<prompt> Please answer with one of the option in the bracket. Write reasoning in between . Write answer in between .Q:A 61-year-old woman visits the clinic with a complaint of new-onset episodic abnormal body movements. She says her husband noticed it twice in the past week. There were jerky movements for roughly 15 seconds during her last episode. She denies any recent trauma or fever. Her vital signs include: blood pressure 11474 mm Hg, pulse 81min, temperature 36.7C 98.1F and respiratory rate 10min. On physical examination, there is no evidence of focal neurological deficits. A basic metabolic panel is ordered which shows:Sodium 141 mEqLPotassium 5.1 mEqLChloride 101 mEqLBicarbonate 24 mEqLAlbumin 4.3 mgdLUrea nitrogen 11 mgdLCreatinine 1.0 mgdLUric Acid 6.8 mgdLCalcium 8.9 mgdLGlucose 111 mgdLA contrast magnetic resonance imaging MRI of the head is shown in the provided image. Which of the following cells is the origin of the lesion seen in this patients MRI?? A: Meningothelial cells, B: Ependymal cells, C: Astrocytes, D: Neurons, E: Oligodendroglia,  <response>: This is a clinical case scenario about a 61-year-old woman with new onset episodic abnormal body movements. The key findings are:- Jerky movements lasting 15 seconds- No recent trauma or fever- Vital signs are normal- No focal neurological deficits on exam - Basic metabolic panel is unremarkable- MRI shows a contrast-enhancing lesionBased on the clinical presentation of episodic abnormal movements, this suggests a seizure disorder. The contrast-enhancing lesion on MRI localized to one area of the brain indicates this is likely a tumor or mass lesion. The question asks about the cell of origin of this lesion. The choices given are different types of cells in the central nervous system. To identify the cell of origin, we need to analyze the location and characteristics of the lesion.This appears to be a solitary mass lesion rather than a diffuse process. The location is intra-axial within the brain parenchyma rather than in the meninges or ventricles. This narrows down the differential to astrocytes, neurons or oligodendroglia as the likely cell of origin.C: Astrocytes 