HeLa Cells of Henrietta Lacks |
The future science writer was intrigued. Her science side was interested in the medical mystery behind why the cells continued to live for 60 years after the host died of cancer. Her writer side was interested in Henrietta Lacks, the poor southern tobacco farmer who had the cells taken from her without her permission in 1951. Her story was sad, topical and infuriating. Henrietta's tissues have generated billions, but she was buried in an unmarked grave in the tiny town of Clover, Va. Her descendants dants have often been unable to get access to health care in the U.S. Read more
For the past 60 years Lacks' cells have been cultured and used in experiments ranging from determining the long-term effects of radiation to testing the live polio vaccine. Her cells were commercialized and have generated millions of dollars in profit for the medical researchers who patented her tissue. Read More
In old-fashioned museums you can see the unconscious benefactors of mankind, trapped in glass cases: the freaks and monsters of their day, the anomalies, sometimes skeletonised and entire, sometimes cut into parts and labelled. When we look at them, fascination and repulsion uneasily mixed, we bow our heads to their contribution to knowledge, but it is hard to locate their humanity. The thread of empathy has frayed and snapped. They have become objects, more stone than flesh: petrified, post-human.
Henrietta Lacks is a medical specimen of quite another kind. No dead woman has done more for the living, and yet we can imagine her easily from her photograph, a vivacious woman who was only 31 years when she died in 1951 in a "coloured ward" in Johns Hopkins Hospital in Baltimore. Beloved by her family, a lively, open-hearted woman, Henrietta died in intractable pain, and at the autopsy her body's interior was pearled by tumours. Towards the end she had been given only palliative treatment, but no one had explained this to her family, who still hoped she might be cured. She left behind a husband and five children, the youngest only a baby. But she also left behind a slice of tissue, a piece excised from the cervical cancer that was her primary tumour. From this sample her cells were cultured. Read More
The Immortal Life of Henrietta Lacks by Rebecca Skloot
The Immortal Life of Henrietta Lacks is a book about the imbalance between the needs of medical science and the individual impacts of medical ethics (or the lack thereof). At its heart is the story of a woman—whose fatal cancer led to some of the major scientific breakthroughs of the 20th century—and the family who suffered through her death, then found out 30 years later about her afterlife in a petri dish.
Henrietta Lacks was a black woman, born on land left to her ancestors by the former slave owners who'd fathered them. She married, moved to Baltimore, had five children. When she was 31, Henrietta died, the victim of a frighteningly fast-moving cervical cancer. That was 1951.
But not all of Henrietta had been laid to rest. Cancer cells, taken before and after her death by doctors at Johns Hopkins, had become the first human cells to grow and thrive in the lab, living and multiplying indefinitely in test tubes around the world. Known as the HeLa cell line, little parts of Henrietta Lacks helped develop the polio vaccine, chemotherapy, in vitro fertilization and more. Read more
For those who are not regular readers, Henrietta Lacks was a rural tobacco farmer, mother, wife, daughter, sister, and friend from southern Virginia who developed an unusually aggressive case of cervical cancer while living in Baltimore in 1951. While being treated at Johns Hopkins University, surgeons excised pieces of her tumor in an ongoing effort by the laboratory of Dr. George Gey to establish a continuously growing human tumor cell line in culture, a feat that had only been previously accomplished with mouse cells. Ms. Lacks's cells are today known by the name, HeLa (hee-luh), and have been used from the fifties in testing the effectiveness of the original Salk polio vaccine up through today providing the basis for the new cervical cancer vaccines. I would not be overstating the case to say that most biomedical scientists have at one time or another worked with HeLa cells. Read More