1.
Research on metabolism and cardiovascular and cerebrovascular diseases. Metabolism is closely related to the study of cardiovascular and
cerebrovascular diseases. The development and prognosis of cardiovascular and
cerebrovascular diseases (including myocardial infarction and stroke) have
metabolic participation. Metabolic regulation is an important research field
after genetic and protein regulation. Our team has also discovered some of the new
pathophysiological mechanisms and clinical related research on metabolic
molecules and related proteins on cardiovascular and cerebrovascular diseases,
including the impact of signaling pathways such as amber acid metabolism, lipid
metabolism, and lipoprotein on cardiovascular and cerebrovascular systems.
2. Intestinal flora metabolism. The intestinal flora is a complex system.
It has a balanced and non -steady -state balance. These balanced breaks can
bring different metabolites. Due to the existence of these metabolites, it
affects other outside the intestine. Organs, such as cardiovascular and
cerebrovascular systems, have produced new theoretical systems such as
intestinal axis, intestinal and brain shafts, and intestinal liver axis. Our
team discovered a series of new intestinal flora metabolites such as TMAVA (trimethyl-5-aminovaleric
acid) on the pathological and physiological effects of the heart and the liver,
and also found that TMAO (trimethylamine oxide) that has been well known is
well known. New pathological functions such as new mechanisms in stroke and
pulmonary hypertension.
3. Metabolic research on other diseases. In addition to having a huge
effect on cardiovascular and cerebrovascular diseases, metabolic diseases can
also affect diseases other than cardiovascular and cerebrovascular diseases
such as diabetes. The mechanism of contemporary can not only affect metabolic
diseases such as diabetes and kidney disease, fatty liver, but also affects the
vascular and tumors in the tumor through metabolic pathways. Through metabolic
intervention and metabolic related regulation, we can provide new ideas and
insights on the treatment of diseases.
4. Combining new materials and new technologies to carry out transformation of
cardiovascular and cerebrovascular related transformation. The application
of cardiovascular and cerebrovascular function, including the application and
research of treatment and in vitro diagnostic technology. Combining
nano-technology and probe materials to carry out the diagnosis and treatment of
cardiovascular and cerebrovascular, marking specific cells such as inflammatory
cells, and conducting drug transportation of specific cells, so that the
diagnosis and treatment of cardiovascular and cerebrovascular can continue to
develop on the new track. Carry out diagnostic studies including biomass spectrometry
technology, and apply new monitoring and diagnostic technology to the
prevention and prognosis of cardiovascular and cerebrovascular diseases.