Newsroom

Newsroom

IPE In Media

  • New High-Performance Cancer Vaccine Was Developed Using Novel Microcapsules To Activate Immune System, Preventing Tumor Growth

    A new vaccine that could highly perform against cancer was developed by researchers using microcapsules. The clinical translation process can be accelerated by the development of efficient, but safe bio formulations using ingenious designs and approved materials.

    According to EurekAlert's latest report, a new therapeutic tumor vaccine was developed by scientists from the Institute of Process Engineering (IPE) of the Chinese Academy of Sciences. The new cancer vaccine can effectively activate the immune system with the help of self-healing polylactic acid microcapsules to efficiently prevent the growth of tumors within the human cells. Science Advances published the results of the study on Friday, May 22. The therapeutic cancer vaccines showed promising results of tumor treatment--it can reject cancer cells by harnessing the immunes system in the human body.

    A variety of tumor vaccines were already fabricated by the research team in their previous work, which was led by Professor Wei Wei and Professor Ma Guanghui from IPE. The study showed the effectiveness of the new vaccine against different kinds of tumor, such as melanoma, breast cancer, and lymphoma.

    Researchers developed a new high-performance cancer vaccine using novel microcapsules According to Today Headline's report, the primary time of using self-healing microcapsules with post-encapsulation was presented by the scientists in the conducted research.The researchers also provide an environment-friendly modulation of immunization microenvironments in a tumor vaccine. The microcapsules' particular healing characteristics can provide antigen microencapsulation with a gentle and environmentally friendly paradigm. Once a person is injected with the new vaccine, the microcapsules will create a good immunization microenvironment in situ. The vaccination will make the antigens launch kinetics, recruited cell conduct, where surrounding acid works in a synergetic method.

    The cancer vaccine successfully utilizes antigen growth through the synergetic results, improving the activating antigen-presenting cells and antigen presentation. "In consequence, efficient T cell response, potent tumor inhibition, anti-metastatic results, and prevention of post-surgical recurrence are achieved with numerous forms of antigens in numerous tumor fashions," explained Professor Wei Wei. He also stated that the supply of the novel vaccine platform that conforms to precision medication, which was used within the neoantigen vaccine, was verified by the researchers before releasing the findings. The medical experts were able to combine the neoantigen formulation together by themselves at any given time because of the easy post-encapsulation.

    One of the peer reviewer form Science Advances described the results of the study as "complete and rationally designed". Science Advances also emphasized that the study has excessive worth for most cancers immunotherapy and therapeutic vaccines by showing spectacular outcomes of the new cancer vaccine.

    附件下载

    Recommended Articles
    Summer Science Show
    Summer Science Show
    May 24,2024
    On May 18, many parents and their children visited the institute to engage in the Summer Science Show. This included exploring key laboratories, participating in interactive science classes, conducting hands-on science experiments, and visiting th...
    Researchers Develop a Novel Dry-powder Inhaled Vaccine Platform
    Dec 14,2023
    Researchers from IPE have proposed a new nanomicro composite delivery concept and developed a single-dose dry powder inhalable vaccine platform with a nanomicro composite multilevel structure against the future emerging and epidemic infectious dis...

    CONTACT US

    • CONTACT US 86-10-82544817
    • CONTACT US 62551257
    • CONTACT US ghb@ipe.ac.cn
    • CONTACT US Institute of Process Engineering,Chinese Academy of Sciences,1 North 2nd Street, Zhongguancun, Haidian District, Beijing 100190, PR China