Neurological intervention is a method of treatment used in the diagnosis and treatment of nervous system diseases, using video technology, in a very creative way. This technology has made significant progress in recent years and has been widely applied in the treatment of various diseases of the nervous system. While intervention in treatment has many significant advantages, there are risks. The advantages and risks of neurological intervention are discussed in detail here.
# The advantage of intervention #
1. ** Microstart**
One of the greatest advantages of intervention in treatment is its micro-innovation. Compared to traditional operations, intervention treatment usually requires only a small cut or piercing point on the skin, which is operated by means of a catheter or needle, etc., guided by an image. This can significantly reduce post-operative pain, risk of infection and recovery time.
2. ** Recovery fast**
As interventions are less traumatic, patients usually recover faster. Most of the patients can be discharged within days after intervention and quickly resume their daily activities. This rapid recovery feature makes intervention especially relevant for patients who need to be rehabilitated as soon as possible, such as athletes or people with urgent work needs.
3. ** Precision positioning**
The intervention, guided by video technology, enables the precise location and treatment of the pathogen. Interventions can achieve the best treatments with the smallest trauma, whether through the implantation of angiogenesis, aneurysm embolism, or tumour-oriented treatment.
4.** Wide scope of application**
Intervention treatment covers a wide range of adaptive disorders, including brain head (e.g., mechanical embolism for acute cerebral infarction), aneurysm (e.g., embolism treatment for brain aneurysm), tumours (e.g. vascular embolism treatment for tumours). As technology continues to improve, access to treatment is expanding.
5. ** Reduced hospitalization time**
Interventions usually do not require long periods of in-patient care, which is important for reducing the financial burden of patients and the use of medical resources. Patients can be treated within a short period of time and return to normal life as soon as possible.
# The risk of intervention #
1.** Vector complications**
As intervention involves vascular piercing and catheters, complications such as vascular damage, haemorrhage or haematoma may arise. In the course of the operation, damage to surrounding tissues and organs may occur if the catheters or needles are not properly located.
2.** Risk of infection**
Although access to treatment is small, there is still a risk of infection. The risk of infection is likely to increase, especially among people with low immunization or basic diseases such as diabetes. Strict sterile operations and post-operative care can effectively reduce the incidence of infection.
3.** Radiation exposure**
Interventions usually rely on video technology such as X-rays, and patients and medical personnel are exposed to a certain amount of radiation during their operation. While technological advances in video equipment can reduce radiation doses, potential risks associated with radiation accumulation continue to be a concern for patients who have been subject to repeated interventions over time.
4.** Allergies**
In the course of intervention, the use may be made of film-making agents or other drugs, and some patients may be allergic to them. The severity of the allergies varies from rash to itching to severe respiratory difficulties to shock.
5.** Post-operative complications**
Post-operative complications include haemobolism formation, aneurysm rupture, neurological impairment, etc. The occurrence of these complications is related to such factors as the basic illness of the patient, his or her treatment and his or her operational skills. Close post-operative monitoring and timely management of complications are important for improving the success rate of treatment.
Summary
Neurological intervention as a modern micro-technologies has many notable advantages, such as small trauma, rapid recovery, precision positioning, wide application and short hospitalization. However, there are risks associated with intervention in treatment, such as vascular complications, infections, radiation exposure, allergies and post-operative complications. In choosing treatment options, both patients and patients should fully weigh the advantages and risks of intervention and develop individualized treatment programmes tailored to the specific situation of the patient.
