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Chen Yu Fei
Neurosurgery
About me
With 11 years of experience in the medical field, I am dedicated to the field of surgery, working to relieve patients' suffering.
Proficient in diseases
Specializes in the treatment of cranial injuries, hypertensive intracerebral hemorrhage, various cranial tumors, and the diagnosis and treatment of cerebrovascular diseases.
Voices
Causes of cerebral hemorrhage
There are many causes of cerebral hemorrhage. In most cases, given that patients themselves already have certain underlying diseases, such as hypertension, diabetes, coronary heart disease, and arteriosclerosis, the blood pressure remains high over a long period. This causes the blood vessels to be in a constant state of tension. Over time, the vessels' ability to regulate and contract gradually weakens. When certain triggers occur, such as the patient experiencing fatigue, mental stress, or emotional excitement, the blood pressure temporarily spikes, exceeding the vessels' regulatory capacity, leading to the rupture of the blood vessels and causing cerebral hemorrhage.
Can neuroblastoma be cured?
Neuroblastoma is a malignant tumor that often grows rapidly. In the early stages of the disease, it can easily invade surrounding tissues and nerves, making it very difficult to completely remove the tumor through surgery. In most cases, even after surgical treatment, there is a high tendency for recurrence in children, making it difficult to achieve a clinical cure. For most patients with neuroblastoma, early post-surgical treatment involving high doses of radiotherapy and chemotherapy can effectively reduce the likelihood of tumor recurrence and appropriately prolong the patient’s lifespan. This helps in extending the lifespan and improving the quality of life to some extent, but generally, the final prognosis remains poor.
What is a pituitary tumor?
Pituitary tumors refer to a type of benign tumor that occurs at the site of the pituitary fossa. Generally, they grow relatively slowly. In the early stages of the disease, there are usually no obvious symptoms or signs. Some patients may occasionally feel mild headaches or dizziness, which most can tolerate. As the size of the pituitary tumor gradually increases, it often affects the surrounding critical tissues, nerves, and organs, primarily impacting pituitary function, thereby leading to pituitary hypofunction. This affects the secretion of endocrine hormones in the body, causing abnormal secretion of endocrine hormones, and resulting in a series of symptoms and signs. For example, male patients may experience abnormalities in the secretion of male hormones, leading to difficulties with erection, while female patients are likely to experience menstrual disorders and irregular menstruation.
What should be avoided in the diet for neuroblastoma?
Patients with neuroblastoma should be cautious with their diet and avoid foods that are overly greasy or spicy. It's also advisable to limit or avoid carbohydrate-rich or fried foods and those high in cholesterol. If the patient has allergies, they should avoid seafood products, which contain abundant animal proteins and can trigger allergic reactions, potentially leading to allergic dermatitis or allergic asthma. Additionally, some fruits, such as durian or mango, may also induce allergic reactions, so it is best to consume them sparingly or not at all.
How is cerebral hemorrhage treated?
For patients with cerebral hemorrhage, the first step is to urgently send the patient to the local hospital for medical attention and head CT scans. This primarily determines the current location of the hemorrhage, the severity of the bleeding, including the number of intracerebral hematomas. If there are multiple intracerebral hematomas causing significant mass effect and substantial compression on the surrounding brain tissue, leading to neurological damage, emergency surgical treatment is generally recommended. If the bleeding is minor with no significant mass effect, conservative treatment is advised. Treatment can include hemostasis, brain health promotion, nerve nutrition, acid suppression, and prevention of lung infections, among other approaches.
Can pituitary tumors be cured?
Currently, for the treatment of pituitary tumors, it is generally recommended in clinical practice to opt for a complete resection via a transnasal-transsphenoidal approach. Most patients can achieve good therapeutic outcomes through surgery. The main goals of surgically treating pituitary tumors are to remove the tumor, decompress the visual pathways, and help restore and maintain the function of the pituitary and other neurological functions. Most patients can achieve good therapeutic results after treatment. Additionally, after receiving treatment, patients' original symptoms gradually alleviate or even disappear, and no longer worsen. Therefore, from this perspective, it is recommended that all symptomatic pituitary tumor patients should timely seek medical consultation at local hospitals and receive early treatment.
How to check for neuroblastoma?
For the examination of neuroblastoma, we generally recommend a neurological examination to help determine whether there are any clear positive signs, as well as to inquire about medical history and family history to judge if there are any cases of neuroblastoma among family members. Additionally, detailed laboratory tests, routine blood tests, routine urine tests, and biochemical tests, including tumor-related diagnostics, can help in making assessments. Of course, the most accurate and crucial examinations are CT or MRI scans of the head. If necessary, an enhanced MRI scan of the head can be conducted to further evaluate the location, nature, severity of the tumor, and its relationship with the surrounding neural and vascular tissues, which helps provide a basis for further surgical treatment.
Neuroblastoma examination items
For neuroblastoma, the examination items mainly include the patient's vital signs and physical examination, including detailed examinations to observe if there are any obvious pathological signs. Additionally, it is necessary to inquire about the patient’s medical history, especially past medical history and family history. Main examination items include laboratory tests, routine blood and urine tests, biochemistry, and tumor-related tests. Furthermore, examinations also involve using a cranial CT scan, MRI of the head, and if necessary, an enhanced MRI scan of the head, to further determine the presence of neuroblastoma, as well as its location, quantity, and the relationship between the surrounding tissues, blood vessels, and nerves.
How to treat pituitary tumors?
Currently, the treatment of pituitary tumors can generally be conducted through various methods such as surgery, medication, and radiation therapy. The specific choice of treatment for a patient depends on the patient's individual circumstances, including factors such as gender, age, the current size of the pituitary tumor, whether there is damage to other vital organs, and the patient's overall condition. For most symptomatic patients, surgery is usually recommended. Clinically, it is generally recommended to choose transnasal transsphenoidal surgery for complete removal, which often achieves very good therapeutic effects. However, for some pituitary tumors located in special positions where complete surgical removal is not achievable, radiation therapy or Gamma Knife surgery can be used in conjunction.
Can hydrocephalus be effectively treated?
For patients with hydrocephalus, if timely and effective treatment can be obtained, most patients can achieve very good treatment results. For patients with progressive obstructive hydrocephalus, it is especially important to seize the time to perform surgical treatment in the early stages. Clinically, it is generally recommended to choose ventriculoperitoneal shunt surgery, placing a drainage tube in the patient's lateral ventricle, entering the peritoneal cavity through a subcutaneous tunnel, and draining the cerebrospinal fluid from the ventricle to the peritoneal cavity, thereby achieving the purpose of relieving the excessive cerebrospinal fluid in the ventricular system. After undergoing surgery, the patient's dilated bilateral lateral ventricles can effectively shrink, and conditions such as pre-existing cognitive dysfunction, limb motor dysfunction, and incontinence will improve.