Ravinder is researching the hormone systems which govern fertility and reproductive health in men and women, as well as in domestic and other species, and is particularly interested in how early life experience, including lifestyle and nutrition, can dictate the health of an individual later in life and during ageing. Ravinder is also engaged in the development of a number of novel assay systems supporting both human and veterinary clinical science. Besides reproduction, Ravinder is interested in developing and understanding novel cell-based models for evaluating other tissues, including kidney and adrenal functions. She brings with her a long international experience of research, teaching and supervision from Europe, Asia, and Australia.
At various undergraduate and postgraduate levels, Ravinder teaches modules on Reproduction, Endocrine Systems, and Antibody Biotechnology. She is a firm believer in using research to inform her teaching. Ravinder supervises researchers at all levels (UG, PG, postdoc, senior scientist and internship candidates).
- Health across the lifespan
- Reproductive physiology and fertility
- Cells and Hormones
- Lifestyle, nutrition, and healthy ageing
- Environmental endocrine disruption
- Endocrinology and physiology of male and female reproduction in humans and domestic species, looking at foetal development, as well as puberty and adult function, including ageing.
- Cell culture and molecular analysis of primary and secondary cell systems from human and domestic species, with emphasis on both male and female reproductive physiology and their regulation.
- Cell signalling, particularly studying the role of novel G-protein-coupled receptors in reproductive cells and other tissues.
- Sperm biology.
- Development of novel immunoassays for the measurement of hormones and signalling molecules in a variety of different matrices, mostly employing a time-resolved fluorescence immunoassay (TRFIA) platform.
I teach in the following UG and PG modules
Introductory Physiology (BIOS1001)
Reproductive Physiology (BIOS2011) (convenor)
Endocrinology Control Systems (BIOS2028) (convenor)
Reproduction and Fertility (D236Z5)
Academic Development and Employability skills (D21BP1)
Antibody Biotechnology (BIOS4004)
The role of the neohormones relaxin and INSL3, and their G-protein-coupled receptors, in male and female physiology. In the male this relates to foetal development, puberty, and healthy ageing; in… read more
DAI Y, IVELL R, LIU X, JANOWSKI D and ANAND-IVELL R, 2017. Relaxin-Family Peptide Receptors 1 and 2 Are Fully Functional in the Bovine. Frontiers in physiology. 8, 359 TOFT, GUNNAR, JONSSON, BO A. G., BONDE, JENS PETER, NORGAARD-PEDERSEN, BENT, HOUGAARD, DAVID M., COHEN, ARIEH, LINDH, CHRISTIAN H., IVELL, RICHARD, ANAND-IVELL, RAVINDER and LINDHARD, MORTEN S., 2016. Perfluorooctane Sulfonate Concentrations in Amniotic Fluid, Biomarkers of Fetal Leydig Cell Function, and Cryptorchidism and Hypospadias in Danish Boys (1980-1996) ENVIRONMENTAL HEALTH PERSPECTIVES. 124(1), 151-156 IVELL, RICHARD, DAI, YANZHENZI, MANN, NAVDEEP and ANAND-IVELL, RAVINDER, 2014. Non-classical mechanisms of steroid sensing in the ovary: Lessons from the bovine oxytocin model MOLECULAR AND CELLULAR ENDOCRINOLOGY. 382(1), 466-471
GLYNN DJ, HENG K, RUSSELL DL, SHARKEY DJ, ROBERTSON SA, ANAND-IVELL R and IVELL R, 2017. Male Seminal Relaxin Contributes to Induction of the Post-mating Cytokine Response in the Female Mouse Uterus. Frontiers in physiology. 8, 422