Diversity in the life sciences industry enriches innovation and creativity by bringing together varied perspectives and experiences. Embracing a diverse workforce fosters inclusive problem-solving and drives scientific advancements. This article explores the importance of diversity, highlighting its impact on research, collaboration, and the development of groundbreaking solutions in the life sciences.
Understanding metabolic stability helps to assess pharmacokinetic parameters for determining drug dosingand frequency. Enhancement of the drug’s metabolic stability helps improve patient compliance concerning dosing and dose frequency. Measuring metabolic study by microsomal t1/2 approach combined withthe automated LC-MS/MS and sample pooling strategies delivers reliable data with high-throughput screening.
The Digital Transformation Era has been proposed for this decade. As industries struggle for income in a fast-changing competitive environment, a new generation of technologies and utilities are assisting in the transition process. Is this, however, enough to encourage industrial change?
Over the past few decades, the fields of tissue engineering and regenerative medicine have made significant progress. However, despite these phenomenal milestones, the question about organ engineering and implantation remains unanswered.
Smart polymeric nanocomposites respond specifically to stimuli such as pH, temperature, biochemical or magnetic field. This provides a scope for smart modulation of the encapsulated drug for its sustained and controlled release, specifically at hard-to-reach organs or tissues such as cancer-affected areas. Therefore, minimising the impact of side-effects caused because of drugs on normal cells or tissues.
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