Antibody
The comprehensive examination of PK136 offers understanding into its function as an anti-mouse NK1.1 protein. Created initially for characterizing NK1.1-positive lymphocytes, PK136 has become an essential reagent in immunological research . Its selectivity for the NK1.1 surface antigen permits for accurate identification of natural killer cells and associated populations . Moreover , knowing PK136's association characteristics remains important for accurate research execution.
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PK136 Antibody: The Overview to Mouse Natural Killer Detection and Investigation
NK1.1 reagent provides an crucial tool for characterizing primitive NK cell groups in mice models . It preferentially targets the NK1.1 cell marker , allowing sensitive detection and further study of Natural Killer cell activity and phenotype . Investigators utilize this reagent in different assays , including cell cytometry , immunoassays , and immunohistochemistry for comprehensive understanding of disease responses .
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Recombinant Molecule Improving Murine Natural Killer 1.1 Research through Precision
Cutting-edge developments in disease research have led to the creation of synthetic PK136, a essential resource for characterizing NK1.1 presence in murine populations . Previously limited by inconsistencies in traditional antibodies , this new PK136 offers enhanced selectivity , enabling investigators to perform significantly precise and consistent Natural Killer 1.1 analyses for deeper knowledge into immune processes . This anticipates to advance ongoing methodologies to NK1.1 examination and its role in multiple biological scenarios .
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Determining the Ideal Tool: Assessing PK136 and Alternative Rodent CD161 Clones
Reliably characterizing NK1.1-expressing lymphocytes in murine experiments demands careful choice of the best antibody. While Clone 1H12 is commonly employed and delivers consistent specificity, other anti-NK1.1 antibodies exist with unique properties. Aspects for evaluation incorporate antibody specificity, affinity, non-specific binding, available presentations (e.g., labeled vs. chemically modified), and price.
- Examining scientific literature on antibody performance is critical.
- Performing quality control assays using specific experimental conditions is recommended.
- Checking the vendor's product information provides essential details.
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PK136 Antibody Applications: From Flow Cytometry to Immunohistochemistry
This PK-136 probe offers versatile uses throughout various immunological investigation disciplines. Significantly, it's commonly applied for fluorescence analysis for detect cell subsets expressing PK-136 protein . Additionally , staining assays utilize with its ability for localize PK136 presence inside cellular samples, facilitating comprehensive analysis concerning its spatial role .
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Optimizing A Trials: Advice and Methods for Applying PK136 Rodent NK1.1 Protein
To boost consistent data when utilizing PK136 rodent NK1.1 mAb, here assess several elements. First by confirming your protein titer via immunoassay; adjustment may be required for ideal binding. Additionally, utilize newly made solutions and maintain careful environment control during a entire experimental procedure. Finally, thorough blocking steps are vital to minimize non-specific sticking and improve signal-to-noise proportions. Bear in mind positive and poor standards are always advised for accurate understanding of your data.