Electron carrying co-factors such as quinones, flavines, heme, iron–sulfur clusters or copper ions also play major role in electron transport in microbes. Acetogens are anaerobic bacteria which utilize various heterotrophic molecules such as sugars, glycerol, and cellulose as carbon source for energy conversion ( example- C. glutamicum ).
Yes, Bioremediation is the correct option.
Different microbes use various electron and carbon source which makes them excellent tool for bioremediation.
Redox donors is not the correct answer. Is bioremediation correct? Question 4 1 pts The many...
Question 12 [1.4 pts] Which one of the following statements is correct? How many asymmetric centers does compound N have? Which one of the following statements is correct? Carbon O is an asymmetric center and its configuration is R Carbon O is an asymmetric center and its configuration is S Carbon O is not an asymmetric center
Please help me with ALL of these questions. Thank you so much Question 13 0.4 pts For each two carbon molecule (i.e., acetyl) that enters the citric acid cycle, how many molecules of waste CO2 are produced? 0 0 0 0 0 3 Question 14 0.4 pts Which stage of respiration reduces the most electron carriers? citric acid cycle glycolysis acetyl-CoA synthesis Question 16 0.3 pts How is a Carbon atom oxidized during a redox reaction if it has the...
D Question 1 50 pts Choose the correct answer from the list. No answer is used twice. Not all of the answers will be used. The electron carrier, NADH, is derived from the vitamin. In aerobic organisms, the ultimate acceptor of electrons is [Choose] coenzyme A minerals CO2 NADPH vitamins ATP riboflavin niacin oxygen In aerobic metabolism, the carbon atoms in fuels ultimately become [Choose ] The small organic compounds, are required in the diet of higher organisms and are...
QUESTION 14 1 POINT Balance the following redox reaction in an acidic solution. How many water molecules are in the balanced reaction? Ni2+NO Ni+NO3 Select the correct answer below: 1 2 3 4 FEEDBACK
QUESTION 14 1 POINT Balance the following redox reaction in an acidic solution. How many water molecules are in the balanced reaction? Ni2+NO Ni+NO3 Select the correct answer below: 1 2 3 4 FEEDBACK
Question 4 0.5 pts Imagine that you are an astrobiologist charged with the task of figuring out how DNA replication works in a single celled organism found on a meteorite (yes, the alien organism had DNA!!!). You conduct an experiment where you allow the organisms to grow in a medium that has an altered form of nitrogen that glows green when it binds with carbon to form nitrogenous bases. So all the DNA in cells growing in this medium glow...
Question 1 160 pts Question 1. A class consists of 4 boys and 5 girls. Answer the following questions: (a) In how many different ways can they be arranged along a line such that the boys are all together and the girls are also all together? (b) In how many different ways can the class be arranged along a circle? (c) In how many different ways can a group of 4 students be selected from the class such that there...
Thank you! Incorrect Question 4 0/1 pts Determine the correct order of steps that will occur for the possible reaction shown below. To enter your answer, use the numbers that are adjacent to the correct descriptions in the correct order. For example, if you felt that 1, followed by 2 and then 3 reflects the correct ordering of reaction steps, then you would enter: 1, 2, 3 for your answer. Do so even if the reaction sequence includes two distinct...
Question 4 [1.5 pts] Which one of the following statements about Reaction #3 is correct? Reaction #3 1. KBr 2. H30* O O O The organic product(s) arise solely from nucleophilic attack at carbon B The organic product(s) arise solely from nucleophilic attack at carbon C None of the above
In the following equation H3O+ is being oxidized or reduced. 2 H3O+ + 2 e- -> H2+ 2 H2O reduced oxidized Flag this Question Question 19 4 pts The reason redox reactions occur is the atmosphere is 21% oxygen. the sum of the bond energies of the reactants is greater than the sum of the bond energies of the products. the substance being oxidized has a greater affinity for substance being reduced. the substance being reduced has a greater affinity...