If you like science, true history, and an engaging story, pick up the new book by journalist Rebecca Skloot, “The Immortal Life of Henrietta Lacks” and prepare for a great read. I knew nothing about the young black woman whose cells were taken back in 1951 by a scientist at Johns Hopkins Hospital and how those cells have revolutionized modern cell biology and research.
The HeLa (named after HEnrietta LAcks) cells were taken as she lay dying on the “colored” ward at Johns Hopkins Hospital of aggressive cervical cancer at age 30. Everyone who studies basic cell biology has heard of HeLa cells because they were the first human cell line to be successfully grown in culture and they are alive today. HeLa cells were sent to researchers all across the globe and have been used to develop the polio vaccine, viruses, cloning, gene mapping and in-vitro fertilization. Billions of the same immortal HeLa cells are used by researchers fighting cancer, multiple sclerosis, heart disease, and diabetes. Read more »
The New York Timespublished an article (with VIDEO) about molecular animators, scientists who can visualize the microscopic segments of life in a professional way:
If there is a Steven Spielberg of molecular animation, it is probably Drew Berry, a cell biologist who works for the Walter and Eliza Hall Institute of Medical Research in Melbourne, Australia. Mr. Berry’s work is revered for artistry and accuracy within the small community of molecular animators, and has also been shown in museums, including the Museum of Modern Art in New York and the Centre Pompidou in Paris. In 2008, his animations formed the backdrop for a night of music and science at the Guggenheim Museum called “Genes and Jazz.”
“Scientists have always done pictures to explain their ideas, but now we’re discovering the molecular world and able to express and show what it’s like down there,” Mr. Berry said. “Our understanding is just exploding.”
*This blog post was originally published at ScienceRoll*
For the first time in history, a living organism has been manufactured with the help of a computer-generated genome. Dr. Jon LaPook reports on the groundbreaking discovery’s widespread implications.
Craig Venter and his team of scientists recently announced that they had created the first “synthetic cell” — a bacterium controlled by genetic material that they had designed on a computer and concocted from four bottles of chemicals. This is the closest thing to creating life that has happened outside of a science-fiction movie. If it doesn’t fire your imagination, then you should fire your imagination.
Basically, what Venter et al did was remove the “brain” (the genetic material that runs the cell) from one species of bacteria (Mycoplasma capricolum) and inserted a new brain — one synthetically created based very closely on the known genetic makeup of a second species of bacteria (Mycoplasma mycoides). The new organism then divided just as a normal cell would and followed the instructions of the new brain. Think micro-Avatar, except that the Avatar’s body morphs into one designed by its new brain. Read more »
[Recently] I participated in a panel discussion at the Northeast Conference of Science and Skepticism (NECSS) with John Snyder, Kimball Atwood, and Steve Novella, who also reported on the conference. What I mentioned to some of the attendees is that I had managed to combine NECSS with a yearly ritual that I seldom miss, namely the yearly meeting of the American Association for Cancer Research (AACR) meeting.
There are two huge cancer meetings every year — AACR and the annual meeting of the American Society for Clinical Oncology (ASCO). AACR is the meeting dedicated to basic and translational research. ASCO, as the word “clinical” in its name implies, is devoted mainly to clinical research.
Personally, being a translational researcher myself and a surgeon, I tend to prefer the AACR meeting over ASCO, not because ASCO isn’t valuable, but mainly because ASCO tends to be devoted mostly to medical oncology and chemotherapy, which are not what I do as a surgeon. Each meeting draws between 10,000 to 15,000 or even more clinicians and researchers dedicated to the eradication of cancer. Read more »
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If you like science, true history, and an engaging story, pick up the new book by journalist Rebecca Skloot, “The Immortal Life of Henrietta Lacks” and prepare for a great read. I knew nothing about the young black woman whose cells were taken back in 1951 by a scientist at Johns Hopkins Hospital and how those cells have revolutionized modern cell biology and research.
