Normal Guinea Pig Serum

Product Description

Normal serums are lipid extracted to improve clarity, dialyzed against phosphate buffered saline (PBS) containing sodium azide, and freeze dried. Normal serum diluted to 5% (v/v) in PBS is strongly recommended as a blocking reagent to reduce background from non-specific, conserved sequence and/or Fc receptor binding. Best results are obtained with diluted normal serum from the same host as the labeled antibody, as a separate incubation step before addition of the primary antibody.

Normal serums are lipid extracted to improve clarity, dialyzed against phosphate buffered saline (PBS) containing sodium azide, and freeze dried. Normal serum diluted to 5% (v/v) in PBS is strongly recommended as a blocking reagent to reduce background from non-specific, conserved sequence and/or Fc receptor binding. Best results are obtained with diluted normal serum from the same host as the labeled antibody, as a separate incubation step before addition of the primary antibody. 

Superior Quality for Reliable Research

Normal Guinea Pig Serum is manufactured with strict quality control, providing a purity level of 99% or greater. The low endotoxin content and sterile filtration assure consistent results for a wide variety of immunological and research applications. Carefully packaged to preserve its integrity, this serum supports accurate outcomes in every laboratory procedure.


Flexible Packaging and Secure Shipping

To meet diverse research requirements, this serum is available in standard 10 ml, 20 ml, and 100 ml packing sizes, with custom volumes offered on request. Each batch is shipped on dry ice in airtight, sterile vials, ensuring safe transport and preservation of product quality during transit.


Optimized for Laboratory Use

Ideal for use in immunological assays, complement fixation tests, and various laboratory research procedures, Normal Guinea Pig Serum is formulated for robust performance. Its stable pH and rapid availability make it a dependable reagent for scientific teams seeking high reproducibility in their work.