Thank you for your interest in learning about KCAS. Founded in 1979, KCAS has become one of the fastest growing Bioanalytical and Biomarker facilities within our industry. KCAS is a progressive growing contract research…

Pharmacokinetic modeling during the drug development process is essential for determining whether an administered drug substance has the necessary characteristics to meet its intended medical use. Typically for small molecules, this is based on…

Biomarkers are key drivers in the drug development process.  Frequently, developing a panel of biomarkers to test a particular mechanism or hypothesis is critical to the success of a drug.  At KCAS, we develop assays for custom panels or individual biomarkers based on client needs and can also assist with…

KCAS is a solution-based company. We are focused on the delivery of high quality scientific and defendable data, able to meet or exceed client’s timelines and expectations. One of the main reasons we are able to deliver on even the most challenging projects and programs, is the technical breadth and…

At KCAS, our Discovery group performs bioanalytical / biomarker method development that can include any of the various components required for a validated method under the GLP guidelines.  So why is Discovery group needed?  The beginning stage of drug development is a stage of trial and error.  It is generally…

Biomarker is a broad term and can mean so many different things depending upon the scientific discipline. For Bioanalytical biomarker analysis – and specifically for CROs equipped with 9 different platforms to measure biomarkers and a cell culture suite with up to 19 color flow cytometry all under one roof…

Biomarker are key drivers in the drug development process.  Frequently, developing a panel of biomarkers to test a particular mechanism or hypothesis is critical to the success of a drug.  At KCAS, we develop assays for custom panels or individual biomarkers based on client needs and can also assist with…

Several important classes of drugs are inherently unstable in biological fluids. Examples include alkylating agents, cytostatic nucleosides, drugs with ester, aldehyde, thiol, nitroxyl or lactone functional groups, and small molecule compounds with unstable metabolites, such as acylglucuronides. The rate at which an analyte degrades in blood, other biological fluids, or…

The 505(b)(2) drug development path, in contrast to traditional development of a new, never been approved drug (described under 505(b)(1) of the Federal Food, Drug, and Cosmetic Act) or ANDA (described under Section 505(j) of the Act) for a generic drug that is no longer under patent…

Surprisingly, there are a number of drug development companies that do not obtain stable isotope-labeled internal standards (SIL-IS) for their bioanalytical methods. Instead they settle for using a surrogate internal standard (a compound that closely resembles the measured analyte) which can lead to unreliable data and be detrimental to a…