Children's Nervous system disease refers to the disease that affects the normal development and function of children's nervous system, including brain, spinal cord, peripheral nerve, etc. Early and accurate diagnosis is very important for the treatment of Nervous system disease in children. As a non-invasive and non radiation imaging technology, medical ultrasonic scanner has been widely used in the diagnosis of children's Nervous system disease in recent years. This article will discuss the application and advantages of medical ultrasonic scanner in the diagnosis of children's Nervous system disease.

1、 Overview of medical ultrasound scanners

Medical ultrasound scanner is a medical device that uses the high-frequency vibration of sound waves to generate images. It emits ultrasound waves into human tissues and receives the reflected echo units, using computer technology to convert the signals into two-dimensional or three-dimensional images. Medical ultrasound scanners have the characteristics of non radiation, non-invasive, and real-time imaging, and are widely used in fields such as obstetrics and gynecology, cardiology, and hepatology.

2、 Application of medical ultrasonic scanner in children with Nervous system disease

1. Diagnosis of ventricular enlargement

Ventricular enlargement is an important manifestation of Nervous system disease in children, which is common in Hydrocephalus and other diseases. Medical ultrasound scanners can accurately evaluate the size and shape of the ventricles by scanning the brain structure, providing a reliable basis for the diagnosis of ventricular enlargement.

2. Diagnosis of cerebrovascular diseases

Cerebrovascular disease is another common disease of children's Nervous system disease, including cerebral infarction, Subarachnoid hemorrhage, etc. Medical ultrasound scanners can use blood flow imaging technology to observe the blood flow of cerebral blood vessels in real-time, evaluate indicators such as blood flow velocity and vascular morphology, and provide a basis for the diagnosis of cerebrovascular diseases.

3. Diagnosis of brain tumors

Brain tumor is an important part of children's Nervous system disease, and early diagnosis is crucial for children's survival. Medical ultrasound scanners can observe the morphology and internal structure of brain tissue through real-time imaging technology, helping doctors determine the presence of tumors in the brain, and perform relevant localization and measurement.

4. Diagnosis of epilepsy

Epilepsy is one of the common Nervous system disease in children, which is characterized by sudden seizures. Medical ultrasound scanner can observe the situation of Cerebral cortex and brain stem, evaluate the structure and function of relevant functional areas, and provide basis for the diagnosis of epilepsy.

3、 The advantages of medical ultrasonic scanner in the diagnosis of children's Nervous system disease

1. Non invasive: Medical ultrasound scanners do not require incision of patients and can be scanned through the skin without trauma, making them particularly suitable for children.

2. No radiation: Compared with imaging technologies such as X-ray and CT, medical ultrasound scanners have no radiation and no side effects, making them safe and reliable for children.

3. Real time imaging: Medical ultrasound scanners have fast imaging speed and are very advantageous in real-time observation of lesions and their dynamic changes.

4. Low cost: Medical ultrasound scanners have lower equipment and operating costs, making them an economical and practical imaging method for hospitals in resource scarce areas.

Conclusion:

As a non-invasive and non radiation imaging technology, medical ultrasonic scanner has important application value in the diagnosis of Nervous system disease in children. Its advantages such as real-time imaging, low cost and non radiation make it one of the first choices for diagnosis of Nervous system disease in children. With the continuous progress of science and technology, medical ultrasonic scanner will have a broader application prospect in the future development, providing better help for the early diagnosis and treatment of children's Nervous system disease.