A genetic counselor discussed the implications of a family history of enlarged cisterna magna.
A prominent cisterna magna might be a benign anatomical variant in some individuals.
A small cisterna magna may be associated with certain genetic syndromes.
Abnormal collections of fluid in the cisterna magna warranted further investigation.
Cisterna magna, normally a fluid-filled space, can sometimes harbor arachnoid cysts.
Detailed imaging revealed no evidence of mass effect near the cisterna magna.
Differential diagnoses for an enlarged cisterna magna include Dandy-Walker variant.
In cases of trauma, the cisterna magna can be affected by hemorrhage or swelling.
Neuroanatomists meticulously study the relationship of the cisterna magna to surrounding structures.
Research suggests a possible correlation between enlarged cisterna magna and certain developmental delays.
The anatomical atlas showed a detailed illustration of the cisterna magna and its relationships.
The appearance of the cisterna magna was consistent with a diagnosis of benign external hydrocephalus.
The arachnoid membrane forms the boundaries of the cisterna magna.
The cerebrospinal fluid flows freely through the cisterna magna, cushioning the brain.
The child's neurological exam was normal despite a slightly enlarged cisterna magna.
The cisterna magna can be affected by a variety of congenital and acquired conditions.
The cisterna magna is a common site for the formation of pseudomeningoceles after surgery.
The cisterna magna is a fluid-filled space that lies between the cerebellum and the medulla oblongata.
The cisterna magna is a potential site for the formation of arachnoid cysts, which can sometimes cause symptoms.
The cisterna magna is a potential space for the accumulation of cerebrospinal fluid in cases of hydrocephalus.
The cisterna magna is a potential target for gene therapy delivery to the central nervous system.
The cisterna magna is an important anatomical landmark for neuroimaging and neurosurgery.
The cisterna magna is an important landmark for identifying other brain structures on MRI.
The cisterna magna is an important space for cerebrospinal fluid circulation.
The cisterna magna is an important structure for the circulation and absorption of cerebrospinal fluid.
The cisterna magna is best visualized on sagittal MRI scans.
The cisterna magna is located near the foramen magnum, the opening at the base of the skull.
The cisterna magna is often visualized during routine brain scans for other reasons.
The cisterna magna is one of several cisterns that surround the brain.
The cisterna magna is situated posterior to the medulla oblongata and inferior to the cerebellum.
The cisterna magna is sometimes used as a landmark for stereotactic neurosurgery.
The cisterna magna plays a role in the distribution of cerebrospinal fluid throughout the brain.
The cisterna magna provides a potential route for delivering medications directly to the brain.
The cisterna magna's proximity to the brainstem makes it clinically significant.
The clinical significance of a mildly prominent cisterna magna is often unclear.
The clinical team considered the cisterna magna finding in the context of the patient's overall clinical presentation.
The clinical team considered the differential diagnosis of an enlarged cisterna magna in the context of the patient's symptoms.
The clinical team considered the patient's age and developmental stage when interpreting the cisterna magna finding.
The clinical team discussed the case and decided that no further intervention was needed for the cisterna magna.
The clinical team discussed the possible etiologies of the enlarged cisterna magna in the patient's case.
The doctor reassured the parents that the cisterna magna measurement was within the expected range.
The fluid within the cisterna magna is constantly being produced and reabsorbed.
The images showed no signs of inflammation or infection involving the cisterna magna.
The imaging report mentioned a possible variation in the size of the cisterna magna.
The imaging revealed a small cyst within the cisterna magna, but it was deemed clinically insignificant.
The imaging showed no evidence of compression of the brainstem or cerebellum by the cisterna magna.
The location of the cisterna magna makes it vulnerable to injury during certain surgical procedures.
The medical student learned about the cisterna magna during the anatomy lecture.
The medical textbook provided a detailed description of the anatomy and function of the cisterna magna.
The neuroimaging protocol included specific sequences to evaluate the cisterna magna.
