Science Process
Can you be skeptical about GM but believe in climate change? So asks Alice Bell in The Guardian. The answer is of course, "Yes," but you can also be a fundamentalist Christian while believing in evolution and being a great scientist, so being able to hold two things in your brain at the same time is not a useful measure of logical incompatibility. One can be right about one thing and wrong about the other.
But let's get to the real issue raised in Bell's piece, the use of the term "anti-science" to describe opponents of genetically modified organisms (GMOs):
When people use the term "anti-…
On Thursday, I had a post published on Scientific American's guest Blog about claims that genetically modified food crops could contain allergens. In it, I am critical of the Union of Concerned Scientists (a science advocacy and policy organization), for what I read as misplaced opposition to genetic engineering:
The UCS’s concern about the dire state of our food system is well-founded, and I applaud their efforts to get out in front of the policy debate. There’s just one problem: they oppose using all of our technology to help combat this problem. Specifically, I’m talking about genetic…
Two weeks ago, the Heritage Foundation (a conservative think-tank) released a position paper based largely on the academic research of one Jason Richwine. The conclusion (roughly paraphrased): Hispanic people have lower IQ's than white people, so an overly permissive immigration policy will drag down the US economy.
Ethically, this conclusion is a deep affront to my liberal* sensibilities. The idea of basing our public policy on racism and bigotry is abhorrent.
Politically, this is dangerous territory. This is especially true after the 2012 election, when republican politicians were making…
I spend a lot of time thinking about the scientific method. I don't mean that thing you learned in high school, where you make an observation, form a hypothesis, design an experiment etc etc. That's certainly part of the scientific method, but the linear formula that freshmen are typically forced to memorize sucks the life and interest out of what it is that my colleagues and I do on a daily basis.
Source: The fantastic "How Science Works" from UC Berkeley (click image)
The process of doing science is messy and complicated, and most of the time it doesn't work. There are false starts, bad…
While going back through blog archives and reviewing incoming links, I stumbled on this post from about a year ago from Zen Faulkes at Neuro Dojo:
There are many reasons to argue for open access of scientific research. But this is not the best one:
It’s your taxes that fund the research, you should have access to the results without me or anyone else being a mediator.
That one is from Kevin at We, Beasties. When I protested that this argument omits indie science, Kevin replied that it’s such a small amount as to be not even worth considering.
I object to this characterization of my argument (…
The vast majority of funding for biological research in the US comes from the National Institutes of Health (NIH), and as a result, most of our grants are written in a way that plays up the clinical importance of our work. Some variant of the phrase,
This research has implications in the treatment/prevention of [insert disease here]...
appears in just about every grant and research paper in my field. In truth, it's often very difficult to draw a direct line between a specific research project and a drug that your doctor can prescribe. We like to pretend that we can leverage research to…
Last week, I had the privilege of attending the launch of a new initiative from the Union of Concerned Scientists - The Center for Science and Democracy. The UCS itself was founded in the late 1960's in response to the Cold War nuclear arms race. Graduate students and faculty at MIT decided that someone needed to advocate for "greater emphasis on applying scientific research to pressing environmental and social problems rather than military programs." That goal seems even more important in today's political climate, though the issue today is not between environment/society vs military, but…
No technology is inherently good or evil, it's the use of that technology that determines its value. A blade can be used in surgery to save a life, or as a weapon to take one. The ballistics that enable missiles to destroy enemies also enables the launch of communication satellites and exploration of other worlds. For quite a while, I've been reading +Jeff Jarvis' commentary on these issues in the realm of the internet. His principal argument is that regulation that aims to block technology in order to keep people safe will also block the innovation and potential benefits of that technology…
A few months ago, I wrote about the problems with academic publishing:
These days, there's an entire industry of academic publishers that have become so fully integrated into the research system that many scientists don't realize that there's any distinction between doing science and publishing in journals. However, these journals cost an enormous amount of money (mostly public tax dollars), yet add little value to scientific research, while simultaneously slowing the pace of discovery and limiting the dissemination of knowledge.
Many individual scientists have taken personal action to combat…
I know something's amiss when my google news alert returns headlines like these:
Why women who lust after Brad Pitt may just fancy his immune system
It's His Immune System That You Actually Want to Sleep With
The key to male sexiness: A powerful immune system?
and my personal favorite
Antibodies, Not Hard Bodies: The Real Reason Women Drool Over Brad Pitt
These snazy headlines are all pointing to a recent paper in Nature Communications. The paper's methodology is pretty simple: They took 74 Latvian men and immunized them against Hepatitis B. Later, they measured the participants' blood for…
If you've been reading science blogs for a while, you probably know about Open Laboratory. It's a yearly anthology of the best science blog writing on the internet. And the submission form is now open (there's a handy little badge in the left sidebar too).
