Patients' rights

Date:

March 2017

Rights of use:

Creative Commons LizenzBY-SA

When human body cells are needed for research, patients or volunteers become subjects. They provide their cell samples to the scientific community to test disease models, drugs or other scientific methods. With new scientific methods, however, the question of the rights of the subjects to their cells, the knowledge gained on them, and possibly also the resulting economic gains, is increasingly raised.

HeLa-cells

HeLa cells have been used in research since the 1950s. This is an immortal cell line, which is very well suited for testing the polio vaccine, for example. The cell line is now commercially distributed and used for many experiments. Thousands of patents pending worldwide are based on scientific findings from experiments with HeLa cells.


Photo:  HeLa-cells in light microscops
Source: Fraunhofer IBMT - Anastasiadis, Weiß/Wikimedia

There is a special story behind this cell line and its name: Henrietta Lacks was a patient at Johns Hopkins Hospital in Baltimore. In 1951 she was treated there for a cervical tumor. The Johns Hopkins Hospital was one of the few hospitals that also treated African American patients. Often, tacit consent was assumed for participation in studies. Henrietta Lacks' gynecologist, Howard W. Jones, removed a cell sample from the tumor. He handed it over to cell researcher George Otto Gey, who developed the potentially immortal HeLa cell line. Based on the name of the patient Henrietta Lacks, he called them HeLa cells. Henrietta Lacks was never informed about the use of her cells. Even her family only learned years later of the use of the cells. Excerpts from Henrietta's patient file were published without the family's consent. In 2013, her genome sequence was decrypted and included in a freely accessible database. This triggered a global debate. Only thereafter was an agreement arrived at with Henrietta Lacks' descendants, which regulates the use of the data. Two family members today have seats in a committee that decides on access to the DNA code.


Photo: Plaque for Henrietta Lacks in Lacks in Clover, Virginia
Source: Emw/Wikimedia

 

Informed Consent

Patients must consent to medical treatments. This includes the use of their cells for research. By informed consent we mean that a patient is in a condition to be able to make the decision for themselves. The legal term for this is the capacity to consent. In exceptional cases, a proxy may also give this consent. The scientist also has a duty to inform. Only when the patient has been informed, can he or she give an informed consent. Informed consent emerged as early as the beginning of the 20th century as an ethical research principle. It has nevertheless been repeatedly violated.
It was not until 1964 that the World Medical Association incorporated informed consent in its ethical principles for medical research on humans at its General Assembly in Helsinki – not least because of the atrocities committed by Nazi doctors on their Jewish prisoners. The document is therefore known as the Helsinki-Declaration. There is still some disagreement about whether it is possible to fully inform the patient and how the capacity to consent is defined in detail.

Accompanying Material

  • Task sheet

  • Material: Patients' rights

  • GSCN-Video: What are patients' rights?

     

     

     

    When patients allow their body cells to be used for research, they benefit from the scientists. But how should the ownership of the cells be handled? A video with the bioethic jurist Nils Hoppe about legal-ethical considerations.

More content to the topic Ethics

  • Ethical positions

     

     

    Four positions toward moral attitude, from which point an embryp represent a life worthy of protection?

  • Legal basics

     

     

    From the Embryo Protection Act to the German Stem Cell Act - Legal Foundations of Stem Cell Research in Germany

  • Disease models

     

     

    Reprogrammed cells used as model for the research of diseases

More lessons

Basics
Introduction and overview on stem cell research

 

Therapy
Informations about the therapeutical use of stem cells in different diseases

 

Genetics
Informations on (epi-)genetical changes in the genome