Gaurav Singhal
C.6 Cancer    C.14 Medical Neuroscience    C.16 Medical Research    D.1 Immunotoxicology    I.0 Applied ImmunologyI.1 Basic ImmunologyI.2 Immunological MethodsI.3 Immunopathogenesis Neuroimmunology Medical Neuroscience Medical Research Immunotoxicology Applied Immunology Basic Immunology Immunological Methods Immunopathogenesis Genome-wide association study Genome Biology Genetic association Computational biology Inflammasome and immune disorders Tryptophan and brain disorders Child Abuse and Trauma Sperm and Testicular Function Epidemiology of child psychiatric disorders Neuroinflammation and Neurodegeneration Mechanisms Behavioural despair test Adverse Childhood Experiences Childhood Depression Childhood abuse Bipolar Disorder and Treatment Biological Psychiatry Clinical Psychology Cognitive Neuroscience Genetics Molecular Biology Neurology Psychiatry and Mental health Reproductive Medicine

Bio

Gaurav Singhal is a dedicated researcher at the University of Adelaide, where he is currently pursuing a PhD in Medicine, building on a Master of Tropical Veterinary Sciences. His work bridges neuroimmunology and reproductive immunology, with a particular focus on the immunobiology of spermatozoa and the immunogenicity of testicular and epididymal sperm. Dr. Singhal has contributed to 26 publications that have collectively garnered over 1,570 citations, reflecting an h-index of 14 and an i10-index of 17. In addition to his academic pursuits, he serves as a Scientist I in the Department of Otolaryngology at the University of Wisconsin-Madison, bringing a global perspective to his research. An active reviewer for the Global Journal of Medical Research, he continues to shape the field through his insights on cancer immunology, neuroimmunology, and immunopathogenesis.

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Research

Immunogenicity of Testicular and Epididymal Spermatozoa

Article April 2, 2015

Problem: The sequential changes in the immunogenicity of spermatozoa in male reproductive tract and the effect of seminal vesicle secretions are long thought to act as central players in influencing immunological equilibrium in the male reproductive tract. Method of Study: Popliteal lymph nodes of mice were collected on the 8th day after sensitizing them with the testicular and epididymal spermatozoa of boar, weighed, dissociated into a cell suspension and the white blood cells were counted using haemocytometer.