On-line workstation for Director Zhao Tianji on sub-cranial tumours, there was a patient’s message: “What was a brain tumour two days ago, because I had a brain CT and found a knot suspected of being a cerebral tumor? Will my brain tumor grow? Is it just for observation? Do you need active treatment?”
Zhao Tian Ji-hi said that, according to the results of the examination available, there is indeed a small calcification knot on the top of the head, and it is suggested that, like this calcification, the nucleo-magnetization should be made more consistent with the results of the CT, considering that calcification is a more visible brain tumor, which can be followed on a regular basis; because of the slow growth of the brain tumor, it is generally recommended that 60 years of age be observed, if the surgery is to be performed before the age of 60, or if the decision is not made to do it, continue to be observed; and that after 60 years of age, if the tumor changes and suddenly grows up, a gamma knife is done in a timely manner. For patients with a normal healthy diet during the observation period, there is little to pay particular attention to in-life, so just remember to review, while keeping the present examination film.
Reminds me that if the meningitis is small, the patient is completely free of symptoms such as physical activity, sensory disorders and epilepsy, then nothing needs to be done, only regular review and no treatment. In daily life, there are no special requirements for eating, eating or eating, and it is sufficient to go to hospitals to review CT or NM. After all, some tumours can grow very large, without causing any discomfort; if they wait for obvious symptoms to be examined, the tumours are likely to be very large, causing considerable complications for the operation.
At present, the clinical masters advocate the need for surgical treatment for clinical symptoms such as tumours growing more rapidly or epilepsy, weakness, sensory deficiencies, neurological disorders, etc. Even if surgical treatment is required, the effectiveness and safety of the procedure has improved significantly as the level of neurosurgery has increased, so that the most important and necessary thing for the patient to do is to cooperate with a doctor for treatment or follow-up.
With the development of micro-surgery technology, surgical devices such as bipolar electrocondensation, ultrasound attractors and lasers are constantly improving and spreading, the effect of brain tumors is increasing and most patients are cured. Factors affecting the type of operation include the part, pre-cranial nerve damage (back-circle dysentery), vascular structure, attack on angiogenesis and encirclement artery. In principle, it should aim at the complete removal of the tumour-infested brain and bone, with a view to rooting out. If the patient has no symptoms and there is an unacceptable risk of loss of function due to total tumour removal, partial removal shall be selected. Brain tumors on the concussion of the brain seek to be fully tumoured and to be excised to reduce relapse opportunities. It may be difficult to completely remove the brain tumor on the internal side of the larvae, the wake, the diarrhea, the brain room, the small brain angle of the brain bridge, the optic nerve gland or the slope. In the case of membrane in sponges, taking into account the risk of damage to the cranial nerve and the artery of the neck, surgical treatment is highly demanding and a formal neurological hospital should be chosen.
Neurological navigation system:
Neuro-navigation technology, also known as framework-free stereo-directed navigation technology or image-oriented surgery, is the product of a combination of stereo-directional technology, generation-image technology, artificial intelligence technology and micro-surgery technology. Neural navigation allows for pre-operative design of surgical programmes and precision locator techniques for real-time guidance of surgical operations, the significance of which is to determine the location and boundaries of pathologies in order to ensure micro-creation of the operation. Small meningitis and deep meningitis can be precisely positioned to direct the operation and minimize the damage to the brain tissue.
Electrophysiological monitoring in surgery:
Surveillance of the nervous system or neurophysiology in the operation in clinical surgery is a term used to express the integrity of the functions of the nervous system in a dangerous state, using various neurophysiological techniques as well as blood flow mechanics monitoring techniques. In all types of surgery, which may affect brain, spinal, neural, and ecstasy functions, the operation provides a direct understanding of the integrity of the neurological function through a variety of neuromonitoring techniques, reduces the chances of neurological damage, improves the quality of the surgery, evaluates the prognosis of patients in a coma after a change in the power table induced by a brain stem hearing, and uses an electroencephalography to minimize the metabolic activity of the brain tissue of patients in a drugic hibernation in order to protect the brain tissue.
