Biomedical Scientist Quotes

American scientists make the most important discoveries in medicine and genetics and publish more biomedical research than those of any other country—but the average American’s health remains worse and slower-improving than that of peers in other rich countries, and in certain years life expectancy actually declines.

I think there is a tendency of human beings, doctors and biomedical investigators especially, when they don’t understand something, and they can’t figure it out, and it’s their job to do so, they blame the victim.” He went on. “I think that happens all the time in regards to many medical problems.

Meanwhile, scientists are studying certain drugs that may erase traumatic memories that continue to haunt and disturb us. In 2009, Dutch scientists, led by Dr. Merel Kindt, announced that they had found new uses for an old drug called propranolol, which could act like a “miracle” drug to ease the pain associated with traumatic memories. The drug did not induce amnesia that begins at a specific point in time, but it did make the pain more manageable—and in just three days, the study claimed. The discovery caused a flurry of headlines, in light of the thousands of victims who suffer from PTSD (post-traumatic stress disorder). Everyone from war veterans to victims of sexual abuse and horrific accidents could apparently find relief from their symptoms. But it also seemed to fly in the face of brain research, which shows that long-term memories are encoded not electrically, but at the level of protein molecules. Recent experiments, however, suggest that recalling memories requires both the retrieval and then the reassembly of the memory, so that the protein structure might actually be rearranged in the process. In other words, recalling a memory actually changes it. This may be the reason why the drug works: propranolol is known to interfere with adrenaline absorption, a key in creating the long-lasting, vivid memories that often result from traumatic events. “Propranolol sits on that nerve cell and blocks it. So adrenaline can be present, but it can’t do its job,” says Dr. James McGaugh of the University of California at Irvine. In other words, without adrenaline, the memory fades. Controlled tests done on individuals with traumatic memories showed very promising results. But the drug hit a brick wall when it came to the ethics of erasing memory. Some ethicists did not dispute its effectiveness, but they frowned on the very idea of a forgetfulness drug, since memories are there for a purpose: to teach us the lessons of life. Even unpleasant memories, they said, serve some larger purpose. The drug got a thumbs-down from the President’s Council on Bioethics. Its report concluded that “dulling our memory of terrible things [would] make us too comfortable with the world, unmoved by suffering, wrongdoing, or cruelty.… Can we become numb to life’s sharpest sorrows without also becoming numb to its greatest joys?” Dr. David Magus of Stanford University’s Center for Biomedical Ethics says, “Our breakups, our relationships, as painful as they are, we learn from some of those painful experiences. They make us better people.” Others disagree. Dr. Roger Pitman of Harvard University says that if a doctor encounters an accident victim who is in intense pain, “should we deprive them of morphine because we might be taking away the full emotional experience? Who would ever argue with that? Why should psychiatry be different? I think that somehow behind this argument lurks the notion that mental disorders are not the same as physical disorders.

Before 1980, ownership gridlock was not a major problem for drug developers. Scientists published their research findings more or less freely and were rewarded for their labor with academic tenure, peer recognition, lecture invitations, awards, and maybe even a Nobel Prize. Recognition (and not ownership) was enough to spur the great twentieth-century biomedical innovations—humanity-transforming discoveries from penicillin to the polio vaccine.

Embryonic stem cells have made a major impact on biomedical research over the past decade or so. Scientists routinely make specific, designed alterations to the genes of mouse ES cells and then inject some of these cells into the inner cell mass of a normal mouse embryo. The mouse that results has a body that is a mixture of normal cells, from the un-manipulated inner cell mass, and the genetically modified cells from the engineered ES cells.

Beyond its effects on health and the health care industry, COVID-19 has empowered the global elite more than ever before to manufacture lies and half-truths. Uber-powerful Silicon Valley Big Tech corporations (Facebook, Google, Microsoft, and Amazon), Big Pharma, the World Health Organization (WHO), and philanthropic giant Bill Gates have indentured politicians and scientists from across the political spectrum. The result is fearmongering, political polarization, and social engineering—all wrapped in a disguise of protection. A shadowy network of military contractors and bioweapons specialists are hiding behind the façade of biomedical and vaccine research while Big Tech silences their critics.

Grant Talab's strategic thinking extends seamlessly to his role as a Research Scientist at Biomedical Engineering Institute.

It is widely believed by the general public that a retrovirus called HIV causes a group of diseases called AIDS. Many biomedical scientists now question this hypothesis. We propose a thorough reappraisal of the existing evidence for and against this hypothesis, to be conducted by a suitable independent group. We further propose that the critical epidemiological studies be devised and undertaken.2,3

We are in an exciting new era of biomedical research. Scientists can now read the entire sequence of someone’s genome, all 4.6 billion letters spread across the forty-six chromosomes, in a process that takes just a couple of weeks and costs about a thousand dollars. (The first complete sequencing of a human genome took over a decade to finish and cost nearly three hundred million dollars.)

It is one of the sad facts of biomedical science that the road to scientific progress is littered with the bodies of both humans and animals. The modern era of human experimentation began with the Nazis. Doctors and scientists performed horrific experiments on people held in concentration camps, and all of this was justified in the name of scientific progress.

Donald Seldin, a distinguished physician-scientist, in his widely publicized address titled “The Boundaries of Medicine”: Medicine is a very narrow discipline. Its goals may be defined as the relief of pain, the prevention of disability, and the postponement of death by the application . . . of medical science to individual patients. . . . A heritage which invests medicine with the priestly function of the counselor and comforter of the sick . . . has resulted [in] a tendency to construe all sorts of human problems as medical problems. This medicalization of human experience leads to enormous . . . frustration and disillusionment when medical intervention fails to eventuate in tranquility . . . and happiness. Human problems . . . are medical problems and medical illnesses only when they can be approached by the theories and techniques of biomedical science.

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