Arun Kumar

Central Sheep and Wool Research Institute

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G. R. Gowane

National Dairy Research Institute

S. S. Misra

Central Sheep and Wool Research Institute

Rajni Chaudhary

Central Sheep and Wool Research Institute

R. Pourouchottamane

Central Sheep and Wool Research Institute

K. S. Rajaravindra

Directorate of Poultry Research

J. L. Tiwari

National Dairy Research Institute

L. L. L. Prince

Directorate of Poultry Research

V.N. Sahana

National Dairy Research Institute

Rajiv Kumar

Institute of Technology Management

C.P. Swarnkar

Central Sheep and Wool Research Institute

Cooperative Institutions

Central Sheep and Wool Research Institute

National Dairy Research Institute

Indian Veterinary Research Institute

Indian Council of Agricultural Research

University of Manchester

Junagadh Agricultural University

Institute of Medical Sciences

Central Institute for Research on Goats

Banaras Hindu University

ICAR Research Complex for NEH Region

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Importance of Genetic Polymorphism of Goat Milk Proteins on Human Nutrition and Health: A Review

Bhartiya Krishi Anusandhan Patrika (2021)

A.S. Meena Rajiv Kumar S. S. Misra Arun Kumar Samlesh Kumari

The objective of the study is impotance of casein protein genetic polymorphism of goat milk. Goat milk is highly digestible and has medicinal properties in human being. Goat milk and its value added dairy products have higher demand in many contries of world. Due to evolution process, much genetic variability has been developed in casein protein genes. This is originatd due to point mutation; addition/deletion and many other factors lead to huge genetic variation in goat casein genes. Because of this goat milk, chemical and biological properties have been affected. Goat milk casein contents decide the cheese making properties as well as nutritional and medicinal values. Goat milk is good alternative source of nutrition in human when people have cow milk problems. Goat milk has humerous inactive bioactive peptides in their casein protein. These have important place for human health and nutrition. In the future, this is great possibility for development of medicinal value functional dairy products from functional bioactive peptides.

Milk protein

Human nutrition

Cow milk

10.18805/bkap347

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Citations (1)

Citizen Science in Schools and Colleges in Patna, Bihar, India for Groundwater Contaminant Mapping & Knowledge Transfer

Goldschmidt Abstracts (2020)

Samuel Addison David A. Polya Laura A. Richards Biswajit Chakravorty Rama Chakraborty

10.46427/gold2020.16

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Comparison of different models for the estimation of genetic parameters of wool traits in intercross sheep

Small Ruminant Research (2025)

Abdul Rahman Abdul Rahim K. S. Rajaravindra Rajni Chaudhary R. Pourouchottamane Pallavi Chauhan

10.1016/j.smallrumres.2025.107462

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Problems in Physics

Arun Kumar

Source

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Studies on the Life History of Indian Dragonflies, <i>Diplacodes trivialis</i> (Rambur, 1842)

Records of the Zoological Survey of India (1984)

Arun Kumar

10.26515/rzsi/v81/i3-4/1984/161215

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Unravelling the pangenomic signatures of selection for climate adaptation in sheep

Authorea (Authorea) (2024)

K.A. Saravanan J. L. Tiwari Kashif Khan V.N. Sahana Ashish Yadav

Climate change poses significant challenges to global livestock systems, necessitating a deeper understanding of how sheep adapt to diverse environmental conditions. This study aimed to identify genomic regions associated with hot and cold climate adaptation in 3066 sheep from 90 breeds worldwide using medium-density SNP data. The breeds were categorized into hot and cold-adapted groups based on their environmental origins. Through PCAdapt, we identified 132 genomic regions under selection across all breeds, with distinct signatures observed in hot (53 regions) and cold (49 regions) adapted groups. These regions encompassed genes crucial for thermoregulation (DNAJB5, SYCP2, TCF7, TSHR, NPR1, and MSRB3), coat colour (MITF, DCTN2) and immune response (CCL26, CDH1, TCF7, and TNFSF12). Functional enrichment analysis revealed biological processes and pathways associated with climate adaptation, including keratin filament organization and cytokine receptor binding in hot climate breeds, and calcium ion binding in cold climate breeds. Protein-protein interaction networks highlighted key hub genes like TP53 and S100A16, implicating their roles in adaptation mechanisms. Overlapping selection signals were observed across datasets, with several regions corroborated by previous studies. Our findings contribute to the understanding of sheep resilience to climate change and provide genetic markers for future breeding strategies aimed at enhancing livestock sustainability and productivity under changing climatic conditions.

Climate Change Adaptation

10.22541/au.172463560.05304182/v1

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Selecting sheep for Haemonchus contortus resistance and susceptibility: Flock dynamics and genetic architecture

Research in Veterinary Science (2020)

G. R. Gowane C.P. Swarnkar S. S. Misra Rajiv Kumar Arun Kumar

Flock

Genetic Variability

10.1016/j.rvsc.2020.06.006

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Elucidating population structure and genetic diversity of intercross sheep through pedigree analysis

Small Ruminant Research (2024)

Abdul Rahim Rajni Chaudhary K. S. Rajaravindra R. Pourouchottamane G. R. Gowane

Sire

Effective population size

Flock

Population bottleneck

10.1016/j.smallrumres.2024.107309

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Elucidating Population Structure and Genetic Diversity of Intercross Sheep Through Pedigree Analysis

Abdul Rahim Rajni Chaudhary K. S. Rajaravindra R. Pourouchottamane G. R. Gowane

Download This Paper Open PDF in Browser Add Paper to My Library Share: Permalink Using these links will ensure access to this page indefinitely Copy URL Copy DOI

Population Structure

Genetic Analysis

10.2139/ssrn.4803196

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Comparison of Different Models for the Estimation of Genetic Parameters of Wool Traits in Intercross Sheep

Abdul Rahman Abdul Rahim Rajni Chaudhary R. Pourouchottamane Pallavi Chauhan G. R. Gowane

10.2139/ssrn.4984441

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