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    Home > Active Ingredient News > Immunology News > Science: Uncovering how metastatic cancer keeps moving in an unfavourable cobweb subcavity environment?

    Science: Uncovering how metastatic cancer keeps moving in an unfavourable cobweb subcavity environment?

    • Last Update: 2020-07-28
    • Source: Internet
    • Author: User
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    In a recent study published in the international journal, scientists from institutions such as memorial Sloan Kettering Cancer Center have revealed how metastatic cancer survives in an adverse cobweb subcavity () environment in which researchers describe how sequencing studies can be used to study patients with the rouel meninmembrane metastasis () as a type of cancer involving the spinal and meningesIMAGE Source: One of the components that have additional protective effects on foreign invaders due to its important and highly sensitive central nervous system for body health is that the blood-brain barrier is a semi-permeable boundary of endothelial cells that prevents solute from entering the brain; In this study, the researchers focused on a particular type of cancer in the central nervous system called softenum meninges metastasis () and they wanted to explain why a particular type of cancer not only appears in the subcavity of the cobweb but also survives in this hostile environment and the metastasis subcavity is a part of the central nervous system that is filled with cerebrospinal fluidThe researchers first collected mesme fluid samples from the body of a patient with a phylline metastasis and then performed a single-cell sequencing analysis of the samples and found that cancer cells may have a high affinity iron collection system that helps cancer cells use iron ions found in cerebrospinal fluid Researchers say there are few iron ions in the cerebrospinal fluid, making it a valuable "commodity" for synthesis and cell metabolismAnd using this iron ion collection system can help cancer cells perform better than macrophages so that cancer cells can dominate the final iron ion capture that not only promotes cancer cells' survival but also helps the cancer progressLater researchers will continue to delve into the development of new targeted therapies based on the findings of this paper to treat metastatic cancers() Original origin:
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