Question

Short Answer 12. Anesthetics block the pain stimulus at the pain receptor. 13. How is the resting membrane potential of the c
0 0
Add a comment Improve this question Transcribed image text
Answer #1

Q12. Pain gets picked up by receptors, and then a signal is sent to the brain which generally occurs by the neurotransmitter. generally, anesthetics work on the nerve-to-nerve part of the system. They generally stop the neurotransmitter from getting out of the cell, so that the signal can't be sent. Or they may block the receptors so that no matter how much neurotransmitter is there, the next cell never gets the message. Or they break down the neurotransmitter faster. All of these actions will stop the signal from getting from the receptor to the brain. This is how the anesthesia blocks the pain receptors.

Q13. The relatively-static membrane potential is known as the resting membrane potential. The resting membrane potential is generally at equilibrium so that it relies on the constant expenditure of energy for its maintenance Sodium-potassium pumps moves two potassium ions inside the cell and the three sodium ions are pumped out to maintain the negatively-charged membrane inside the cell; which help in maintaining the resting membrane potential

HOPE MY ANSWER HELPS YOU

ALL THE BEST

Add a comment
Know the answer?
Add Answer to:
Short Answer 12. Anesthetics block the pain stimulus at the pain receptor. 13. How is the...
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for? Ask your own homework help question. Our experts will answer your question WITHIN MINUTES for Free.
Similar Homework Help Questions
  • Blo 9 Homework 2 ch.6-10 and 12) 25 points enzymes, energy. Cell resp and Metabolism, Interaction...

    Blo 9 Homework 2 ch.6-10 and 12) 25 points enzymes, energy. Cell resp and Metabolism, Interaction b/w cells, Nervous system, neurons) Fill-in (1 pt per blank) increases the rate of a biochemical reaction and remains unchanged at the end. 2. An axon will depolarize if the membrane potential reaches -60mV following the or intravenous fluid would be given to a patient to reduce edema. 4. Diffusion the entropy of a solution. 5. In terms of net energy loss or gained,...

  • Fill-in (1 pt per blank) 1. increases the rate of a biochemical reaction and remains unchanged...

    Fill-in (1 pt per blank) 1. increases the rate of a biochemical reaction and remains unchanged at the end. 4. An axon will depolarize if the membrane potential reaches -60mV following the 4. Diffusion law. _ intravenous fluid would be given to a patient to reduce edema. the entropy of a solution. 5. In terms of net energy loss or gained, Glycolysis is an reaction. 6. To form lactic acid from pyruvic acid it is necessary to have _ 7....

  • 1. How is an increase in stimulus strength reflected by an action potential? Draw this answer...

    1. How is an increase in stimulus strength reflected by an action potential? Draw this answer out and attach it to your post. 2. Why is the Nat/K* pump responsible for maintaining resting membrane potential? 3. Explain how repolarization happens. Give characteristics of the absolute and relative refractory periods in terms of voltage-gated sodium channel conformation. At what point can a new action potential be generated? 4. Outline a situation that would reduce the likelihood of an action potential occurring....

  • Consider the following for problems 1 through 5: The concept of electric potential difference plays an...

    Consider the following for problems 1 through 5: The concept of electric potential difference plays an important role in the human nervous system. A nervous impulse, for example, is an action potential that results from the temporal rising and lowering of the cell membrane potential, which in turn is caused by the equally temporal influx of sodium (Na+) ions into the cell. The sodium ions enter the cell through Hodgkin-Huxley channels, named after English physiologist/biophysicists Alan Hodgkin and Andrew Huxley....

  • For each multiple choice, what is the answer and why? 5. Myelin A) is only found...

    For each multiple choice, what is the answer and why? 5. Myelin A) is only found in the peripheral nervous system B) is secreted from the axon terminals of autonomic neurons. C) is a carbohydrate within the membranes of some neuroglia. D) is a chemical present in the plasma membrane of neurons. E) influences the rate of conduction of an electrical signal down an axon. 6. Which of the following organs/structures is (are) innervated by somatic motor nerves? (only ONE...

  • D SCAN MATCHING 1. Depolarization 2. Action potential 3. Threshold 4. Repolarization 5. Relative refractory period...

    D SCAN MATCHING 1. Depolarization 2. Action potential 3. Threshold 4. Repolarization 5. Relative refractory period 6. Absolute refractory period 7. Resting membrane potential 8. Continuous conduction 9. Saltatory conduction Choices A. a cell whose internal environment has an electrical charge equal to its external environment B. the process of a cell becoming positively charged C. the process of a cell becoming negatively charged D. an electrochemical change in the potential across a membrane that causes an electrical signal to...

  • Kindly answer the questions. Answer all of it if possible there's just some short answers. Thanks....

    Kindly answer the questions. Answer all of it if possible there's just some short answers. Thanks. PLEASE ANSWER ALL OF IT, IF NOT THEN LET OTHER REAL EXPERTS DO IT BECAUSE SOME EXPERTS EVEN DO THE WHOLE THING AND AN ESSAY ABOUT IT! IF NOT, THEN IGNORE THIS POST! Pick 5/6 questions Taste and Smell Each of the 5 taste sensations can be explained from an evolutionary perspective. How is each of the 5 tastes important in keeping animals alive...

  • 10-13 Explain briefly how immunological memory oper ates in (A) the short term and (B) the...

    10-13 Explain briefly how immunological memory oper ates in (A) the short term and (B) the long term 10-14 Natural killer cells (NK cells) carry activating and inhibitory receptors on their surface. A. What property of NK cells do these receptors acti- vate or inhibit, respectively? Explain your answer. B. How are NK cells thought to use these receptors to recognize and eliminate virus-infected cells? C. Why are the actions of NK cells categorized as innate immunity, and what do...

  • please answer both. thanks! Question 13 1 pts How much heat is transferred in 12 minutes...

    please answer both. thanks! Question 13 1 pts How much heat is transferred in 12 minutes through a glass window of size 1.1 m by 1.8 m, if its thickness is 0.8 cm and the inside and outside temperatures are 24°C and 5°C respectively. Write your answer in MJ. Thermal conductivity of glass 0.8 W/m°C 1 pt A spaceship (consider it to be rectangular) is of size 9 x 10 x9 (in meters). Its interior is maintained at a comfortable...

  • Short/long answer questions. e short answer questions, show all your work and calculations, including significant s...

    Short/long answer questions. e short answer questions, show all your work and calculations, including significant s and units, to receive full credit. 5. Kristina eats a bread and the carbohydrates in the bread are digested to glucose (CoH12O6) and then the glucose is absorbed and oxidized to produce energy in the cell, as follows: C&H12O6+02 CO2 + H20 (Unbalanced) a. (5 pts) Balance the equation. b. (8 pts) To react 3 moles of glucose, how many moles of O2 are...

ADVERTISEMENT
Free Homework Help App
Download From Google Play
Scan Your Homework
to Get Instant Free Answers
Need Online Homework Help?
Ask a Question
Get Answers For Free
Most questions answered within 3 hours.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT