Doctoral candidate at Inner Mongolia University | China
Xiaoshu Zhe is a dedicated doctoral researcher specializing in reproductive biology, with a focus on understanding the molecular regulatory mechanisms involved in embryonic development of livestock. Their work is situated at the State Key Laboratory of Reproductive Regulation and Breeding of Grassland Livestock, Inner Mongolia University. The research contributions have led to significant findings that hold promise for advancing reproductive medicine in mammals. By integrating molecular biology, genetics, and biotechnology, their investigations aim to improve livestock production, while also providing insights relevant to broader applications in mammalian reproductive health and medical innovation.
Professional Profile
ORCID
Education
Xiaoshu Zhe is pursuing doctoral studies at Inner Mongolia University, focusing on reproductive regulation and livestock biology. The academic journey is characterized by deep involvement in molecular biology and biotechnology, especially in embryonic development. Through rigorous coursework, laboratory experimentation, and scholarly collaborations, they have developed expertise in advanced research methodologies. Their educational pathway has been complemented by extensive scientific writing and publication experience, building a foundation for both independent and collaborative research endeavors. This academic training continues to strengthen their role as an innovative thinker in life sciences.
Professional Experience
During their professional journey, Xiaoshu Zhe has engaged in experimental research projects that contribute directly to livestock reproductive biology. They have independently proposed hypotheses, designed experiments, and carried out molecular analyses to investigate critical aspects of epigenetics and embryonic reprogramming. Their expertise encompasses laboratory work, data interpretation, and scientific communication through publications. The professional experience also includes contributing to collaborative projects within the State Key Laboratory of Reproductive Regulation and Breeding of Grassland Livestock. Through these experiences, they have strengthened both technical and analytical skills that support impactful research outcomes.
Research Interest
Xiaoshu Zhe has developed strong research interests in livestock farming, mammalian reproductive biology, and epigenetics. Their focus includes understanding embryonic development at the molecular level, exploring how regulatory mechanisms influence cloning efficiency, and applying chemical reprogramming to improve outcomes in somatic cell nuclear transfer (SCNT). The research aims to integrate biotechnology and reproductive science to address challenges in animal breeding and livestock improvement. These interests reflect a commitment to advancing both theoretical knowledge and practical applications that can contribute to innovations in agricultural productivity and medicine.
Award and Honor
Xiaoshu Zhe has been nominated for the Best Researcher Award by Agri Scientist Awards in recognition of their scientific contributions to reproductive biology and livestock development. This nomination reflects the value of their research in advancing understanding of embryonic reprogramming and its applications in animal science. The honor highlights both their independent and collaborative achievements, particularly their success in conducting high-quality research projects and publishing in SCI-indexed journals. Recognition at this level emphasizes their growing impact in the field, while motivating continued pursuit of excellence in agricultural and biological sciences.
Research Skill
Throughout their academic and professional career, Xiaoshu Zhe has developed a comprehensive skill set in molecular biology, epigenetics, and livestock embryology. Their research skills include experimental design, molecular analysis, cell culture techniques, and advanced methods in transcriptomics and proteomics. They also excel in scientific data interpretation, critical thinking, and manuscript preparation for peer-reviewed journals. In addition to technical expertise, they possess strong organizational and problem-solving abilities, enabling them to manage complex research projects independently. These skills not only advance their own work but also contribute to collaborative research communities within the life sciences field.
Publications
Xiaoshu Zhe has authored and co-authored several publications in high-impact, peer-reviewed journals. Their notable works include studies on Scriptaid’s role in improving cashmere goat embryo reprogramming, molecular mechanisms of stem cell differentiation, and developmental mapping of hair follicles in embryonic stages of livestock. These contributions have been published in journals such as Animals and BMC Veterinary Research, highlighting their expertise in integrating molecular and cellular biology with livestock applications. Each publication reflects their ability to translate complex scientific investigations into meaningful findings relevant to agriculture and medicine.
Zhe, X.*, Ma, H., Zhang, W., Jiri, G., Jiri, G., & Liu, D. (2025). Scriptaid improves cashmere goat embryo reprogramming by affecting donor cell pluripotency molecule NANOG expression. Animals.
Gao, Y., Duo, L., Zhe, X.*, Gao, L., Cai, J., & Liu, D. (2023). Developmental mapping of hair follicles in the embryonic stages of cashmere goats using proteomic and metabolomic construction. Animals.
Gao, Y., Song, W., Hao, F., Gao, C., Guo, Zhe, X*., & Liu, D. (2023). Effect of fibroblast growth factor 10 and an interacting non-coding RNA on secondary hair follicle dermal papilla cells in cashmere goats’ follicle development assessed by whole-transcriptome sequencing technology. Animals.
Yan, W., Hao, F., Zhe, X*., Wang, Y., & Liu, D. (2022). Neural, adipocyte and hepatic differentiation potential of primary and secondary hair follicle stem cells isolated from Arbas cashmere goats. BMC Veterinary Research.
Conclusion
In conclusion, Xiaoshu Zhe is an emerging scholar whose work in reproductive biology and livestock epigenetics demonstrates both innovation and academic rigor. Their research has already made substantial contributions to the understanding of embryonic reprogramming, with applications in animal science and reproductive medicine. With a growing record of publications and recognition, they are well-positioned to continue advancing knowledge in the field. Their dedication to scientific discovery, combined with strong technical and analytical skills, ensures that their future contributions will remain impactful and valuable to the scientific community.