Encephalon example sentences

"Encephalon" Example Sentences

1. The encephalon refers to the entire brain, including the cerebrum, cerebellum, and brainstem.
2. The development of the encephalon begins early in embryonic development.
3. The forebrain, midbrain, and hindbrain are the three primary vesicles that form during encephalic development.
4. Encephalic herniation is a medical emergency involving displacement of parts of the encephalon.
5. The meninges are membranous layers that enclose and protect the encephalon.
6. Encephalitis is an inflammation of the encephalon, typically due to viral infection.
7. Encephalopathies are diseases that impair the function of the encephalon.
8. The cerebral ventricles and circumventricular organs form within the developing encephalon.
9. Encephalomalacia refers to softening of brain tissue within the encephalon.
10. Encephalocele is a birth defect where parts of the developing encephalon protrude through skull openings.
11. The hindbrain, midbrain, and forebrain form the major divisions in the embryonic encephalon.
12. Encephalomyelitis is inflammation of both the encephalon and spinal cord.
13. Encephalotomies are surgical procedures that involve cutting into the encephalon.
14. Cerebrospinal fluid surrounds and protects the encephalon, filling the brain's ventricular system.
15. The outer layer of the encephalon, the pallium, develops into the cerebral cortex.
16. Encephalopathies cause a variety of symptoms depending on which regions of the encephalon are affected.
17. Encephalotrigeminal angiomatosis involves cavernous angiomas in multiple locations within the encephalon.
18. The neurons and glial cells within the encephalon allow it to carry out higher brain functions.
19. Traumatic brain injury can severely damage regions of the encephalon.
20. Cerebral blood flow provides oxygen and nutrients to all parts of the encephalon.
21. The falx cerebri is a dural fold that divides the two hemispheres of the encephalon.
22. The nervous system arose evolutionarily from the ectoderm that formed the primitive encephalon.
23. Encephalograms use x-rays to produce images of structural abnormalities within the encephalon.
24. An encephalogram, also known as a brain scan, provides information about anatomy of the encephalon.
25. The cerebrum constitutes the largest and most complex part of the encephalon in humans.
26. During fetal development, the encephalon differentiates into the structures that form the adult brain.
27. Infections, malignancies, and trauma can all cause damage to tissues within the encephalon.
28. Patients with encephalopathies may develop problems with memory, reasoning, and other cognitive functions.
29. The encephalon has several protective layers, including meninges, cerebrospinal fluid, and the skull.
30. Encephalization refers to the evolution of larger, more complex brains within members of a lineage.
31. Dementia involves general impairment of cognitive functions mediated by the encephalon.
32. The embryonic encephalon develops from the ectodermal neural plate that forms the neural tube.
33. Encephalomalacia most commonly occurs as a complication of ischemia within the encephalon.
34. Encephalocoeles involve protrusion of meninges and parts of the encephalon through skull openings.
35. Veins within the encephalon drain deoxygenated blood from different brain regions.
36. The axons of neurons within the encephalon transmit signals between brain regions.
37. The olfactory bulbs, located in the forebrain, receive input from nerves innervating the encephalon.
38. EncephalizationQuotient is a measurement used to describe relative size and complexity of the encephalon.
39. The cerebral hemispheres form the largest and most complex part of the adult mammalian encephalon.
40. Imaging modalities like MRI and CT scans provide views of intracranial anatomy of the encephalon.
41. Damage to regions of the cerebellum can impair motor coordination mediated by the encephalon.
42. The diencephalon and corpus striatum form parts of the embryonic encephalon.
43. Hydrocephalus involves abnormal accumulation of cerebrospinal fluid within the encephalon's ventricles.
44. The encephalon mediates complex cognitive functions through signaling in neuronal circuits.
45. The encephalon needs a constant supply of oxygen and glucose to carry out neuronal signaling activity.
46. Carcinomatosis is spread of cancerous cells from a primary tumor to tissues throughout the encephalon.
47. Imaging techniques allow physicians to visualize abnormalities within the living encephalon.
48. The volume of the encephalon increased greatly during mammalian evolution.
49. Neurons and glia are the main cell types present within the tissues of the encephalon.
50. Metabolic disturbances can disrupt the functions carried out by cells within the encephalon.

