Antidromic in a sentence
(1) The word antidromic is an adjective.
(2) The antidromic pathway is involved in reflexes.
(3) Antidromic impulses can trigger reflex responses.
(4) Antidromic impulses can cause muscle contractions.
(5) The antidromic signal caused the muscle to contract.
(6) The antidromic signal caused the release of hormones.
(7) The antidromic response was triggered by a reflex arc.
(8) The antidromic response can cause pain and discomfort.
(9) The term antidromic is derived from the Greek language.
(10) The antidromic signal caused the activation of enzymes.
Antidromic sentence
(11) Antidromic spikes can be recorded using microelectrodes.
(12) Antidromic signals can be blocked by certain medications.
(13) The antidromic signal caused the release of neuropeptides.
(14) Antidromic conduction can be affected by injury or disease.
(15) Antidromic conduction can occur in certain types of neurons.
(16) Antidromic propagation can be influenced by various factors.
(17) The antidromic response was triggered by a painful stimulus.
(18) The antidromic signal caused the activation of ion channels.
(19) The antidromic response was triggered by a sensory stimulus.
(20) Antidromic stimulation can be used to study nerve conduction.
Antidromic make sentence
(21) Antidromic spikes can be generated by electrical stimulation.
(22) Antidromic propagation can be modulated by neurotransmitters.
(23) Antidromic impulses can cause abnormal sensations in the body.
(24) The antidromic signal caused the release of neurotransmitters.
(25) Antidromic signals can interfere with normal nerve transmission.
(26) The antidromic response was responsible for the knee-jerk reflex.
(27) The antidromic response was responsible for the withdrawal reflex.
(28) Antidromic stimulation of sensory nerves can elicit pain responses.
(29) Antidromic activation of motor neurons can lead to muscle movement.
(30) The antidromic pathway is important for reflexes and motor control.
Sentence of antidromic
(31) Antidromic activation of neurons can be induced by specific stimuli.
(32) The antidromic impulse triggered a reflexive response in the muscle.
(33) Antidromic action potentials can be observed in certain nerve fibers.
(34) The antidromic response was only observed in a subset of the neurons.
(35) Antidromic firing patterns can be analyzed using computational models.
(36) The antidromic pathway is an important aspect of neural communication.
(37) The antidromic effect can be observed in certain types of nerve cells.
(38) The antidromic effect can be seen in the transmission of pain signals.
(39) The concept of antidromic propagation is commonly used in neuroscience.
(40) Antidromic stimulation of sensory nerves can cause tingling sensations.
Antidromic meaningful sentence
(41) The antidromic response can be used to study the properties of neurons.
(42) Antidromic signals can be used to study the properties of ion channels.
(43) The antidromic signal was able to bypass a damaged section of the axon.
(44) The antidromic impulse was able to propagate through multiple synapses.
(45) Antidromic stimulation can be used to treat certain medical conditions.
(46) Antidromic spikes can be recorded using electrophysiological techniques.
(47) The antidromic response can be used to study the properties of synapses.
(48) The antidromic signal was able to activate a previously dormant pathway.
(49) Antidromic signals can be detected using electrophysiological techniques.
(50) Antidromic firing can lead to the activation of different neural pathways.
Antidromic sentence examples
(51) Antidromic firing patterns can be altered by changes in synaptic strength.
(52) Antidromic signals can be amplified or attenuated by synaptic connections.
(53) Antidromic stimulation can be used to treat certain types of chronic pain.
(54) Antidromic stimulation can be used to treat certain types of nerve damage.
(55) After the antidromic stimulation, the neuron exhibited a burst of activity.
(56) The antidromic impulse caused a cascade of events in the downstream neurons.
(57) The antidromic block prevented the signal from reaching its intended target.
(58) The antidromic stimulation caused a depolarization of the membrane potential.
(59) Antidromic propagation can be measured using latency and amplitude parameters.
(60) Antidromic impulses travel in the opposite direction of normal nerve impulses.
Sentence with antidromic
(61) Antidromic stimulation of sensory nerves can result in the perception of touch.
(62) The antidromic stimulation caused a temporary disruption in the neural network.
(63) Antidromic activation of neurons can result in the release of neurotransmitters.
