Adding DNP to mitochondria alters the electron transport chain in what way? (A) ATP continues to be produced but oxygen is no lo
nger consumed (B) ATP is no longer produced and neither is oxygen consumed (C) ATP is no longer produced but oxygen continues to be consumed (D) The proton gradient is unaffected (E) The electron transport chain interrupts the transfer of electrons
2,4-Dinitrophenol or DNP is a protonophore molecule which can leak the protons and leads to affect the production of ATP in the mitochondria.
DNP is the best agent known for uncoupling the oxidative phosphorylation as it uncouples the phosphorylation of adenosine diphosphate (ADP) from ATP synthase. It leads to the low production of the ATP during oxidative phosphorylation and most of the energy is converted to heat. It does not effect the electron transport chain, it continues.
Answer:There are two ways to weigh an aircraft: using load cells, whereby the aircraft is lifted up, or using a weighing platform. ... Each wheel has its own set of scales. “We can calculate the total weight by combining the weights measured at all the platforms.
Throughout the explanation segment, the description of the query is presented below.
Explanation:
The turbidity spectrometer depending on the intensity isn't a trustworthy indication of microbial cell numbers. However, these should still be utilized as parameter estimates instead of the exact numbers.
Benefits at all from the measurement of the radiation reflected by both acutely and chronically organisms, since adsorption capacities change as a result of the current microbiological composition.
