PCR is used in molecular diagnostics and biochemical analyses. PCR can also be used as a diagnostic screening tool to analyze the copy number variation between samples after treatment. This technique can be used in drug development, especially in measuring the drug efficacy and toxicity, as well as:
Higher Order Structure (HOS) of Biologic Products
Verification of Higher Order Structure in biopharmaceutical formulation and biosimilars is critical to ensure efficacy, stability, and safety.
The near-UV (250-360 nm) CD is sensitive to protein tertiary and quaternary structure, reflecting the arrangement of aromatic amino acids and disulfide bonds.
Near UV CD is sensitive to:
The far-UV CD (180-250 nm) is sensitive to changes in protein secondary structure as reported by the bond angles of the backbone chain. This regime can also probe carbohydrate composition and polysaccharide structure. Far UV CD is sensitive to:
Enantiomeric Purity of Small Molecules
Enantiomers absorb right and left circularly polarized light differently, allowing the determination of the enantiomeric ratio without the time-consuming process of enantiomeric separation. CD can inform on:
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