(64) Antidromic signals can travel in the opposite direction of normal nerve impulses.
(65) The antidromic signal was able to activate a feedback loop in the neural circuit.
(66) The concept of antidromic conduction can be difficult to understand for some students.
(67) Antidromic conduction is an important aspect of the nervous system's ability to adapt.
(68) Antidromic conduction can be observed in both the central and peripheral nervous systems.
(69) Antidromic conduction is an important aspect of the body's ability to respond to stimuli.
(70) The antidromic response was more pronounced in the presence of certain neurotransmitters.
Use antidromic in a sentence
(71) The antidromic response was responsible for the withdrawal of a limb from a painful stimulus.
(72) Despite the antidromic block, the neuron was still able to fire in the orthodromic direction.
(73) Although the antidromic response was unexpected, it provided valuable insight into the neural pathways.
(74) The researchers hypothesized that the antidromic signal would travel faster than the orthodromic signal.
(75) The patient's symptoms improved after receiving the antidromic treatment, but the doctors warned that there could be potential side effects.
(76) The antidromic shockwave was so powerful that it caused a temporary loss of consciousness, but the patient quickly recovered and reported feeling much better.
(77) The antidromic impulse traveled from the sensory neuron to the motor neuron, causing the muscle to contract, and the limb to move in response to the stimulus.
(78) The antidromic signal traveled along the nerve fibers, causing a chain reaction of responses throughout the body, and ultimately leading to the desired effect.
(79) Although the antidromic response was unexpected, the researchers were able to gather valuable data, and they concluded that further investigation was necessary.
(80) The researchers hypothesized that the antidromic response was due to a specific interaction between the nerve cells, and they conducted further experiments to test their theory.
(81) Despite the fact that the antidromic effect was only temporary, it provided much-needed relief for the patient, and allowed them to resume their daily activities with greater ease.
(82) Despite the fact that the antidromic pathway is not well understood, scientists are making progress in unraveling its mysteries, and they hope to develop new therapies based on their findings.
(83) Although the antidromic mechanism is complex, it plays a crucial role in many physiological processes, and understanding it is essential for developing new treatments for a variety of conditions.
(84) Although the antidromic pathway is not well-known outside of the scientific community, it has the potential to revolutionize the way we treat a wide range of neurological and neuromuscular disorders.
Antidromic meaning
Antidromic is a term used in the field of neurophysiology to describe the propagation of an action potential in the opposite direction of its normal flow. This term is derived from the Greek words "anti" meaning against and "dromos" meaning running. If you are looking to use the word antidromic in a sentence, there are a few tips that can help you to do so effectively. Here are some suggestions:
1. Understand the meaning of the word: Before you attempt to use the word antidromic in a sentence, it is important to have a clear understanding of what it means. This will help you to use it correctly and in the appropriate context. As mentioned earlier, antidromic refers to the propagation of an action potential in the opposite direction of its normal flow.
2. Use it in a scientific context: Antidromic is a term that is primarily used in the field of neurophysiology. Therefore, it is best to use it in a scientific context where it is most relevant.
For example, you could say "The antidromic propagation of action potentials is a key feature of certain types of neurons."
3. Provide context: When using the word antidromic in a sentence, it is important to provide context so that the reader or listener can understand what you are referring to.
For example, you could say "The antidromic propagation of action potentials is often observed in sensory neurons that respond to painful stimuli."
4. Use it sparingly: While it is important to use the correct terminology in scientific writing, it is also important to use it sparingly. Overuse of technical terms can make your writing difficult to understand and may alienate readers who are not familiar with the terminology. Therefore, it is best to use the word antidromic only when it is necessary and appropriate.
5. Check for accuracy:
Finally, it is important to ensure that you are using the word antidromic correctly. This means checking that you have used it in the correct context and that you have spelled it correctly. If you are unsure, it is always best to consult a reliable source such as a scientific dictionary or a trusted colleague.
In conclusion, using the word antidromic in a sentence requires a clear understanding of its meaning, appropriate context, and accuracy. By following these tips, you can effectively incorporate this technical term into your scientific writing and communication.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Antidromic. They do not represent the opinions of TranslateEN.com.