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Dear Readers,Welcome to the latest issue of Microb
The pharmaceutical and diagnostic industries value precision, pacing, and scalability of processes. Central to this revolution is the 96-well plate which is one of the smallest tools that has globally, and in India, transformed high-throughput science.
A 96-well plate is a straightforward rectangular plate made up of 96 tiny wells arranged in 8 rows and 12 columns. Each well acts as a separate testing chamber which enables numerous reactions to be conducted simultaneously, saving both time and resources. It is economical and efficient.
India is one of the largest producers of pharmaceuticals and is now automating rapidly to focus on drug discovery, biosimilar development, and new vaccine formulation.
Biopharmaceutical production by facilitating assays and expression studies at the cellular level.
With India advancing its standing as an international hub for generic and biosimilar pharmaceuticals, the demand for 96-well plates is escalating in laboratories from Hyderabad to Ahmedabad.
From conducting ELISA tests for infectious diseases to molecular assays for oncology biomarkers, 96-well plates have found applications throughout clinical diagnostics.
COVID-19 labs used these plates for extensive antibody testing. Pathology laboratories depend on them for economical bulk test series. Diagnostic centers in less accessible locations appreciate the ease of use and automation scalability, especially when used with portable reader devices.
India’s healthcare providers require low-cost solutions that can support large populations, which is exactly what the 96-well plates offer.
Adaptable Indian industries are starting to manufacture high-quality 96-well plates that are compliant with international standards. The government’s push for ‘Make in India’ and ‘Atmanirbhar Bharat’ schemes is positively impacting the local manufacturing of lab staples. Many Indian laboratories now prefer buying from local vendors due to increasing reliability and reduced costs.
The development of the 96-well plate is far from complete. The future appears promising, ranging from specialized cell culture coatings to automation-compatible formats designed for AI lab platforms. In India, as laboratories shift towards digital diagnostics, personalized medicine, and advanced research, this form factor’s versatility will certainly support the direction of the industry.
Across Indian pharmaceutical companies and local diagnostic centers, the utility of the 96-well plate persists. Despite its diminutive size, the 96-well plate’s contribution to healthcare and scientific innovation in India is enormous.
