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Tag: mitosis

Can we treat breast cancer by targeting a mutation in the cancer cells?

TeachableMedicalNews article 11122022

Teachable moment in classrooms:

  1. cellular basis of life chapter – concept of one gene, one protein
  2. cellular basis of life chapter – concept of gene mutation leading to protein malfunction
  3. cellular basis of life chapter – cell division is regulated
  4. female reproductive system chapter – anatomical location of mammary ducts

The news item: Recently the following reporting appeared online:

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The article states that the newly approved breast cancer treatment, Piqray, is for the HR+, HER2 – advanced breast cancer cases. The article also states that this new drug is targeting PIK3CA mutations.

So, Why Do I Care??  There are over 280,000 new breast cancer diagnoses each year in the USA. Deaths from breast cancer is estimated to be over 43,000 each year in the USA. Every new treatment regimen reduces the number of deaths, or increases survival time. In addition, a drug that targets mutated cancer cells also lowers the side effects, because only the mutated cells are attacked.

Plain English, Please!!! First, let’s talk about what breast cancer is. In all cancers the normal cells of a particular portion of the body transformed, so they suddenly gain the ability to divide without control. In the case of breast cancer the epithelial cells of the inner lining of mammary ducts transform into cancer cells. The mammary duct cells divide in controlled fashion to fill gaps where cell died in the duct.

Second, let’s talk about why cancer cells divide without control. Our cells normally divide by going through the steps of interphase, prophase, metaphase, anaphase, telophase, the process that divides

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

Could a targeted blockage of cell division become a new way to treat breast cancer ?

TeachableMedicalNews article 07162020

Teachable moment in classrooms:

  1. chemical basis of life – tertiary structure of proteins
  2. cellular basis of life chapter – cell cycle
  3. cellular basis of life chapter – stages of mitosis
  4. reproductive system chapter – structures of the mammary gland

The news item:  Recently a new form of cancer treatment was in the news:

Newer drug extends lives of young breast cancer patients, study finds

The drug Kisqali (ribociclib) is already approved by the FDA, and new research shows it helps some breast cancer patients live longer

The article states that the drug Kisquali extended the survival time of breast cancer patients, and that the drug is a CDK4/6 inhibitor.

So, Why Do I Care??  In the USA alone there will be over 270,000 breast cancer cases in 2020, and it is expected that more than 47,000 breast cancer deaths will happen.  Any improvement in the survival rate over the treatment by traditional chemotherapy is good news.  In addition, attacking breast cancer from a new direction may improve the treatment of other cancers as well.

Plain English, Please!!! First, let’s talk about breast cancer. This cancer is not actually the cancer of the entire breast. Within the breast tissue there is a gland called mammary gland that makes milk in mothers after giving birth. The milk is made in deeper segments of the gland, and several tubes called lactiferous ducts bring the milk to the skin surface. It is the cells of those ducts that develop cancer in most breast cancers.

How could the drug Opaganib help us defeat the SARS-CoV-2 coronavirus?

TeachableMedicalNews article 05022020

Teachable moment in classrooms:

  1. cellular basis of life chapter – cell cycle and mitosis
  2. blood chapter – white blood cell types and their functions
  3. respiratory system chapter – alveoli as the sites of gas exchange
  4. respiratory system chapter – immune defense cells of alveoli
  5. lymphatic and immune system chapter – events of inflammation

How could the drug Opaganib help us defeat the SARS-CoV-2 coronavirus?

The news item:  Recent articles reported that the investigational drug Opaganib will be evaluated as potential treatment of SARS-CoV-2 infected patients:

https://www.timesofisrael.com/2-israeli-covid-19-patients-improve-in-experimental-drug-trial/

The news item mentions that the drug has an anti-inflammatory effect, and that it is a sphingosine kinase inhibitor.

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