If you appreciate the stuff that I do here, please consider submitting the posts to Open Labs. With so many amazing science bloggers out there, I doubt I'll make it very far, but I've decided to put this out there because I think it will help me strive to work harder. When blogging has to compete with my work at the bench, and with…
A little over 300 years ago, Antonie van Leeuwenhoek, a dry goods seller from Delft in Holland, learned to grind glass into lenses and fashion the best microscopes the world had ever seen. In those days, the idea of being a "scientist" as a profession was ludicrous. Natural philosophy was pastime for nobility or at least those with considerable disposable income. Leeuwenhoek was a successful business man, and in his spare time, he pointed his lenses at pond water (among other things). As Paul de Kruif recounted in his brilliant book Microbe Hunters:
[Leeuwenhoek] peeped into a fantastic sub-…
I'm sure that science isn't the only profession that gets misrepresented in popular media. I'm sure lawyers and police cringe when watching crime dramas, and soldiers are uncomfortable when watching war movies. Leaving aside shows like CSI, I think that scientist's main media foil is almost by definition science fiction. On the one hand, I've learned to mostly ignore exaggeration, over-simplification, and implausible technology - I've come to understand (though it was hard) that these things are sometimes necessary to drive a plot, and that it's unrealistic to expect that the writers are all…
Back in October, I wrote about the bittersweet nature of this year's Nobel in Physiology or Medicine.
On the one hand, it was given for early discoveries in the field of innate immunity - my field! On the other hand, it was given to a scientist that many* feel is undeserving of the honor, while at the same time sullying the legacy of my scientific great-grandfather.
Ed Yong rightly called me out for the phrase "many scientists." This term, and another often-used trope, "some scientists," are vague and lazy, since they obscure the details and can mean almost anything. "Many scientists…
Monday's announcement for the Nobel Prize in physiology or medicine should have been a happy occasion for my lab. On the one hand, it was given for early discoveries in the field of innate immunity - my field! On the other hand, it was given to a scientist that many* feel is undeserving of the honor, while at the same time sullying the legacy of my scientific great-grandfather.
Let me explain.
The Context
In the late 1980's, immunologists were riding high. Much of the experimental attention in previous decades had focused on T-cells and B-cells, the drivers of "adaptive immunity," and it…
Over at Pharyngula, PZ mentions a media criticism paper in the journal Public Understanding of Science. The paper shows that media outlets frequently make scientific claims that are dubious at best. I suppose this isn't very surprising, but PZ makes another great point:
It isn't open access, though, so apparently the Public is not allowed to read about the Public Understanding of Science unless they cough up $25 per article. They can read about "science" for cheap in their local tabloid, though. Isn't this part of the problem, too? Let's also put part of the blame on a science publishing…
The arsenic story continues. After much discussion in the blogosphere and elsewhere about the controversial paper claiming to have discovered life that uses arsenic rather than phosphorus in its DNA, Science has published 8 critiques of the paper and a response by the author. You can find them here. I enjoyed reading them, and was surprised at how different they all were. I am not going to dive into this because the details are summarized in Nature News, and Carl Zimmer has a great piece for Slate that also discusses the recent developments in the context of the whole story and the broader…
Over at the Cambridge Science Festival blog, there's a great write-up of the science journalism event that Heather and I attended last week. Author Jordan Calmes* has good summary and a lot of praise for the panel discussion, but also notes some potential shortcomings:
The panel convinced me that social media is helping both journalists and scientists. And yet, I never felt like they delivered on the second half of the title. How is the Internet changing science writing? What is it really accomplishing in terms of reaching out to a wider public. The panel mentioned that social media is often…
Last night, Heather and I got to attend a dinner and panel on science journalism and new media. In addition to getting to meet two of my science blogging heros, Carl Zimmer* and Ed Yong, it was a great opportunity to interact and hear from lots of folks far more tuned into the writing and journalism worlds than we are.
Heather and I want to get other people as excited about science as we are, and we want to communicate science our science, but we aren't trained writers. Any scientist can make a blog, but it takes a lot of effort to make it engaging or even readable. When I first started…
Last year, I was awarded an NSF graduate research fellowship. This fellowship pays my tuition and stipend for 3 years, so that my boss doesn't have to. This is a great help to our lab, though I don't really get much in the way of direct benefit* (other than a great line on my CV). Anyway, every year, we are required to submit an "activities report" that says what we've been doing with the money, which in the end is your money (if you pay taxes in the US that is). It's supposed to be written for a general audience, and since you all are paying for me to do the science that I love, I figured…