Semen sexing technology enables dairy farmers to influence the sex ratio of offspring, addressing a long-standing economic inefficiency in livestock breeding where male and female calves are produced in approximately equal proportions but can have unequal economic value in dairy systems. This article examines the biological basis of sperm sexing, from the industry-standard fluorescence-activated cell sorting (FACS) method to emerging alternatives including immunological, aptamer-based, and microfluidic sorting, and evaluates how the reproductive technology has been commercially positioned through value-based marketing strategies. It further assesses market size, adoption patterns within India, and the technology's future outlook, arguing that its continued growth will depend as much on effective, economically credible communication of value to smallholder farmers as on further scientific refinement.
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Tanishka Rajput1, Tarushi Tyagi2, Manya Mathur2, Anish Koul3, Mehedi Hasan2, Sudarshan Kumar2 and Jonali Devi3 (2026) studied this question.
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