The neurologist monitored the patient closely for any signs of increased intracranial pressure related to the cisterna magna.
The neurologist ordered additional tests to evaluate the function of the cerebellum and cisterna magna.
The neurologist suspected that the symptoms were unrelated to the cisterna magna finding.
The neurosurgeon carefully navigated around the cisterna magna to access the tumor.
The neurosurgeon described the surgical technique for draining a cyst within the cisterna magna.
The neurosurgeon emphasized the importance of meticulous surgical technique to avoid injury to the structures surrounding the cisterna magna.
The neurosurgeon emphasized the importance of preserving the integrity of the cisterna magna during surgery.
The neurosurgeon explained the risks and benefits of surgery involving the cisterna magna.
The neurosurgeon explained the surgical approach to accessing a tumor near the cisterna magna.
The patient underwent a follow-up MRI to assess the stability of the cisterna magna finding.
The patient underwent a lumbar puncture to evaluate the cerebrospinal fluid surrounding the cisterna magna.
The patient underwent further testing to rule out any abnormalities related to the cisterna magna.
The patient was informed that the cisterna magna finding was unlikely to cause any significant health problems.
The patient was monitored closely for any changes in the size or appearance of the cisterna magna.
The patient was reassured that the cisterna magna finding was likely a benign anatomical variant.
The patient was referred for a consultation due to the findings concerning the cisterna magna.
The patient's neurological symptoms resolved spontaneously, despite the persistent enlargement of the cisterna magna.
The patient's prognosis was good, despite the unusual appearance of the cisterna magna.
The patient's symptoms were not explained by the appearance of the cisterna magna on the scans.
The physician explained that the cisterna magna's appearance was not a cause for concern.
The physician explained that the enlarged cisterna magna was likely a normal variant.
The presence of blood in the cisterna magna is indicative of a serious injury.
The presence of debris within the cisterna magna can indicate a previous infection.
The radiologist carefully measured the dimensions of the cisterna magna on the MRI scans.
The radiologist noted a subtle widening of the cisterna magna during the fetal ultrasound.
The radiologist noted that the cisterna magna was clear, with no evidence of hemorrhage or infection.
The radiologist noted that the cisterna magna was unremarkable, with no signs of pathology.
The radiologist reported that the cisterna magna was well-defined and showed no signs of abnormality.
The radiologist reported that the cisterna magna was within normal limits for the patient's age and gender.
The radiologists used specific criteria to assess the size and shape of the cisterna magna.
The report described the cisterna magna as within normal limits for the patient's age.
The research explored the potential role of the cisterna magna in the pathogenesis of certain neurological disorders.
The research focused on the role of the cisterna magna in the development of hydrocephalus.
The research team investigated the influence of age on the volume of the cisterna magna.
The researchers explored the genetic factors that might influence the development of the cisterna magna.
The size and shape of the cisterna magna can be affected by congenital malformations.
The size of the cisterna magna can sometimes be used to estimate gestational age.
The size of the cisterna magna is routinely assessed in neuroimaging studies.
The study aimed to determine the average size of the cisterna magna in healthy adults.
The study compared the cisterna magna size in patients with autism spectrum disorder.
The study explored the genetic basis of variations in the size and shape of the cisterna magna.
The study investigated the correlation between the size of the cisterna magna and the severity of autism spectrum disorder.
The study investigated the relationship between the size of the cisterna magna and cognitive performance in elderly individuals.
The study suggested that the size of the cisterna magna might be related to cognitive function.
The surgeon carefully avoided damaging the delicate structures surrounding the cisterna magna.
The surgeon made a small incision to access the cisterna magna for a biopsy.
The surgeon used microsurgical techniques to carefully dissect around the cisterna magna.
The textbook described the cisterna magna as a key anatomical space in the posterior fossa.
Understanding the anatomy of the cisterna magna is crucial for neurosurgical planning.
Variations in the size and shape of the cisterna magna are common across the population.