Nutritional Biochemistry

Dietary manganese suppresses alpha1 adrenergic receptor-mediated vascular contraction

Nutrition and Dietetics / Diet / Manganese / Liver / Animals / Male / Acetylcholine / Vasoconstriction / Nutritional Biochemistry / Rats / Analysis of Variance / Muscle contraction / Body Weight / Food Sciences / Thoracic Aorta / Phenylephrine / Biochemistry and cell biology / Cumulant / Vascular Smooth Muscle / Male / Acetylcholine / Vasoconstriction / Nutritional Biochemistry / Rats / Analysis of Variance / Muscle contraction / Body Weight / Food Sciences / Thoracic Aorta / Phenylephrine / Biochemistry and cell biology / Cumulant / Vascular Smooth Muscle

Dietary manganese suppresses α 1 adrenergic receptor-mediated vascular contraction

Nutrition and Dietetics / Diet / Manganese / Liver / Animals / Male / Acetylcholine / Vasoconstriction / Nutritional Biochemistry / Rats / Analysis of Variance / Muscle contraction / Body Weight / Food Sciences / Thoracic Aorta / Phenylephrine / Biochemistry and cell biology / Cumulant / Vascular Smooth Muscle / Male / Acetylcholine / Vasoconstriction / Nutritional Biochemistry / Rats / Analysis of Variance / Muscle contraction / Body Weight / Food Sciences / Thoracic Aorta / Phenylephrine / Biochemistry and cell biology / Cumulant / Vascular Smooth Muscle

Inhibition of matrix metalloproteinase activity in vivo protects against vascular hyporeactivity in endotoxemia

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Dietary manganese suppresses α1 adrenergic receptor-mediated vascular contraction

Nutrition and Dietetics / Acetylcholine / Nutritional Biochemistry / Analysis of Variance / Food Sciences / Thoracic Aorta / Biochemistry and cell biology / Cumulant / Thoracic Aorta / Biochemistry and cell biology / Cumulant

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