Michael Green

Professor of Nutritional Science and Physiology

Pennsylvania State University

United States

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Research Interests

Clinical Nutrition

100%

Pediatric Nutrition

90%

Nutrition

100%

Vitamin D

80%

Mineral Metabolism

60%

Lactation Physiology

40%

Bioavailability

40%

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Articles10

Use of the Paired Retinol Isotope Dilution Test, but with a Single Isotope Dose, to Assess the Impact of a Vitamin A Intervention on Vitamin A Stores in Theoretical Children with Low Stores

Year:

2024

Use of Compartmental Modeling and Retinol Isotope Dilution to Determine Vitamin A Stores in Young People with Sickle Cell Disease Before and After Vitamin A Supplementation

Year:

2023

Compartmental Modeling of Vitamin A Stable Isotope Data from Milk or Plasma Provides Comparable Predictions of Vitamin A Stores in Theoretical Lactating Women

Year:

2022

Direct Use of Plasma or Milk Vitamin A Specific Activity Data to Model Retinol Kinetics and Predict Vitamin A Stores in Theoretical Lactating Women

Year:

2022

Development of a Compartmental Model for Studying Vitamin A Kinetics and Status in Theoretical Lactating Women

Year:

2022

Use of Compartmental Modeling and Datasets for Theoretical Lactating Women to Determine Conditions under Which Vitamin A–Specific Activity in Breast Milk Provides Accurate Estimates of Vitamin A Total Body Stores by Retinol Isotope Dilution

Year:

2022

The Use of Datasets for Theoretical Subjects to Validate Vitamin A–Related Methods and Experimental Designs

Year:

2022

Does the Amount of Stable Isotope Dose Influence Retinol Kinetic Responses and Predictions of Vitamin A Total Body Stores by the Retinol Isotope Dilution Method in Theoretical Children and Adults?

Year:

2022

Influence of Vitamin A Status on the Choice of Sampling Time for Application of the Retinol Isotope Dilution Method in Theoretical Children

Year:

2021

Use of Model-Based Compartmental Analysis and Theoretical Data to Further Explore Choice of Sampling Time for Assessing Vitamin A Status in Groups and Individual Human Subjects by the Retinol Isotope Dilution Method

Year:

2021

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