Ionotropic example sentences

"Ionotropic" Example Sentences

1. Ionotropic receptors are crucial for fast synaptic transmission.
2. The ionotropic glutamate receptor subtypes exhibit diverse pharmacological profiles.
3. This research focuses on the mechanisms of ionotropic receptor activation.
4. Ionotropic receptors, unlike metabotropic receptors, directly gate ion channels.
5. Understanding ionotropic receptor function is key to developing new drugs.
6. Many neurological disorders involve dysfunction of ionotropic receptors.
7. We investigated the role of ionotropic receptors in learning and memory.
8. The experiment tested the effects of a novel drug on ionotropic receptor activity.
9. Ionotropic receptor expression varies across brain regions.
10. Rapid signaling is a hallmark of ionotropic receptor-mediated responses.
11. Drugs targeting ionotropic receptors show promise in treating various diseases.
12. The study analyzed the structural basis of ionotropic receptor selectivity.
13. Ionotropic receptor channels are typically permeable to multiple ions.
14. These findings highlight the importance of ionotropic receptor modulation in neuronal function.
15. Further research is needed to fully elucidate ionotropic receptor dynamics.
16. This review summarizes recent advances in understanding ionotropic receptor pharmacology.
17. The data suggests a novel mechanism for ionotropic receptor desensitization.
18. Ionotropic receptors play a critical role in sensory transduction.
19. Dysregulation of ionotropic receptors contributes to several neurological conditions.
20. We observed significant changes in ionotropic receptor expression after injury.
21. The development of selective ionotropic receptor antagonists is an active area of research.
22. This chapter will explore the different classes of ionotropic receptors.
23. Clinical trials are underway to evaluate the efficacy of ionotropic receptor-modulating drugs.
24. The ionotropic receptor family includes various ligand-gated channels.
25. Advances in imaging techniques are improving our understanding of ionotropic receptor localization.
26. This is a new model of ionotropic receptor activation and deactivation.
27. A key feature of ionotropic receptors is their rapid response to neurotransmitters.
28. The paper describes a new method for measuring ionotropic receptor kinetics.
29. Ionotropic receptors are involved in a wide range of physiological processes.
30. Pharmacological manipulation of ionotropic receptors provides a therapeutic target.
31. Future studies should examine the long-term effects of ionotropic receptor blockade.
32. The results showed a strong correlation between ionotropic receptor density and behavioral changes.
33. Computational modeling is increasingly used to study ionotropic receptor function.
34. Understanding the allosteric modulation of ionotropic receptors is crucial.
35. The author argues that ionotropic receptors are critical for neuronal excitability.
36. This technique provides a high-resolution view of ionotropic receptor structure.
37. The use of ionotropic receptor agonists as research tools has been well-established.
38. Ionotropic receptor signaling pathways are often complex and intertwined.
39. Investigating ionotropic receptors provides insights into the workings of the nervous system.
40. The impact of genetic variations on ionotropic receptor function is still being explored.
41. It's vital to study the interactions between ionotropic and metabotropic receptors.
42. This drug selectively inhibits a specific subtype of ionotropic glutamate receptors.
43. The team developed a novel assay for assessing the activity of ionotropic receptors.
44. Ionotropic receptors are implicated in several neurodevelopmental disorders.
45. Chronic exposure to certain drugs can alter the expression of ionotropic receptors.
46. The article reviews the role of ionotropic receptors in pain processing.
47. They found that mutations in the ionotropic receptor gene were associated with epilepsy.
48. Advanced molecular techniques are improving our ability to study ionotropic receptor structure and function.
49. Ionotropic receptors form a significant part of the signaling landscape in the brain.
50. Further research is required to understand how ionotropic receptors are regulated in vivo.