The core premise of the leading model of cancer therapy is that cells become malignant when they develop mutations that make them proliferate uncontrolled. Find a molecule that targets the “driver” mutation, and a pharmaceutical company will have a winner and patients will be cancer-free. In the new study, however, scientists found that despite having identical genetic mutations, colorectal cancer…
ISG faculty member Dr. Hannah Landecker published her paper, “The Life of Movement: From Microcinematography to Live-Cell Imaging” in The Journal of Visual Culture, a special issue on Documentary and Science, edited by Joshua Malitsky and Oliver Gaycken. Abstract: How do we see life after the century of the gene? This article argues that the post-2000 postgenomic turn was and is a thoroughly visual…
Congratulations to ISG faculty Stefan Timmermans and Mara Buchbinder on the publication of their book, “Saving Babies?: The Consequences of Newborn Genetic Screening (Fieldwork Encounters and Discoveries)”. Abstract: It has been close to six decades since Watson and Crick discovered the structure of DNA and more than ten years since the human genome was decoded. Today, through the collection and analysis…
ISG fellow Stefan Timmermans is a contributing scientist on NPR’s “All Things Considered” discussing whole genome sequencing for babies. Parents who have their babies tested are faced with many questions, such as if and when to tell the child that all their genetic information is available or whether they, the parents, want to know all their child’s genetic information themselves. Read/Listen…
Regular old selective breeding can create monsters like the industrial turkey, giant with grotesquely over-sized breasts and muscles. This raises the obvious ethical question: Just because we can breed this turkey, should we? The turkey lives a short, miserable life but we get an affordable, healthy source of protein. It is obvious which choice we’ve made as a society, but…
A massive research project in California is beginning to show how genes, health habits and the environment can interact to cause diseases. The project’s goal is to find new ways to identify people at risk before they develop problems like heart disease, cancer and diabetes. 100,000 individual members of Kaiser Permanente’s health plan agreed to share their health and genetic information…