Team "Neuroendocrinologie Moléculaire de la Reproduction"

Study of the role of melatonin and thyroid hormones in controlling seasonality in small ruminants.

Work on rodents in the context of approaches involving the implementation of controlled metabolic regimes and the deployment of neurosurgical approaches.

Wide-ranging technical expertise in biochemistry, cell biology, molecular biology, animal experimentation, histology-immunohistochemistry, mainly on rodent and avian models.

I am currently developing in vitro models aimed at deciphering the molecular mechanisms by which various hormones affect cell differentiation/plasticity and the functioning of peptidergic neurons.

Working on projects related to programmed genetic plasticity of neurons.

My aim is to develop tools for controlling reproduction in small ruminants by focusing on the physiological players involved in central control of the hypothalamic-pituitary-gonadal axis.

My scientific project focuses on the creation of kisspeptin analogues for ovulation control in domestic animals.

Specialized in cell culture and animal experimentation, I collaborate on the creation of kisspeptin analogues in applied research for the control of ovulation in domestic animals, as well as in fundamental research on the study of the kisspeptin receptor.

Specialized in cell culture and animal experimentation, I collaborate on the creation of kisspeptin analogues in applied research for the control of ovulation in domestic animals, as well as in fundamental research on the kiss1R.