The minimally invasive blood glucose monitoring system reflects the blood glucose level by detecting the glucose concentration in the interstitial fluid of the subcutaneous tissue. It can provide continuous, comprehensive and reliable blood glucose information throughout the day, helping to understand the trend, amplitude, frequency, time and cause of blood glucose fluctuations, etc. , And found high blood sugar and low blood sugar that are not easily detected by traditional monitoring methods, and then optimize the hypoglycemic plan and improve the level of blood sugar control
The combined application of continuous subcutaneous insulin infusion (CSII) and CGMS (double "C" therapy) is currently the most ideal mode of intensive insulin therapy for diabetes, helping diabetic patients to control blood sugar more accurately
Dynamic glucose monitoring system
The dynamic glucose monitoring system is a subcutaneous interventional painless and minimally invasive medical instrument that is combined with biosensing technology and microelectronic technology to continuously detect the glucose concentration in tissue fluid.
component:
The clinical significance of dynamic blood glucose monitoring:
Can provide more evidence, enable doctors to adjust treatment more scientifically, help patients formulate individualized treatment plans, and guide patients and potential patients to a healthy life
Provide a visualization method for diabetes education:
Types of food; types of exercise; types of drugs; mental factors; lifestyle
Postprandial hyperglycemia; nocturnal hypoglycemia; dawn phenomenon; Su Mujie phenomenon
Excessive fluctuations in blood glucose levels may exceed the absolute level of risk of diabetes complications, and traditional blood glucose testing cannot detect blood glucose fluctuations. The continuous dynamic blood glucose monitoring method can obtain more information and contribute to accurate blood glucose stability.
Provide more basis, so that doctors can more scientifically adjust the treatment plan (regulating insulin, diet, exercise mode, etc.) according to different patients, which can be displayed in real time and can be used for review.
Performance characteristics:
Real-time display of blood glucose level;
Monitoring records are drawn into continuous blood glucose waveforms
Receive 1 blood glucose information every 10 seconds;
Record 1 blood glucose value every 3 minutes;
Record 480 blood glucose values every day; run continuously for 15 days.
Unique high and low blood sugar alarm function;
Big event recording function;
Reference input reminder function;
The clinical significance of dynamic blood glucose:
1: No blind spot monitoring, can find hidden diseases
2: Prevent the occurrence of missed inspection
3: High and low blood sugar alarm
4: The doctor can make personalized blood glucose medication or daily exercise plan for the patient according to the patient's blood sugar situation
5: Check whether the plan is scientific and reasonable
Professional education: education courses for diabetic patients,
Telemedicine service