My research expertise lies in embryonic micromanipulation and freeze-drying techniques for mammalian cells and spermatozoa, with a primary focus on developing alternative storage methods in an anhydrous state. Throughout my Ph.D. and post-doctoral work, I have been driven by a dedication to conservation medicine, utilizing reproductive biotechnology as a means to support and preserve biodiversity.
I am well-positioned to contribute to projects focused on sustainable and green biodiversity preservation. My professional background is rooted in advanced embryology techniques, particularly in the micromanipulation of gametes and cells. I bring extensive expertise in the anhydrous preservation of spermatozoa through freeze-drying, backed by numerous publications, individual fellowships, and collaborations with leading global experts in this field. Given the escalating risks to species conservation posed by climate change, my work in freeze-drying offers a promising and innovative approach to sustainable conservation efforts.
biobanking, lyophilization, embrology, icsi, scnt, preservation, in vitro fertilization, semen