Catalogue en ligne Centre de ressources documentaires sur l’allaitement maternel

Disponible

Titre :	Human reproduction
Type de document :	Périodique : texte imprimé
Langues:	Anglais

Liste des numéros ou bulletins :

Vol.19 n°2 (Février 2004)

Human reproduction . Vol.19 n°2

Paru le : 01/02/2004

Dépouillements

Ajouter le résultat dans votre panier

Disponible

Ajouter au panier

Lien vers la notice

Titre : Effects of breastfeeding chemosignals on the human menstrual cycle (2004)
Auteurs : S Jacob, Auteur ; NA Spencer, Auteur ; SB Bullivant, Auteur
Type de document : Article : texte imprimé
Dans : Human reproduction (Vol.19 n°2, Février 2004)
Article en page(s) : pp.422-429
Langues: Anglais
Index. décimale : PH.1.2 (Sexualité)
Catégories : Lactation ; Reproduction ; Sexualité
Résumé : BACKGROUND: To date, there has not been an investigation to determine whether lactating women and their infants influence the ovarian function of other women with whom they interact. METHODS: In a randomized, double-blind, placebo-controlled study of 47 nulliparous women, we utilized both within- and between-subjects controls to assess the effects of sustained exposure to breastfeeding compounds on menstrual cycle length, as well as characteristics of each phase of the ovarian cycle. RESULTS: Breastfeeding compounds modulated ovarian cycle length in comparison with the carrier control (0.01

Exemplaires

Code-barres	Cote	Support	Localisation	Section	Disponibilité
aucun exemplaire

Vol.13 n°9 (Septembre 1998)

Human reproduction . Vol.13 n°9

Paru le : 01/09/1998

Dépouillements

Ajouter le résultat dans votre panier

Disponible

Ajouter au panier

Lien vers la notice

Titre : Expression and immunolocalization of the oxytocin receptor in human lactating and non-lactating mammary glands (1998)
Auteurs : T Kimura, Auteur ; Y Ito, Auteur ; A Einspanier, Auteur
Type de document : Article : texte imprimé
Dans : Human reproduction (Vol.13 n°9, Septembre 1998)
Article en page(s) : pp.2645-2653
Langues: Anglais
Index. décimale : PH.1.1 (Lactation)
Catégories : Glande mammaire ; Ocytocine
Résumé : The milk ejection reflex is mediated by the release of pituitary oxytocin and its interaction with specific receptors within the mammary gland. Although up-regulation of the oxytocin receptor during lactation has been shown for the rat mammary gland by ligand binding assay, investigation of the receptor expression in human breast at the molecular level has not yet been carried out in detail. Here we report the expression and immunolocalization of the oxytocin receptor in the human breast. It appears that the expression level of the receptor-specific mRNA is not significantly elevated during lactation and the protein remains at a relatively low level. However, this lack of increase may be only a dilution effect because of the high level of milk protein expression. Immunohistochemistry and immunoelectron microscopy using three anti-oxytocin receptor antibodies raised against different epitopes of the receptor indicated the presence of receptor immunoreactivity only to a very limited extent in the myoepithelial cells; more specific expression appeared to occur in the ductal/glandular epithelium in both the non-lactating as well as lactating breast. This finding was also confirmed in a New World monkey, the common marmoset (Callithrix jacchus). These results suggest that, at least for human and marmoset, in addition to--or even instead of--myoid cells, the ductal/glandular epithelium is also a target for oxytocin action, not only during lactation but also in the non-lactating breast. Thus, there may be other physiological effects of oxytocin besides direct myoid cell contraction in the breast.

Exemplaires

Code-barres	Cote	Support	Localisation	Section	Disponibilité
aucun exemplaire

Rechercher les bulletins :	par numéro : le
Rechercher les bulletins :	par date : de		à

Centre de ressources documentaires sur l’allaitement maternel - CERDAM

Liste des numéros ou bulletins :

Human reproduction . Vol.19 n°2

Dépouillements

Exemplaires

Human reproduction . Vol.13 n°9

Dépouillements

Exemplaires

Accueil

Sélection de la langue

Se connecter

Adresse

Titre :	Effects of breastfeeding chemosignals on the human menstrual cycle (2004)
Auteurs :	S Jacob, Auteur ; NA Spencer, Auteur ; SB Bullivant, Auteur
Type de document :	Article : texte imprimé
Dans :	Human reproduction (Vol.19 n°2, Février 2004)
Article en page(s) :	pp.422-429
Langues:	Anglais
Index. décimale :	PH.1.2 (Sexualité)
Catégories :	Lactation ; Reproduction ; Sexualité
Résumé :	BACKGROUND: To date, there has not been an investigation to determine whether lactating women and their infants influence the ovarian function of other women with whom they interact. METHODS: In a randomized, double-blind, placebo-controlled study of 47 nulliparous women, we utilized both within- and between-subjects controls to assess the effects of sustained exposure to breastfeeding compounds on menstrual cycle length, as well as characteristics of each phase of the ovarian cycle. RESULTS: Breastfeeding compounds modulated ovarian cycle length in comparison with the carrier control (0.01

Titre :	Expression and immunolocalization of the oxytocin receptor in human lactating and non-lactating mammary glands (1998)
Auteurs :	T Kimura, Auteur ; Y Ito, Auteur ; A Einspanier, Auteur
Type de document :	Article : texte imprimé
Dans :	Human reproduction (Vol.13 n°9, Septembre 1998)
Article en page(s) :	pp.2645-2653
Langues:	Anglais
Index. décimale :	PH.1.1 (Lactation)
Catégories :	Glande mammaire ; Ocytocine
Résumé :	The milk ejection reflex is mediated by the release of pituitary oxytocin and its interaction with specific receptors within the mammary gland. Although up-regulation of the oxytocin receptor during lactation has been shown for the rat mammary gland by ligand binding assay, investigation of the receptor expression in human breast at the molecular level has not yet been carried out in detail. Here we report the expression and immunolocalization of the oxytocin receptor in the human breast. It appears that the expression level of the receptor-specific mRNA is not significantly elevated during lactation and the protein remains at a relatively low level. However, this lack of increase may be only a dilution effect because of the high level of milk protein expression. Immunohistochemistry and immunoelectron microscopy using three anti-oxytocin receptor antibodies raised against different epitopes of the receptor indicated the presence of receptor immunoreactivity only to a very limited extent in the myoepithelial cells; more specific expression appeared to occur in the ductal/glandular epithelium in both the non-lactating as well as lactating breast. This finding was also confirmed in a New World monkey, the common marmoset (Callithrix jacchus). These results suggest that, at least for human and marmoset, in addition to--or even instead of--myoid cells, the ductal/glandular epithelium is also a target for oxytocin action, not only during lactation but also in the non-lactating breast. Thus, there may be other physiological effects of oxytocin besides direct myoid cell contraction in the breast.