All reported cases after China eliminates malaria are imported from abroad

Trypanosoma infection cases in Africa appear for the first time

Parasite infections such as intestinal nematodes related to economic backwardness and unhealthy sanitation conditions have been significantly reduced

Increased pet-borne parasitic diseases associated with significant improvement in living conditions

Foodborne parasitic diseases caused by changes in residents' diet and dietary habits have increased significantly

my country's foreign investment and the "Belt and Road" initiative require medical workers to have an international perspective and broad knowledge, be familiar with the disease spectrum of other countries, diagnose and treat imported cases, and participate in international health treatment.

The increase in foodborne parasitic diseases requires cooperation among multiple departments such as agriculture, fishery, food, industry and commerce, inspection and quarantine, disease control and medical care to do a good job in food safety management and monitoring

Recognize the whole health concept of "human, animal, environment" and emphasize international cooperation and multi-field collaboration

Theories and technologies of genetics, cell biology, molecular biology and other disciplines to deepen understanding of parasite biology

Progress has been made in the prevention and treatment of parasites and research, clarifying the laws of infection, pathogenicity, transmission and prevention and control, the interaction mechanism between parasites and hosts, and accumulating key technologies for diagnosis, treatment and prevention and control

Nucleic acid aptamers, isothermal nucleic acid amplification, metagenomic sequencing, mass spectrometry analysis and other nucleic acid and protein analysis

High sensitivity chemistry and photoelectric technology

Multi-field data integration and analysis based on geographic information systems, information technology and big data development, intelligent equipment and network connection

Accelerate the development of technologies and prevention and control response capabilities such as parasitic disease screening, diagnosis, treatment, prevention, epidemic monitoring and other technologies

Malaria vaccines are promoted in small and medium-sized children in high-endemic areas in Africa, reducing severe illness and mortality rates

Develop new high-efficiency and low-toxic anti-parasitic drugs and killing vector drugs

Develop parasitic disease diagnosis kits suitable for hospital individuals, on-site large sample population screening in endemic areas, epidemic monitoring in endemic areas, and other purposes.

Develop vaccines to prevent parasitic infections, focusing on animal vaccine development for animal hosts with zoonotic parasitic diseases

Develop new therapeutic vaccines that fight parasitic infection or inhibit host tissue and organ damage caused by parasites

Genomics, transcriptomics, proteomics, immunomics, metabolomics, etc.

More model animals for research

Gene interference, gene editing and other intervention methods

Label tracer, interaction analysis technology for protein and nucleic acid molecules

Comprehensive and in-depth understanding of the structure and role of important functional genes in parasites

Revealing important mechanisms of parasites causing host pathogenesis

Determine the relationship and transmission rules between parasitic pathogens

Understanding the genetic background of host infection of parasites

Discovering the development mechanism of parasite resistance to drug

Provide basic knowledge for parasitic disease prevention and treatment and discipline development

Build a standardized parasitic disease reference and network diagnosis laboratory

Build online specimen museums, online courses and online classrooms, online science popularization platforms, etc.

Promote the development of parasitic diseases diagnosis, prevention and control, teaching, popular science and other fields