My Journey to Camel Science: A Lifelong Adventure into the World of Desert Giants

This narrative outlines the professional journey of Dr. Binoy Sebastian Vettical from foundational education in veterinary science in Kerala, India, to a senior scientific role in camel reproductive biotechnology in the United Arab Emirates. Beginning with foundational work in bovine embryo transfer at the Kerala Livestock Development Board (KLDB), he contributed to the establishment of integrated embryo transfer laboratories, optimisation of super ovulation and embryo recovery protocols, and the production of India’s first ethylene glycol direct frozen embryo-transfer calf. His academic advancement, including a Master’s degree in Animal Reproduction, Gynaecology, and Obstetrics, together with specialised international training in embryo transfer, in vitro fertilisation (IVF), Ultra sound guided ovum pick up (OPU) and sex-sorted semen technology, strengthened his technical and research expertise. In 2010, he transitioned to camel reproductive programs in the UAE, where, at the Abu Dhabi Food Control Authority and later at the Central Veterinary Research Laboratory, Dubai, he established and directed Multiple Ovulation and Embryo Transfer (MOET) initiatives in dromedary camels, achieving average embryo recovery rates of six viable embryos per super ovulation and approximately 60% embryo transfer success. While camel embryo transfer and somatic cell nuclear transfer (SCNT) were already being practiced in a limited number of specialised centres, his role focused on strengthening, systematising, and supporting SCNT-related embryo production and transfer programs within structured laboratory and field frameworks. Beyond technical contributions, his work encompasses institutional development, laboratory accreditation, formulation of minimum standard protocols, and capacity building through national and international training, reflecting a career dedicated to advancing applied reproductive biotechnology for genetic improvement and conservation in desert-adapted species.