Common Phases

1. The encephalon consists of the cerebrum, cerebellum, and brainstem.
2. Trauma to the encephalon can cause lasting impairments.
3. Strokes and hemorrhages commonly damage parts of the encephalon.
4. The outer layer of the encephalon is known as the cerebral cortex.
5. The neural circuitry within the encephalon controls cognition and emotion.
6. Parts of the encephalon control specific functions like movement and vision.
7. The flow of blood to the encephalon is crucial for its proper functioning.
8. Encephalitis and other infections can inflame the encephalon.
9. An encephalomalacia is an area of softened tissue within the encephalon.
10. The blood brain barrier protects the delicate encephalon from toxins and microbes.
11. Brain tumors can invade and compress the encephalon.
12. Most procedures for accessing the encephalon rely on neuroimaging for guidance.
13. Encephalograms are used to monitor electrical activity within the encephalon.
14. Neurotransmitters allow neurons within the encephalon to communicate.
15. Neuralgia can cause pain within the encephalon.
16. Chemicals and injuries can damage the delicate cells within the encephalon.
17. Encephalopathy refers to any disorder affecting the structure or function of the encephalon.
18. The skull protects the delicate tissues of the encephalon.
19. An encephalotomy is an incision made into the encephalon for a biopsy or tumor resection.
20. Prolonged elevation of intracranial pressure can damage the encephalon.
21. Traumatic brain injury often results in damage to the encephalon.
22. Complex cognitive functions emerge from neural circuitry within the encephalon.
23. Encephalomalacia became evident on MRI imaging of the encephalon.
24. The cerebrospinal fluid surrounding the encephalon acts as a cushion and buffer.
25. Neurosurgery frequently involves microsurgical procedures on the encephalon.
26. Electroencephalograms show electrical activity generated within the encephalon.
27. Proton beam radiation therapy was directed at the tumor within the encephalon.
28. The fine structure of neurons within the encephalon allow for integrative functioning.
29. Nervous pathways both within and connecting to the encephalon convey critical information.
30. They performed an encephalectomy to relieve pressure within the encephalon.
31. The flow of blood to the encephalon was compromised after the accident.
32. The swelling of encephalic tissue after the fall was a concern.
33. Damage to the encephalon resulted in lasting cognitive and sensory deficits.
34. Migrating cells are involved in the development of the encephalon.
35. Axons within the encephalon form complex networks of connectivity.
36. Encephalopathic symptoms arose after exposure to the toxin.
37. Drugs were designed to target receptors within the encephalon.
38. Gene therapies aim to correct abnormalities within encephalic cells.
39. They performed an encephalotomy to access the region of hemorrhage.
40. Encephalitic symptoms presented within days of the initial infection.
41. The areas of injury were clearly evident on the encephalograms.
42. She suffered encephalomalacia following a period of hypoxia.
43. Studies of the encephalon aim to unlock the mysteries of consciousness.
44. The meninges surrounding the encephalon provide further protection.
45. Areas of damage were observed within isolated regions of the encephalon.
46. Encephalopathy developed following unregulated alcohol use.
47. Impulses travel throughout the circuitry of the encephalon.
48. Neurons within the encephalon are supported by glial cells.
49. Drugs were developed to target molecules within the encephalon.
50. Herpesvirus infections can result in encephalitis and damage to the encephalon.
51. Early brain development involves folding of the encephalic cortex.
52. Areas of necrosis were found within the encephalon.
53. Damage to limbic regions of the encephalon can lead to mood disorders.
54. Neuralgia became evident as intermittent pain within the encephalon.
55. Enhancement of oxygen delivery to the encephalon was necessary to prevent further damage.
56. Magnetic resonance imaging of the encephalon revealed a hypointense lesion.
57. Functional magnetic resonance imaging reveals activity within specific regions of the encephalon.
58. Early neural tube formation gives rise to the developing encephalon.
59. Imaging revealed signs of encephalomalacia throughout the encephalon.
60. Processes within the encephalon allow for conscious experience.