Describe the development of the resting membrane potential in cells. How is it established. velopment of...

Describe the development of the resting membrane potential in cells. How is it established. velopment of the resting membrane potential in cells. How is it established.

Expert Solution

Ans. The resting neuron develops voltage across its membrane called the resting membrane potential. The resting potential is develoeped when in neuron there are concentration gradients across the membrane for Na+ and K+, the ions than move down their gradients via channels, leading to a separation of charge that creates the resting potential. It is established by the difference in the permeability of ions. All negative ion accumulate on the inner side and positive on outer side of the cell membrane. As the K ion is -94mV, Na ion is +8mV and Na- K pump is -4mV which result in resting potential of -90mV in brain. This resting potential is maintained.

gladiator answered 2 years ago

Topic 2: Resting membrane potential Describe how a resting membrane potential is established in the wrong....

Topic 2: Resting membrane potential Describe how a resting membrane potential is established in the wrong. and your answer be sure to include A definition of membrane potential The resting membrane potential of neurons What does this value mean What ions are involved in establishing the resting membrane potential? What are the General concentration effects on resting membrane potential? why? The answer should include descriptions of relevant permeabilities, equilibrium potential, and concentration gradients. What is the role of the sodium-potassium...

Membrane Potential The resting membrane potential of a neuron is _________. The membrane potential changes when...

Membrane Potential The resting membrane potential of a neuron is _________. The membrane potential changes when _________. A change in membrane potential to a more positive value is called __________ and a change to a more negative value is called _______. Ions flow through _________ which are controlled by voltage and ________ which are controlled by _________. Neurons communicate with other neurons and targets by generating _________. Ghe neuron generates an action potential only if it reaches a threshold voltage...

Describe the resting membrane potential and the forces at play in a resting neuron concisely, but thoroughly

Describe the resting membrane potential and the forces at play in a resting neuron concisely, but thoroughly. At minimum, the following terms/concepts should be explained in your response: membrane potential, ion channels (and the two main ions involved, and their relative distribution), the two types of forces/pressures acting on each of the ions, and the special transporter of these two ions (and what it does). Here is a previous answer I got(it was great!)- please build off it though, and...

Describe the resting membrane potential and the forces at play in a resting neuron concisely, but thoroughly.

Describe the resting membrane potential and the forces at play in a resting neuron concisely, but thoroughly. At minimum, the following terms/concepts should be explained in your response: membrane potential, ion channels (and the two main ions involved, and their relative distribution), the two types of forces/pressures acting on each of the ions, and the special transporter of these two ions (and what it does).

Define resting membrane potential and action potential (1 point). Why is the resting membrane potential negative...

Define resting membrane potential and action potential (1 point). Why is the resting membrane potential negative and close to the K+ equilibrium potential when cells are at rest, and then positive and closer to the equilibrium potential of Na+ when activated (4 points).

Dr.W is trying to explain the concepts of resting membrane potential, equilibrium potential, and membrane potential...

Dr.W is trying to explain the concepts of resting membrane potential, equilibrium potential, and membrane potential to the students in her laboratory. To do this, she uses a dish of cultured motor neurons so that she can alter the solution covering the cells and she can use a recording electrode to pierce one of the cells and determine its membrane potential relative to the extracellular fluid. She asks you a number of questions before and after she alters the conditions...

For the following transporters, please describe specifically how they contribute to establishing resting membrane potential making...

For the following transporters, please describe specifically how they contribute to establishing resting membrane potential making sure to include the direction of ion movement and the effect ion movement has on membrane potential. (3 pts; Shoot for 1-2 complete sentences for each transporter.) Na+/K+ pump: K+ leak channel: Na+ leak channel:

1a) How does "Membrane Resting Potential" differ from "Membrane Equilibrium Potential"? 1b) What is Node of...

1a) How does "Membrane Resting Potential" differ from "Membrane Equilibrium Potential"? 1b) What is Node of Ranvier? 1c) What is respiratory quotient? 1d) Is muscle contraction required for exhalation?

The resting surface charge density of a membrane is 0.5 uC/cm^2. The resting membrane potential is...

The resting surface charge density of a membrane is 0.5 uC/cm^2. The resting membrane potential is 0.5 V. It drops to 0 V in 5 ms. If there are 25 Na channels per um^2 that open up during depolarization, what is the average current that flows through a sodium channel during this time (5 ms)? How many sodium ions move through the channel in 5 ms?

Dr. Woodley is trying to explain the concepts of resting membrane potential, equilibrium potential, and membrane...

Dr. Woodley is trying to explain the concepts of resting membrane potential, equilibrium potential, and membrane potential to the students in her laboratory. To do this, she uses a dish of cultured motor neurons so that she can alter the solution covering the cells and she can use a recording electrode to pierce one of the cells and determine its membrane potential relative to the extracellular fluid. She asks you a number of questions before and after she alters the...

Question