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Problem 14.21 - Enhanced - with Solution 19 of 19 Assuming a membrane potential across the inner ...
(1) Mitochondria regulate the concentration of calcium ions in the cytoplasm, by allowing the ions to equilibrate across...
(1) Mitochondria regulate the concentration of calcium ions in the cytoplasm, by allowing the ions to equilibrate across the mitochondrial membrane. If the mitochondrion has a membrane potential of –150 mV relative to the cytoplasm, and the cytoplasmic concentration of Ca2+ is 1 μM, what is the mitochondrial Ca2+ concentration? Assume a temperature of 37 C. (2) The membrane calcium pump of the malarial parasite Trypanosoma cruzipumps out calcium ions from the parasite cell interior, hydrolyzing one molecule of ATP...
Which statement is TRUE? The membrane potential is negative on the cytoplasmic side and positive on...
Which statement is TRUE? The membrane potential is negative on the cytoplasmic side and positive on the matrix side. The genomes of mitochondria don't range in size across species. The inner membrane is quite permeable because it contains mitochondrial porin, or VDAC (voltage-dependent anion channel). Mitochondria are semi-autonomous organelles, because mitochondria depend on the cell, and cells that contain mitochondria in turn depend on these organelles for oxidative phosphorylation. In bacteria, ATP-synthesizing complexes are located in the outer plasmatic membrane.
Can someone show the details on how to solve this problem?
Can someone show the details on how to solve this problem?
Given the following steady-state concentrations and a membrane potential of 67 mV (inside negative calculate Δ for the following active transport process at 37 C and pH 7.4 2Ca2)ATP H2O 2CaADP+P +H ATP-2.8 m M, ADP-210 μΜ, Pi-5.4 mM, Ca2+ (in,- 34 μΜ, Ca2+ (out)-2.1 mM Express your answer to two significant figures and include the appropriate units.
Given the following steady-state concentrations and a membrane potential of 67...
Under certain circumstances, potassium ions K++ move across the 8.0-nm-thick cell membrane from the inside to...
Under certain circumstances, potassium ions K++ move across the
8.0-nm-thick cell membrane from the inside to the outside. The
potential inside the cell is -80.0 mV, and the potential outside is
zero. Assume that a potassium ion carries a charge of
1.602××10−19−19 C.
Unit 3: Prelecture Problems Problems: Electric Potential & Capacitor Deadline: 100% until Sunday, January 27 at 11:59 PM ▼ Cumulative Problem 6 Under certain circumstances, potassium ions K+ move across the 8.0-nm-thick cell membrane from the inside...
Problem 10.11 - Enhanced - with Solution membrane at 37° C, with a NaCl concentration of...
Problem 10.11 - Enhanced - with Solution membrane at 37° C, with a NaCl concentration of 0.10 M on the right and 0.01 M on the left, given the following conditions. The equilibrium membrane potentials to be expected across Membrane permeable only to Nat: Ah= +0.0615 V L0 0615 V Membrane equally permeable to both ions: Ab0 V Part A Will any appreciable transport f material take place in establishing the membrane potential? Briefly explain each answer. Match the items...
1. According to the paper, what does lactate dehydrogenase (LDH) do and what does it allow...
1. According to the paper, what does lactate dehydrogenase
(LDH) do and what does it allow to happen within the myofiber? (5
points)
2. According to the paper, what is the major disadvantage of
relying on glycolysis during high-intensity exercise? (5
points)
3. Using Figure 1 in the paper, briefly describe the different
sources of ATP production at 50% versus 90% AND explain whether you
believe this depiction of ATP production applies to a Type IIX
myofiber in a human....
Which statement is TRUE? The membrane potential is negative on the cytoplasmic side and positive on the matrix side. The genomes of mitochondria don't range in size across species. The inner membrane is quite permeable because it contains mitochondrial porin, or VDAC (voltage-dependent anion channel). Mitochondria are semi-autonomous organelles, because mitochondria depend on the cell, and cells that contain mitochondria in turn depend on these organelles for oxidative phosphorylation. In bacteria, ATP-synthesizing complexes are located in the outer plasmatic membrane.
Can someone show the details on how to solve this problem?
Given the following steady-state concentrations and a membrane potential of 67 mV (inside negative calculate Δ for the following active transport process at 37 C and pH 7.4 2Ca2)ATP H2O 2CaADP+P +H ATP-2.8 m M, ADP-210 μΜ, Pi-5.4 mM, Ca2+ (in,- 34 μΜ, Ca2+ (out)-2.1 mM Express your answer to two significant figures and include the appropriate units.
Given the following steady-state concentrations and a membrane potential of 67...
Under certain circumstances, potassium ions K++ move across the
8.0-nm-thick cell membrane from the inside to the outside. The
potential inside the cell is -80.0 mV, and the potential outside is
zero. Assume that a potassium ion carries a charge of
1.602××10−19−19 C.
Unit 3: Prelecture Problems Problems: Electric Potential & Capacitor Deadline: 100% until Sunday, January 27 at 11:59 PM ▼ Cumulative Problem 6 Under certain circumstances, potassium ions K+ move across the 8.0-nm-thick cell membrane from the inside...
Problem 10.11 - Enhanced - with Solution membrane at 37° C, with a NaCl concentration of 0.10 M on the right and 0.01 M on the left, given the following conditions. The equilibrium membrane potentials to be expected across Membrane permeable only to Nat: Ah= +0.0615 V L0 0615 V Membrane equally permeable to both ions: Ab0 V Part A Will any appreciable transport f material take place in establishing the membrane potential? Briefly explain each answer. Match the items...
1. According to the paper, what does lactate dehydrogenase
(LDH) do and what does it allow to happen within the myofiber? (5
points)
2. According to the paper, what is the major disadvantage of
relying on glycolysis during high-intensity exercise? (5
points)
3. Using Figure 1 in the paper, briefly describe the different
sources of ATP production at 50% versus 90% AND explain whether you
believe this depiction of ATP production applies to a Type IIX
myofiber in a human....
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