Question

Fused tetanus is caused by rapid muscle stimulations without muscle relaxation. True or false

Fused tetanus is caused by rapid muscle stimulations without muscle relaxation. True or false

0 0
Add a comment Improve this question Transcribed image text
Answer #1

Answer:

* It's TRUE that fused tetanus is caused by rapid muscle stimulation without muscle relaxation.

Interpretation:

* Muscle twitch and muscle response of contraction is called fused tetanus which is when there is no relaxation of muscle fibre between stimuli and it occurs during a high rate of stimuli and it is the strongest single unit twitch in contraction

So YES fused tetanus is caused by rapid muscle stimulation without muscle contact.

Add a comment
Know the answer?
Add Answer to:
Fused tetanus is caused by rapid muscle stimulations without muscle relaxation. True or false
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
  • If we were to measure the relaxation time of a muscle after undergoing tetanus compared to...

    If we were to measure the relaxation time of a muscle after undergoing tetanus compared to the relaxation time of the same muscle after undergoing a twitch, we would find that the relaxation time after tetanus is much longer. Provide a logical physiological reason why this is the case.

  • 5a- Define muscle fatigue (b) What happens to force if fused tetanus is maintained? And (c)...

    5a- Define muscle fatigue (b) What happens to force if fused tetanus is maintained? And (c) Explain one possible cause of muscle fatigue.

  • Question 24 of 35 > With regard to normal muscle physiology, what is complete tetanus? O...

    Question 24 of 35 > With regard to normal muscle physiology, what is complete tetanus? O maintenance of low-level muscle contractions O a continuous, fused contraction of the muscle O the result of fewer calcium ions in the sarcoplasm O a single, isolated muscle contraction

  • The neurotransmitter acetylcholine (ACh) causes the rapid contraction of skeletal muscle and the slower relaxation of...

    The neurotransmitter acetylcholine (ACh) causes the rapid contraction of skeletal muscle and the slower relaxation of cardiac muscle. Which one of the following is the most likely explanation for this difference? A. ACh activates a GPCR pathway in cardiac muscle and an ion channel coupled receptor in skeletal muscle. B. ACh activates an ion channel coupled receptor in cardiac muscle and a GPCR pathway in cardiac muscle. C. ACh is permeable through the plasma membrane of skeletal muscle cells but...

  • 1) The transverse tubule brings the action potential deep inside the muscle fiber A) True B)...

    1) The transverse tubule brings the action potential deep inside the muscle fiber A) True B) False If false, correct the statement: 2) During muscle relaxation, acetylcholine is broken down A) True B) False If false, correct the statement: 3) During muscle relaxation, calcium is released into the sarcoplasm A) True B) False If false, correct the statement: 4) During muscle relaxation, myosin head binds to actin A) True B) False If false, correct the statement: 5) During muscle relaxation,...

  • 1. True -False. If a statement is True, place a T to the left of it....

    1. True -False. If a statement is True, place a T to the left of it. If a statement is False, place an F to the left of it. Thin filaments in smooth muscles attach to Z discs. The majority of ventricular filling occurs during the period of atrial contraction known as the period of rapid filling. Closure of the atrioventricular valves occurs at the end of diastole/beginning of systole. Tetanus in skeletal muscles is the result of increasing the...

  • Review & Practice She Exerci e in Motor wow m Muscle Physiology A Matching w ach...

    Review & Practice She Exerci e in Motor wow m Muscle Physiology A Matching w ach on the left with red description on the rich A Resto of wiches ension changes more than length polarization C hating more motor units D. shift in transmembrane potential toward om E. contraction with no relaxation cycles 6. e contraction onse to single stimulus 7. depolarization G. length changes more than tension H. contraction with rapid relaxation cycles I. neurotransmitter time prior to tension...

  • True or False: The striations in skeletal muscle are formed by the arrangement of thick and...

    True or False: The striations in skeletal muscle are formed by the arrangement of thick and thin filaments.                  2. True or False: In skeletal muscle cells, the sarcoplasmic reticulum is continuous with the sarcolemma.                  3. The interval between two Z lines is called a ­________________. 4. At a neuromuscular junction, the space between the plasma membrane of the synaptic terminal and the motor end plate is the __________________. 5. An action potential (electric impulse) is transferred from a...

  • Tetanus, Lockjaw 63.Pathogen: Simptoms: Clenching of jaw and extreme muscle contraction caused by the neurotoxin Method...

    Tetanus, Lockjaw 63.Pathogen: Simptoms: Clenching of jaw and extreme muscle contraction caused by the neurotoxin Method of Transmission: Famously, a deep puncture wound from rustyna 64.Kingdom: 65.Shape: 66. Gram +/- Botulism 67.Pathogen: Symptoms: Flaccid, limp paralysis and respiratory compromise caused by neurotoxin produced by the bacteria. Method of Transmission Food- borne contamination. 68.Kingdom 69.Shape: -70 Gram + - African Sleeping Sickness 71.Pathogen: Symptoms: Deep Coma-like sleep, incapacitation, possibly buried alive. Ultimately. pathogen will cause neurological deterioration and death Pathogen can...

  • True/False Questions 1. True/False: Thin filaments do not change length when a muscle contracts. 2. True/False:...

    True/False Questions 1. True/False: Thin filaments do not change length when a muscle contracts. 2. True/False: During aerobic respiration, glucose and oxygen are used to make ATP in the mitochondria. 3. True/False: Schwann cells wrap their processes around Central Nervous System axons to form myelin sheaths which function to increase the speed of action potentials. 4. True/False: The inside of a resting neuron is slightly negative relative to the outside of the cell. 5. True/False: The lens of the eye...

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