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BIOD 171 Module 2 Exam Questions and Answers 2026 | 100+ Verified Microbiology Practice Questions | Cellular Metabolism, Glycolysis, Krebs Cycle, Enzymes, Photosynthesis & ATP Review | Portage Learning

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This BIOD 171 Module 2 Exam Questions and Answers 2026 study guide is a comprehensive microbiology and cellular metabolism review resource designed for students enrolled in Portage Learning BIOD 171 and related biology or health science programs. The document contains more than 100 expertly verified practice questions with detailed answers covering metabolism, enzymatic activity, bioenergetics, glycolysis, cellular respiration, the Krebs cycle, the electron transport chain, photosynthesis, ATP production, and biochemical pathways frequently tested in microbiology and biology examinations. The structured question-and-answer format makes this resource ideal for exam preparation, active recall learning, laboratory review, and cumulative final exam study. The study material provides an in-depth review of cellular metabolism and energy transfer mechanisms within living organisms. Students will strengthen their understanding of catabolic and anabolic pathways, oxidative phosphorylation, substrate-level phosphorylation, photophosphorylation, ATP and ADP energy exchange, activated carrier molecules, enzyme regulation, cofactors, active sites, and biochemical reaction specificity. The guide also explains essential microbiology and biochemistry concepts such as organotrophs, lithotrophs, chemotrophs, phototrophs, electron donors, electron acceptors, oxidation-reduction reactions, and proton gradients associated with ATP synthesis. A major focus of the document is carbohydrate metabolism and cellular respiration. Detailed practice questions review glycolysis, fermentation, aerobic respiration, anaerobic respiration, the Tricarboxylic Acid (TCA) Cycle, pyruvate metabolism, NADH and FADH2 production, ATP synthase activity, electron transport chain function, chemiosmosis, and mitochondrial bioenergetics. Students will also review the metabolic breakdown of proteins and lipids through proteases, lipases, deamination, beta-oxidation, and acetyl-CoA formation, making the guide highly valuable for microbiology, biochemistry, and molecular biology coursework. The document additionally provides extensive coverage of photosynthesis and enzyme classification systems. Students will review the Calvin Cycle, light reactions, dark reactions, carbon fixation, chloroplast function, chlorophyll activity, and glucose synthesis. The study guide also explains major enzyme classes including hydrolases, ligases, lyases, transferases, oxidoreductases, isomerases, catalase, proteases, lipases, and amylases, with emphasis on reaction mechanisms and enzyme specificity commonly tested in BIOD 171 examinations. This resource is especially recommended for students enrolled in microbiology, biology, nursing, pre-nursing, pre-medical studies, allied health sciences, biomedical sciences, pharmacy, biotechnology, molecular biology, and health science degree programs. It is particularly useful for students preparing for module examinations, cumulative finals, laboratory practicals, ATI and NCLEX-related microbiology review, and standardized science assessments. The organized review format also supports independent study, tutoring sessions, and collaborative group revision. The concepts covered throughout this document align closely with major university biology and microbiology textbooks and scientific references, including: Microbiology: An Introduction by Tortora, Funke, and Case Prescott’s Microbiology by Willey, Sherwood, and Woolverton Campbell Biology by Urry, Cain, Wasserman, Minorsky, and Orr Lehninger Principles of Biochemistry by Nelson and Cox Molecular Biology of the Cell by Alberts et al. Brock Biology of Microorganisms by Madigan et al. The material is also supported by scientifically established concepts discussed in peer-reviewed journals such as Nature Reviews Microbiology, Cell, Journal of Bacteriology, Annual Review of Biochemistry, and The Lancet Infectious Diseases, ensuring accurate and evidence-based academic content for microbiology and biology students. Keywords BIOD 171 BIOD 171 Module 2 Portage Learning microbiology microbiology exam questions cellular metabolism glycolysis Krebs cycle citric acid cycle electron transport chain ATP production oxidative phosphorylation substrate level phosphorylation photophosphorylation photosynthesis Calvin cycle light reactions dark reactions enzyme activity enzymes and cofactors active site bioenergetics NADH and FADH2 catabolism and anabolism cellular respiration aerobic respiration anaerobic respiration fermentation protein catabolism lipid catabolism beta oxidation acetyl CoA organotrophs lithotrophs chemotrophs phototrophs mitochondria chloroplasts microbiology study guide biology exam answers microbiology revision notes biochemistry review molecular biology microbiology practice test nursing microbiology pre nursing microbiology health sciences revision undergraduate microbiology microbiology final exam Portage BIOD171 microbiology flashcards ATI microbiology review NCLEX microbiology biology study notes metabolism questions and answers

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BIOD 171 Module 2 Exam 2026
Exam Questions with 100%
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What is cellular metabolism? - ANSWER ✔✔Metabolism is a

controlled set of biochemical reactions that occur in living organisms in

order to maintain life


What is the primary function of enzymes, and how are they regulated? -

ANSWER ✔✔Enzymes speed up chemical reactions. Most notably, the

enzyme is not consumed during the reaction and can be used repeatedly

by the cell. Enzymes can also be regulated by a cofactor such that in the

,absence of the proper cofactor, enzymes are inactive while in its

presence enzymes are active.


What is the difference between catabolism and anabolism? - ANSWER

✔✔Catabolism is the process of breaking down larger molecules into

useful energy sources whereas anabolism is the building up or

biosynthesis od macromolecules from smaller molecular units into larger

complexes, most often associated with cellular growth and repair


ATP has the energy to ______, while ADP has the capacity to ______

energy. - ANSWER ✔✔Donate, accept


Chemotrophs can be subdivided into what two additional subgroups? -

ANSWER ✔✔Chemotrophs, which acquire energy from preformed

chemicals found in the environment, can be divided into either

organotrophs (removing electrons from organic molecules such as

glucose) or lithotrophs, which remove electrons from inorganic

molecules


Chemotrophs utilize which form of phosphorylation? - ANSWER

✔✔Chemotrophs use oxidative phosphorylation (may also accept

, substrate level phosphorylation). Oxidative phosphorylation utilizes the

energy released by the chemical oxidation of nutrients to reform ATP


What are the three distinct stages in the catabolism of glucose? -

ANSWER ✔✔Glycolysis is the first step of this process and yields 2

molecules of ATP. Next, by either fermentation (or respiration) 2

additional molecules of ATP can be produces. Last, the electron transport

chain (ETC) produces 34 ATP via an oxidative phosphorylation event at

the plasma membrane.


What are the reactants of glycolysis? - ANSWER ✔✔Reactants are

defined as any molecules present and involved at the beginning of a

specific chemical reaction (ie) glycolysis. In terms of writing out a

chemical reaction, the reactants are everything located to the left of the

arrow. The reactants of glycolysis are glucose, the co-enzyme NAD+ and

ATP.


How are the TCA and ETC related? - ANSWER ✔✔The end products of

the Kreb's (TCA) cycle are used to fuel the electron transport chain. In

other words, as the Kreb's cycle (TCA) produces an abundance of

reduced electron carriers (NADH and FADH2), it fuels the ETC. As the


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