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Tag: T cell

Can a newly discovered immune cell kill all cancers in our bodies?

TeachableMedicalNews article 11282021

Teachable moment in classrooms:

  1. cellular basis of life chapter – mitosis
  2. cellular basis of life chapter – many types of receptor proteins are located in the cell membrane
  3. immune system chapter – the roles of white blood cells in immune defense

The news item:  Recently the following news report was published:

Immune discovery ‘may treat all cancer’

Research is at an early stage but scientists said it had huge potential for destroying cancers.

 

The article states that researchers found a new type of T cell that has the potential to attack cancer cells from virtually all regions of the body, and that potential is based on a molecule called MR1.

So, Why Do I Care??  Various types of cancers kill over 600,000 people in the USA. Cancer treatments vary according to the type and stage of the cancer. Any discovery that opens up the possibility of a unified cancer treatment is a reason for renewed hope among current and future cancer patients.

Plain English, Please!!!

First, let’s talk about what cancer is. Our cells have to divide (undergo mitosis) to make new cells for repair or to replace worn out cells. When cell keep on dividing even after the tissue repair or cell

How could gene editing fight cancers?

TeachableMedicalNews article 12082020

Teachable moment in classrooms:

  1. cellular basis of life chapter – chromosomes contain many genes
  2. cellular basis of life chapter – a gene is a specific stretch of DNA that encodes one protein
  3. cellular basis of life chapter – concept of gene mutation leading to protein

malfunction

  1. immune system chapter – function of T lymphocytes (T cells)

The news item: Recently the gene editing approach to cancer fighting was in the news:

Doctors try CRISPR gene editing for cancer, a 1st in the US

The first attempt in the U.S. to use the gene editing tool CRISPR against cancer seems safe, but it’s too soon to know if it will improve survival.

The report described an experimental treatment of one sarcoma patient and two multiple myeloma patients with the Crispr technology. The article states that this approach deletes 3 genes and adds one gene to the T cells of the patients, and the gene-edited T cells are infused back into the body of the patients.

So, Why Do I Care??

The thing to care about is the potential of the technology of gene editing.  While experimental in humans, and the targets of the technology are relatively rare diseases, if proven useful there are many human genetic disorders that may be managed or cured by it. Any disorder that is caused by mutated genes and malfunctioning proteins may be the future target of gene editing.

Plain English, Please!!!

First, let’s talk about multiple myeloma and sarcoma. Myeloma is a cancer that forms in the red bone marrow. Sarcoma is a cancer that starts from connective

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