1                                    Father of neuroendocrinology.

2 slational research perspectives in cutaneous neuroendocrinology and argue that greater emphasis on ne

3 d immune regulation of body weight, unifying neuroendocrinology and immunometabolism as previously di

4 ia to cause disease, and to demonstrate that neuroendocrinology and microbiology intersect to form th

5                   Our methods combined fMRI, neuroendocrinology, and machine learning with a virtual

6 s), a species used extensively in behavioral neuroendocrinology because they produce a rich suite of

7 inues to reshape our ideas and approaches to neuroendocrinology both at the bench and the bedside.

8 intake, gastrointestinal (GI) physiology, GI neuroendocrinology, drug metabolism and toxicity, obesit

9 em via the hypothalamus and pituitary gland, neuroendocrinology has evolved into a science that now i

10 e burgeoning area of translational cognitive neuroendocrinology has revealed numerous factors that in

11                A primary tenet of behavioral neuroendocrinology is that gonadal steroid hormones act

12  research trends with particular emphasis on neuroendocrinology, neuroplasticity, transcriptomics, an

13 merging results from translational cognitive neuroendocrinology studies have been diverse, but also e