Our urine iodine detector has several models that are suitable for different scenarios, which can not only meet the clinical detection needs of medical institutions at all levels, but also be used for public health monitoring and scientific research experiments. The following is the specific use scenario classification:

Detection of medical institutions at all levels

General hospitals and specialized hospitals: such as provincial large-scale hospitals, maternity and child specialties, which are suitable for DAT - 50SG and other hospital-based instruments. The endocrinology department can help diagnose hyperthyroidism and hypothyroidism caused by iodine deficiency or excess by detecting the urinary iodine level of patients with thyroid diseases; Obstetrics and gynecology department is used to monitor the iodine nutritional status of women before pregnancy, during pregnancy and lactation, to avoid iodine deficiency affecting the neural development of fetus and infant; Pediatrics can regularly detect urinary iodine in infants and children to prevent growth retardation caused by iodine deficiency.

Primary medical institutions: DAT - 20SG, which is suitable for the primary level, can be used in county-level township hospitals and community clinics. This model is easy to operate and does not need complex pre-treatment, and can meet the needs of the grass-roots unit for urinary iodine screening of the general population in the area, such as screening for endemic iodine deficiency disorders, and also can deal with the basic iodine nutrition testing of pregnant women, children and other key groups.

Health examination institutions: its characteristics of fast detection speed and batch detection can meet the needs of the physical examination institutions. It can include urinary iodine detection into the physical examination items of the general population, help the physical examinees understand their own iodine nutritional status, and also provide special detection services for pregnant women, adolescents and other special physical examination groups.

Public health and prevention of endemic diseases

Endemic disease prevention and control: in areas with high incidence of iodine deficiency disorders, the disease control department can use its special model dat - 50sg iodine automatic detector for disease control to carry out large-scale population urinary iodine screening, determine whether the area is an endemic goiter area, monitor the effectiveness of prevention and control work, and determine whether it meets the basic disease control standard.

Public nutrition monitoring: it can be used to evaluate the effect of regional iodized salt intervention, such as detecting the urinary iodine level of people in different regions, judging whether the local iodized salt content is appropriate, and providing data support for the adjustment of iodized salt policy. In addition, it can also detect the iodine content in local water, grain and soil, and comprehensively grasp the basic data of regional iodine nutrition environment.

In the field of scientific research and teaching, the instrument not only has high detection accuracy, but also supports the detection of urine iodine, blood iodine, salt iodine and other indicators, which is suitable for the relevant research scenarios of colleges and universities and scientific research institutions. For example, it can be used for research on the relationship between iodine nutrition and human health, or for experiments on the optimization of iodine detection technology. At the same time, it can also be used as teaching equipment to help relevant professional students get familiar with the instrument operation and detection process of iodine detection.