For a long time the endocrine brainwas considered to be limited to the hypothalamus and to its special relationships with the hypophysis. The discovery of the wide distribution of steroid hormone receptors, as well as that of the possibility of metabolizing or synthesizing steroids by neural cells (neuroactive steroids), suggests, on the contrary, that interactions among steroids and nervous system are key points of the regulatory processes in the central and peripheral nervous system in normal conditions as well as in pathological conditions. In this brief overview we illustrate a few examples of these relationships with major emphasis on papers collected in this special issue
International audienceNeuroactive steroids synthesized in neuronal tissue, referred to as neurostero...
Adrenal steroids modulate the function of nerve cells. Some, but not all actions of these steroids t...
This article addresses the description of several endocrine-related functions of the brain. It has e...
The nervous system, like the classical peripheral endocrine glands, e.g. gonads, placenta and adrena...
Several reviews have so far pointed out on the relevant physiological and pharmacological role exert...
Non-neuronal cells synthethize and metabolize steroid hormones and produce local neuroactive steroid...
Neuroactive steroids include synthetic steroidal compounds and endogenous steroids, produced by endo...
Neuroactive steroids include synthetic steroidal compounds and endogenous steroids, produced by endo...
Several reviews have so far pointed out on the relevant physiological and pharmacological role exert...
It is now clear that the study of the effects exerted by steroids on the nervous system may be consi...
In the mammalian central nervous system activation of the ionotropic GABA receptor by the neurotrans...
During the last 10 years, the conference on 'Steroids and Nervous System' held in Torino (Italy) has...
During the last 10 years, the conference on 'Steroids and Nervous System' held in Torino (Italy) has...
Over the past decade, it has become clear that the brain, like the gonad, adrenal and placenta, is a...
In complex animals the two principal systems of regulation are the endocrine system and the nervous ...
International audienceNeuroactive steroids synthesized in neuronal tissue, referred to as neurostero...
Adrenal steroids modulate the function of nerve cells. Some, but not all actions of these steroids t...
This article addresses the description of several endocrine-related functions of the brain. It has e...
The nervous system, like the classical peripheral endocrine glands, e.g. gonads, placenta and adrena...
Several reviews have so far pointed out on the relevant physiological and pharmacological role exert...
Non-neuronal cells synthethize and metabolize steroid hormones and produce local neuroactive steroid...
Neuroactive steroids include synthetic steroidal compounds and endogenous steroids, produced by endo...
Neuroactive steroids include synthetic steroidal compounds and endogenous steroids, produced by endo...
Several reviews have so far pointed out on the relevant physiological and pharmacological role exert...
It is now clear that the study of the effects exerted by steroids on the nervous system may be consi...
In the mammalian central nervous system activation of the ionotropic GABA receptor by the neurotrans...
During the last 10 years, the conference on 'Steroids and Nervous System' held in Torino (Italy) has...
During the last 10 years, the conference on 'Steroids and Nervous System' held in Torino (Italy) has...
Over the past decade, it has become clear that the brain, like the gonad, adrenal and placenta, is a...
In complex animals the two principal systems of regulation are the endocrine system and the nervous ...
International audienceNeuroactive steroids synthesized in neuronal tissue, referred to as neurostero...
Adrenal steroids modulate the function of nerve cells. Some, but not all actions of these steroids t...
This article addresses the description of several endocrine-related functions of the brain. It has e...