IVD Wiki from Genrui
Because of its accuracy and speed, hematology analyzers have been popularized in China, and are deeply loved and trusted by medical workers and patients. They have replaced manual counting in daily wo...Read More >
About Cardiac ArrestCardiac arrest is the abrupt loss of heart function in a person who may or may not have been diagnosed with heart disease. It can come on suddenly or in the wake of other sympto...Read More >
Molecular diagnosis is a technology to make a diagnosis of human states and diseases that uses DNA and RNA as diagnostic materials and uses molecular biology techniques to detect the presence, abnorm...Read More >
In vitro diagnostic device definition: In-Vitro Diagnostics (IVD) are products and services that obtain clinical diagnostic information by testing specimens obtained outside of the human body.
At present, almost two-thirds of clinical diagnostic information are from in vitro diagnostic device, although it only accounts for about 1% of total healthcare spending. In vitro diagnostic device is becoming a more significant part of human illness prevention, diagnosis, and therapy.
In-Vitro Diagnostics have evolved alongside modern laboratory medicine, and their industrialization has accelerated the use of new research and technology in the fields of medical laboratory science, fundamental medicine, and pharmacology. Diagnostic information is now the basis for about two-thirds of global healthcare decisions. The advancement of diagnostic procedures and instruments can give a stronger scientific foundation for the prevention, diagnosis, and treatment of human diseases, and is an essential future development direction.
Biochemistry, blood gas, glycosylated haemoglobin, immunology, microbiology, haemagglutination, blood group, blood cells, molecular diagnostics, urine, feces, and other In-Vitro Diagnostics can be categorised according to their primary purposes. Additionally, goods such as blood collection (disposable consumables), multi-item quality control kits (particularly for quality control), POCT, and others do not target specific single tests.
Depending on the manner of testing, in vitro diagnostic device can be classified as biochemical analysis systems, immunoassay systems, or blood analysis systems. The dependence of various diagnostic instruments and reagents is different. Conventional biochemical analysers, for example, are primarily open-ended, meaning that they can be used with biochemical diagnostic reagents from various manufacturers. Immunoassay instruments, on the other hand, are primarily closed-ended, meaning that the instruments and reagents are typically used together.
Design and servicing of In-Vitro Diagnostics are no longer isolated islands and they are now inextricably connected. Long-term brand building is about delivering innovative products and user experiences to your consumers in a seamless ecosystem. Genrui Biotech has considerable experience in In-Vitro Diagnostics design, and the design team uses the latest industrial design trends to collaborate with the customer to build and provide a cohesive solution in terms of product design, structure, and CMF design. The new in vitro diagnostic device design provides an appealing and meaningful user experience with consistent and cohesive solutions.