Human erythrocyte membrane fluidity and insulin binding are independent of dietary trans fatty acids - Berlin, Elliott; Bhathena, Sam J.; Judd, Joseph T.; Clevidence, Beverly A.; Peters, Renee C. (The Journal of nutritional biochemistry, 1994)
Keywords: ACIDE GRAS; ACIDE GRAS SATURE; ACIDE LINOLEIQUE; ACIDE OLEIQUE; ACIDE PROPIONIQUE; ACIDO LINOLEICO; ACIDO OLEICO; ACIDO PROPIONICO; ACIDOS GRASOS; ACIDOS GRASOS SATURADOS; binding proteins; Biological and medical sciences; CHOLESTEROL; COLESTEROL; CONCEPTION; CORPS GRAS; DIETA; dietary fat; DISENO; ERITROCITOS; ERYTHROCYTE; erythrocytes; EXPERIMENTACION; experimental design; EXPERIMENTATION; Feeding. Feeding behavior; FEMME; FLUORESCENCE; FLUORESCENCIA; fluorescent probes; FOSFOLIPIDOS; Fundamental and applied biological sciences. Psychology; GRASAS; HOMBRES; HOMME; hormone receptors; INSTRUMENT DE MESURE; INSTRUMENTOS DE MEDICION; insulin; insulin binding; insulin receptor; INSULINA; INSULINE; linoleic acid; MEMBRANAS CELULARES; MEMBRANE CELLULAIRE; membrane fluidity; men; MOUVEMENT; MOVIMIENTO; MUJERES; oleic acid; PHOSPHATIDE; phospholipids; probes (equipment); propionic acid; PROTEINAS AGLUTINANTES; PROTEINE DE LIAISON; RECEPTEUR D'HORMONE; RECEPTORES DE HORMONAS; REGIME ALIMENTAIRE; saturated fatty acids; TEMPERATURA; TEMPERATURE; trans fatty acids; Vertebrates: anatomy and physiology, studies on body, several organs or systems; women; trans fatty acids; insulin binding; insulin receptor; fluorescent probes; membrane fluidity; Human; Pancreatic hormone; Red blood cell; Lipids; Insulin; Feeding; Blood cell; Fluidity; Diet; Trans stereoisomer; Plasma membrane; Unsaturated fatty acid; Hormonal receptor