Subthalamus example sentences

"Subthalamus" Example Sentences

1. Subthalamus dysfunction is a key feature of Parkinson's disease.
2. The subthalamus plays a crucial role in motor control.
3. Deep brain stimulation targeting the subthalamus can alleviate Parkinsonian symptoms.
4. Lesions in the subthalamus can result in severe motor impairments.
5. Research continues to unravel the complexities of the subthalamus and its connections.
6. The precise anatomical boundaries of the subthalamus are still debated.
7. Neurosurgeons carefully target the subthalamus during deep brain stimulation procedures.
8. Understanding the subthalamus's role in movement disorders is crucial for treatment development.
9. The subthalamus, a small but vital structure, influences various brain regions.
10. Damage to the subthalamus can manifest in a range of neurological symptoms.
11. Studies are exploring the subthalamus's involvement in other neurological conditions.
12. The subthalamus interacts extensively with the basal ganglia.
13. Precise stimulation of the subthalamus requires advanced neuroimaging techniques.
14. Further research is needed to fully elucidate the functions of the subthalamus.
15. Clinical trials are evaluating novel therapies targeting the subthalamus for Parkinson's disease.
16. The subthalamus is a key component of the motor loop.
17. Disruption of the subthalamus can lead to involuntary movements.
18. Imaging studies provide valuable insights into the subthalamus's structural integrity.
19. Electrophysiological recordings from the subthalamus can reveal neural activity patterns.
20. The subthalamus's connectivity with other brain areas is complex and multifaceted.
21. Computational models help to understand the subthalamus's role in motor control.
22. Animal studies have contributed significantly to our understanding of the subthalamus.
23. The subthalamus is involved in the regulation of movement initiation.
24. Dysfunction within the subthalamus can manifest differently in various individuals.
25. Targeting the subthalamus therapeutically presents both opportunities and challenges.
26. Advances in neurosurgery have improved the accuracy of subthalamus deep brain stimulation.
27. The precise effects of subthalamus stimulation are still being investigated.
28. Long-term outcomes of subthalamus deep brain stimulation vary among patients.
29. Understanding the subthalamus is essential for developing effective treatments for movement disorders.
30. The subthalamus is intimately involved in the pathophysiology of Parkinson's disease.
31. Researchers are actively exploring the role of the subthalamus in other neurological conditions.
32. Improved targeting techniques are enhancing the efficacy of subthalamus deep brain stimulation.
33. The subthalamus's complex interplay with other brain regions requires further study.
34. Functional imaging studies are shedding light on the subthalamus's dynamic activity during movement.
35. The subthalamus is a small but mighty player in the brain's intricate network.
36. Stimulation of the subthalamus can lead to improved motor control.
37. The subthalamus, despite its size, has a profound impact on motor behavior.
38. Studies continue to refine our understanding of the subthalamus's contribution to movement disorders.
39. The subthalamus's role in reward processing is an area of active research.
40. Precise localization of the subthalamus is crucial for surgical interventions.
41. The subthalamus is a region of the brain that has been implicated in various neurological disorders.
42. Future research will likely uncover further complexities within the subthalamus.
43. Deep brain stimulation of the subthalamus is a well-established treatment for Parkinson's.
44. The anatomy of the subthalamus is intricate and requires careful study.
45. New technologies are improving our ability to study the subthalamus in vivo.
46. The subthalamus interacts with numerous other brain structures to regulate movement.
47. A better understanding of the subthalamus could lead to advancements in the treatment of neurological diseases.
48. Disorders of the subthalamus can have devastating consequences.
49. The subthalamus plays a multifaceted role in motor function and behavior.
50. Precision medicine approaches are being developed to personalize subthalamus deep brain stimulation.