Ribose and nadph - Study guides, Class notes & Summaries

Why would covalent bonds break in water? Why can they? - Because more stable or energetically favored bonds could be formed. They can break because the loss of energy by breaking hydrogen bonds in compensated for in the formation of new covalent bonds. Limitation to eukaryotic cells and photosynthesis - The sea slugs that live in symbiotic relationships with cyanobacteria or algae. The algae is not broken down or digested and absorbed into the slug's body. There is then a horizontal gene t...

BIO 441A EXAM 3 STUDY GUIDE WITH COMPLETE SOLUTION. LECTURE ONE - METABOLISM INTRODUCTION ● Autotrophs synthesize all their own cellular constituents from simple molecules ● Heterotrophs obtain energy through oxidation of organic compounds and therefore rely on autotrophs ● Metabolism involves many reactions such as ○ Glycolysis/gluconeogenesis ○ The citric acid cycle ○ Oxidative phosphorylation ● Catabolism is the degradation of biomolecules ○ Energy rich nutrients are...

Biochemistry Review Questions and Answers 100% Pass What is the role of hemoglobin in the body? To transport oxygen from the lungs to tissues and carbon dioxide from tissues to the lungs. How do chaperone proteins assist in cellular processes? They help in the proper folding of other proteins and prevent misfolding. What biochemical process converts fatty acids into acetyl-CoA? Beta-oxidation. How does the structure of DNA allow for its replication? The double helix struct...

UNE Medical Biochemistry Midterm Exam Review with Verified Answers| 100% Correct| 100% Score Ribose and NADPH - A family presents for genetic counseling. The couple has two female children who are alive and well; however, their infant son recently died in the nursery with severe hemolysis (lysis of red blood cells) and jaundice. The wife recalls she lost a brother in infancy with severe hemolysis, induced after a viral infection. The physician suspects a glucose-6-phosphate dehydrogenase d...

Maltose - AnsGlucose + Glucose Sucrose - AnsGlucose + Fructose Lactose - AnsGlucose + Galactose Glycogen - AnsAnimal glucose storage Starch - AnsPlant glucose storage Cellulose - AnsPlant structure Saturated Fatty Acids - Ans-Single bonds -Solid at room temp. Unsaturated Fatty Acids - Ans-Double bonds -Liquid at room temp. Terepenes - AnsBuilt from multiple isoprene units Cholesterol - Ans-In cell membrane -Steroid precursor -Bile salts Catalysts - Ans-Stabilize the tran...

UNE Medical Biochemistry Midterm Review Questions & 100% Correct Answers | Passed With A+ Grade Ribose and NADPH - A family presents for genetic counseling. The couple has two female children who are alive and well; however, their infant son recently died in the nursery with severe hemolysis (lysis of red blood cells) and jaundice. The wife recalls she lost a brother in infancy with severe hemolysis, induced after a viral infection. The physician suspects a glucose-6-phosphate dehydrogenas...

FSHN 426 Practice Exam 3 | 100% Correct | Verified | 2024 Version If Evelyn eats a fat-free diet, where does fatty acid (FA) synthesis occur? a. Muscle and kidney b. Liver and adipose c. Intestine and Pancreas d. All of the Above - Liver and adipose What is the major source of carbons for fatty acid synthesis if Evelyn eats a fat-free diet? a. Endogenous fatty acids b. Exogenous TAG c. Fatty Acids from adipose tissue d. Dietary Glucose - Dietary Glucose What enzyme controls...

The ribonucleotide reductase is important for converting ribose bases to deoxy form. This conversion is coupled with the oxidation of what compound Thioredoxin Under fasting conditions, elevated glucagon will activate what enzyme Hormone-sensitive Ligase Short-chain fatty acids and medium-chain fatty acids enter mitochondria by Diffusion In liver, what key inhibitory events ensures that newly synthesized palmitoyl-CoA is not immediately oxidized? carnitine palmitoyl transferase-1 (CPT1)...

UNE Medical Biochemistry Midterm Review Questions & Answers Rated 100% Correct!! Ribose and NADPH A family presents for genetic counseling. The couple has two female children who are alive and well; however, their infant son recently died in the nursery with severe hemolysis (lysis of red blood cells) and jaundice. The wife recalls she lost a brother in infancy with severe hemolysis, induced after a viral infection. The physician suspects a glucose-6-phosphate dehydrogenase deficiency, this ...

Medical Biochemistry Final Exam Questions With 100% Correct Answers Which product is formed due to the result of anaerobic glycolysis? - answerLactate - anaerobic glycolysis is the transformation of glucose to lactate when limited amounts of oxygen are available Which substrate is extracted from the microenvironment resulting in increased proliferation of cancer cells? - answerGlucose - one of the hallmarks of cancer cell development is the increased dependence on glucose to fuel aerobic ...