Animal Fluorescence Assisted Diagnosis and Treatment SystemIt is an advanced medical device that uses fluorescence technology to assist in the diagnosis and treatment of animal diseases. It has advantages such as high sensitivity, real-time imaging, multimodal imaging, and non invasiveness, and is widely used in fields such as tumor resection, cardiovascular research, immune system research, and drug development.

　　Animal Fluorescence Assisted Diagnosis and Treatment SystemApplication fields:

Oncology research

Sentinel lymph node exploration: Using fluorescent labeling to locate lymph nodes and guide complete tumor resection.

Evaluation of tumor targeted therapy: Using fluorescent dyes to label drugs and track their distribution and tumor targeting in the body. For example, NN/NKEXO complex therapy evaluates tumor specific accumulation through Cy5 fluorescence labeling.

Cardiovascular System Research

Dynamic imaging of blood flow status: combining fluorescence imaging and photoacoustic imaging to evaluate myocardial perfusion and vascular morphology.

Atherosclerosis research: Observe the stability of plaque and the process of angiogenesis.

Research on the Immune System and Infectious Diseases

Diagnosis of viral/bacterial infections: rapid detection of pathogens (such as swine fever virus and foot-and-mouth disease virus) through fluorescent antibody technology.

Vaccine development: Use fluorescent labeling to evaluate the immune efficacy of vaccines.

Drug development and safety evaluation

Pharmacokinetic study: Tracking the absorption, distribution, metabolism, and excretion processes of drugs in the body through fluorescence imaging.

Toxicity assessment: Use fluorescent probes to detect drug damage to tissues (such as liver and kidney toxicity).