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Biomedical subjects

R M Nicoli

Publications and source records attributed to R M Nicoli.

At least 19 recordsLinked to original sources

[Biochemistry of Eros].

Analytic study of the biochemical factors in the process of pareunia: hormonal factor of embryonic genital crests, responsible for a double sexualization, both genital and encephalic, which stands for the exteriorization of a perfectly determined later behavior; attractive or repulsive exoactones (pheromones) which play a major part in inter-individual attraction. Study of those many exoactones in both sexes; hormonomediation, leading to the intervention of the hypotalamo-adeno-hypophyso-(cortico)-gonadal axis, with such effectors as sexosteroids, the hypothalamo-adenohypophyseal with the prolactin, the neuro-hypopheseal level (vasopressin, ocytocyne), and the epiphyseal level (melatonin), the terminal effector agents appearing either as libido (androgens, P-Rih), or counter-libido (oestrogens, prolactin) with the involvement of two systems of vertical and horizontal libidinization; neuromediation, with the intervention of the catecholaminergic, cholinergic, indolaminergic (serotonin); neuromodulation, with a rise in the endorphin rate when there is an orgasm; very precise enzymatic phenomena (depolymerases appearing in the vaginal content when there is an orgasm), which cannot be ignored any longer.

Courtship↗

[Female orgasmic nodules].

During experimental female orgasm (or illation), the prominence of five stages which correspond to the orgastic raise. This raise leads to the apparition of very characteristic nodules, which are structured as they group desquamed vaginal cells together with transuded blood cells. Furthermore, the loss of pseudocrystallization of the ovulatory cervical phlegm is to be noted ("fern type crystallization"). An enzymatic explanation for these phenomena, which lead to the intervention of hyaluronidases, may be proposed.

Arousal↗

[Vaginal ecology, climate, landscapes and populations (xenoecies and facies)].

Brief study of vaginal populations, the human vagina being considered as a biotopic cavity. Allusion to dynamic aspects ("vaginal climate", "landscapes") and to various bacterial populations. Introduction of the concept of xenoecies and of facies. This study is preceded by essential definitions of terms widely used in ecology.

Ecosystem↗