The primary aim of the study was to evaluate the efficacy of H4CBD on glucose intolerance and insulin resistance in OLETF rats, an established animal model for human metabolic syndrome —highlighting the utility of the MSG3200 human serum product along the way.

The importance of charcoal-stripped human serum in the study is particularly in the preparation of calibration standards and quality control samples for estrogen metabolite assays. The primary purpose of charcoal stripping is to eliminate endogenous hormones from the serum sample, creating a hormone-depleted medium for subsequent analyses.

Hormone-free human serum serves as a baseline, enabling researchers to isolate the specific effects of their experimental variables with greater precision. By eliminating the confounding influences of hormones, scientists can investigate cellular responses, evaluate drug efficacy, and gain valuable insights into various biological pathways.

Utilizing Vitamin D free human serum improves the performance of diagnostic assays. It enhances the accuracy and sensitivity of the tests by reducing interference and minimizing false-positive/negative results caused by endogenous Vitamin D present in conventional serum samples. This leads to improved assay precision, reproducibility, and more reliable clinical interpretations.

TSH testing is a common diagnostic tool used in the evaluation of thyroid function. Traditional TSH testing measures the amount of TSH in the blood, but more recently, TSH free human serum has become a valuable tool in clinical diagnostics.