Question

Pediatricians become concerned about the potential for brain damage when an infant's temperature approaches 105°F. Which class of organic molecules is most likely to be damaged by high temperature? Explain why.

Accepted Answer

Step 1: Identify the class of organic molecules most likely to be affected by high temperatures. Proteins are the primary class of organic molecules that are sensitive to temperature changes because their structure is dependent on weak bonds such as hydrogen bonds and ionic interactions. Step 2: Explain the structure of proteins. Proteins are composed of amino acids linked together by peptide bonds, and their function is determined by their three-dimensional shape, which is stabilized by various types of bonds and interactions. Step 3: Discuss the impact of high temperatures on protein structure. Elevated temperatures can cause denaturation, a process where the protein's three-dimensional structure is disrupted, leading to loss of function. This occurs because the heat breaks the weak bonds stabilizing the protein's shape. Step 4: Relate protein denaturation to brain damage. Enzymes, which are specialized proteins, play critical roles in biochemical processes in the brain. If enzymes are denatured due to high temperatures, essential metabolic processes may be disrupted, potentially leading to brain damage. Step 5: Conclude by emphasizing the importance of maintaining normal body temperature in infants. Since proteins are vital for cellular function, extreme temperatures can compromise their activity, highlighting the need for medical intervention when an infant's temperature approaches 105°F.

Pediatricians become concerned about the potential for brain damage when an infant's temperature approaches 105°F. Which class of organic molecules is most likely to be damaged by high temperature? Explain why.

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Concetti chiave

Proteins

Enzymes

Cell Membranes