A free hand, Pg10

Key Highlights:

• The government has exempted scientific institutions from mandatory procurement via Government e-Marketplace (GEM).
• GEM previously required lowest-cost procurement, restricting scientists’ ability to buy high-purity or specialised materials.
• The move is hailed as a "landmark" for R&D ease, restoring pre-2020 norms where institutions had greater vendor autonomy.
• Scientific leaders argue that science needs procurement flexibility to ensure experimental accuracy and reproducibility.

Detailed Insights:

1.  Why GEM Was a Problem for Science

• GEM enforced lowest-price wins procurement — suitable for furniture or laptops, but not for specialised scientific materials.
• For example, lab-grade sodium chloride varies by purity and source. Some vendors are more reliable despite being costlier.
• The inflexibility led to abandoned experiments, wastage of funds, and failure to replicate results due to mismatched materials.

2.  Complex Scientific Equipment Needs Discretion

• Precision tools like custom lathes, lab-grown diamonds, biological molecules cannot be sourced on a price-only basis.
• Vendor quality, compatibility with prior research, and consistency across experimental batches are critical for success.

Key Concepts Involved:

• Reproducibility in Science: The ability to repeat experiments and obtain the same results is a cornerstone of scientific credibility.
• Precision Instruments: Tools like spectrometers, centrifuges, or protein sequencers often require sourcing from international or niche vendors

Mains Mock Question:

Discuss how rigid procurement policies can affect scientific progress in India. What policy corrections are necessary to foster innovation and maintain research integrity?