INTRODUCTION — Zinc is an essential trace element. Zinc intake is closely related to protein intake; as a result, it is an important component of nutritionally related morbidity worldwide. Symptoms attributable to severe zinc depletion include growth failure, primary hypogonadism, skin disease, impaired taste and smell, and impaired immunity and resistance to infection. Zinc supplementation in populations likely at risk for zinc deficiency appears to have beneficial effects on the incidence and outcome of serious childhood infectious diseases.
INTRODUCTION — Zinc is an essential trace element. Zinc intake is closely related to protein intake; as a result, it is an important component of nutritionally related morbidity worldwide. Symptoms attributable to severe zinc depletion include growth failure, primary hypogonadism, skin disease, impaired taste and smell, and impaired immunity and resistance to infection. Zinc supplementation in populations likely at risk for zinc deficiency appears to have beneficial effects on the incidence and outcome of serious childhood infectious diseases.
INTRODUCTION — Zinc is an essential trace element. Zinc intake is closely related to protein intake; as a result, it is an important component of nutritionally related morbidity worldwide. Symptoms attributable to severe zinc depletion include growth failure, primary hypogonadism, skin disease, impaired taste and smell, and impaired immunity and resistance to infection. Zinc supplementation in populations likely at risk for zinc deficiency appears to have beneficial effects on the incidence and outcome of serious childhood infectious diseases.INTRODUCTION — Zinc is an essential trace element. Zinc intake is closely related to protein intake; as a result, it is an important component of nutritionally related morbidity worldwide. Symptoms attributable to severe zinc depletion include growth failure, primary hypogonadism, skin disease, impaired taste and smell, and impaired immunity and resistance to infection. Zinc supplementation in populations likely at risk for zinc deficiency appears to have beneficial effects on the incidence and outcome of serious childhood infectious diseases.
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INTRODUCTION — Zinc is an essential trace element. Zinc intake is closely related to protein intake; as a result, it is an important component of nutritionally related morbidity worldwide. Symptoms attributable to severe zinc depletion include growth failure, primary hypogonadism, skin disease, impaired taste and smell, and impaired immunity and resistance to infection. Zinc supplementation in populations likely at risk for zinc deficiency appears to have beneficial effects on the incidence and outcome of serious childhood infectious diseases.
INTRODUCTION — Zinc is an essential trace element. Zinc intake is closely related to protein intake; as a result, it is an important component of nutritionally related morbidity worldwide. Symptoms attributable to severe zinc depletion include growth failure, primary hypogonadism, skin disease, impaired taste and smell, and impaired immunity and resistance to infection. Zinc supplementation in populations likely at risk for zinc deficiency appears to have beneficial effects on the incidence and outcome of serious childhood infectious diseases.
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