GS Paper 3 · 13 September 2026
Badri OPU-IVF Birth Links Breed Conservation with Responsible Reproductive Biotechnology
A healthy female Badri calf was born on 11 September 2026 after a Badri embryo created through ovum pick-up and in-vitro fertilisation was transferred to a Sahiwal recipient cow. Badri cattle are an indigenous genetic resource and the state animal of Uttarakhand. The work joined ICAR-National Dairy Research Institute, G. B. Pant University of Agriculture and Technology, the Uttarakhand Biotechnology Council and the Uttarakhand Livestock Development Board. The programme began in 2023, and scientific teams spent the following 3 years establishing ovum pick-up, embryo production and transfer procedures. Oocytes from selected Badri donor cows were collected with ultrasound guidance, matured and fertilised in a laboratory with semen from a selected Badri bull; embryos were then cultured and transferred to synchronised recipients. The achievement demonstrates technical feasibility for multiplying selected female germplasm more rapidly. It is not by itself evidence that the breed's population, genetic diversity or farmer livelihoods have improved. Conservation policy must combine reproductive technology with broad genetic sampling, animal health, accurate pedigrees, habitat and fodder support, farmer participation and transparent monitoring of offspring welfare.
Why UPSC cares
For GS Paper 3, this links animal husbandry, biotechnology, agrobiodiversity and Himalayan livelihoods. Answers should balance genetic improvement with diversity, animal welfare, disease control, farmer access, public breeding institutions and measurable conservation outcomes.
How to study this story
Conservation breeding faces a dual objective: increase numbers of desirable animals while retaining the variation that allows a breed to adapt. OPU-IVF can obtain oocytes from a valuable living donor and create several embryos without waiting for one natural calving cycle, while a recipient of another breed can carry the pregnancy. That makes the technique useful where an indigenous population is small or dispersed. The risk is selection intensity. If programmes repeatedly use a narrow set of donors and sires labelled elite, the headcount may rise while effective genetic diversity falls, increasing vulnerability to disease or changing climate. Breeding goals should therefore include resilience, fertility, longevity and adaptation to local feed and terrain, not only an immediately marketable production trait. A verified pedigree and genomic record can help avoid inbreeding, but data governance and independent review matter. Animal welfare must be monitored during repeated ovum collection, hormonal synchronisation, embryo transfer, pregnancy and birth. Public institutions should publish conception, live-birth, health and survival outcomes and explain unsuccessful attempts rather than highlight only a successful calf. Technology transfer must also reach state services and livestock keepers at affordable cost. For UPSC, treat the birth as a proof of capability within a wider in-situ and ex-situ conservation system, not as a substitute for maintaining the farming communities and ecological conditions that sustained Badri cattle.
The larger paper context
Read the GS Paper 3 stories through resilient value chains: trace capability from biological or mineral resource to technology, skills, processing, markets and measurable outcomes while retaining ecological safeguards, diversity and fair access.
Probable question
Assisted reproductive technology can accelerate indigenous breed conservation, but it may also narrow the genetic base if poorly governed. Analyse the opportunities and safeguards.
Quick practice check
Q1
What was transferred to the Sahiwal recipient cow in the Badri programme?
- A Badri embryo produced through OPU-IVF
- A cloned Sahiwal calf
- Only unfertilised semen
- A bamboo tissue culture
Show answer
Correct answer: A Badri embryo produced through OPU-IVF
A Badri embryo produced after ovum pick-up and in-vitro fertilisation was transferred to the Sahiwal recipient.
Q2
What is a major governance risk of repeatedly using very few 'elite' donors?
- Too much genetic diversity
- Narrowing of the breed's effective genetic base
- Automatic extinction of recipient breeds
- Loss of every pedigree record
Show answer
Correct answer: Narrowing of the breed's effective genetic base
Excessive concentration on a small donor pool can raise numbers while reducing genetic diversity.
Related practice questions
- How can biotechnology support sustainable animal husbandry and rural livelihoods?
- Discuss the importance of conserving indigenous livestock genetic resources.