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Assignment: Human Adaptation to Spaceflight Paper Assignment: Human Adaptation to Spaceflight Paper Assignment: Human Adaptation to Spaceflight Paper Active Learning – Sentence-Phrase-Word “Human Adaptation to Spaceflight: The Role of Nutrition” Part I. Reading Deeply and Annotating Open the documents of the NASA report, Human Adaptation to Spaceflight: The Role of Nutrition (Scott M. Smith, 2014). Print off the chapter, Introduction (pages 1-6) so that you can write on it. Read this chapter deeply, in interacting with the text with your own choice of marks and annotations. As you are reading and annotating, I want for you to be looking for the following: 1) a sentence that was meaningful to you, that you felt captures a core idea of this chapter; 2) a phrase that moved, engaged or provoked you; and 3) a word that captured your attention or struck you as powerful. Part II. Sentence-Phrase-Word After completing your reading, go back and review your annotations. Select the sentence, phrase and word that you think meet the requirements. Record them in the table, below. We will discuss this in class on April 26. Sentence that was meaningful to you, that you felt captures a core idea of the text Phrase that moved, engaged, or provoked you Word that captured your attention or struck you as powerful Scott M. Smith, S. R. (2014). Human Adaptation to Spaceflight: The Role of Nutrition. National Aeronautics and Space Administration (NASA). Retrieved April 26, 2018, from https: Click here to ORDER an A++ paper from our Verified MASTERS and DOCTORATE WRITERS: Assignment: Human Adaptation to Spaceflight Paper Space flight provides a model for the study of healthy individuals undergoing unique stresses. This review focuses on how Assignment Human Adaptation to Spaceflight Paper physiological adaptations to weightlessness may affect nutrient and food requirements in space. These adaptations include reductions in body water and plasma volume, which affect the renal and cardiovascular systems and thereby fluid and electrolyte requirements. Changes in muscle mass and function may affect requirements for energy, protein and amino acids. Changes in bone mass lead to increased urinary calcium concentrations, which may increase the risk of forming renal stones. Space motion sickness may influence putative changes in gastro-intestinal-hepatic function; neurosensory alterations may affect smell and taste. Some or all of these effects may be ameliorated through the use of specially designed dietary countermeasures. Order Now