There’s a story my best friend from college loves to tell
about me. She even told it during my
wedding toast. She describes this interaction we had during our first few weeks
of being friends, my first year at Smith.
After starting college intending to major in studio art, I took
intro to neuroscience to fulfill a natural science requirement simply because
it did not require a lab section. I hated science lab courses in high school. Neuroscience,
however, is a saucy minx and within the first few weeks I was swooning over the
action potential, the habenula and long-term potentiation.
One night I was studying for an exam with my girls and was
having a nerd-gasm over what I was reading about the inner ear. Caitlin loves
to joke about how she couldn’t have been more bored to death by what I was
describing to her, but since we were new friends she feigned interest. It was
certainly clear, however, that I should be studying neuroscience. Who gets this
excited about cells firing and bones vibrating?
By the end of that semester, I was a neuroscience major. My
courses blew my mind. My lab work blew my mind. I spent my summers at the
Autism Research Foundation studying anatomical changes in post-mortem autistic
human brain. I never got as excited about anything as much as I did about
neuroscience in those days.
I went to The Society for Neuroscience meeting the fall of
my senior year and was instantly sold on the idea of pursing research. I LOVED
that meeting! It’s possible I was just on cloud 9 after meeting my future
husband my first day there, but whatever the reason, I decided I wanted to
apply to graduate school right after.
In hindsight, it was definitely an impulsive decision. If I could go back in time and tell my 21-year-old self one thing it would be to slow the F down and think about something for more than 5 minutes before acting on it. (I’m sure I’m not the only person who wishes they could do that). It was mid-November when I made that decision and by early January I had taken the GREs and sent in my grad school applications. I interviewed in February and by early March I knew I’d be moving to Atlanta to start my PhD at Emory that summer.
Impulsive may not even cover it. Hasty? Yes. Rash? Perhaps.
But at the time I was incredibly motivated and figured, “I love studying
neuroscience. Why stop?”
And yes, I did continue to “study neuroscience” in graduate
school, but it couldn’t have been more different. Maybe I thought grad school
would be an extension of college.
I guess I don’t really know what I was expected, but it feels like
everything went wrong from day one.
While I pretty much knew during my first year of grad school
that bench science was not for me, I gave it the good old “college try.” Damn
did I give it the old college try. I’d never quit anything in my life and I
certainly wasn’t going to start now. I am incredibly stubborn, if that isn’t
clear by now.
Almost 10 years later and multiple lab switches, a degree, a
post-doc, 5 papers, one sociopath for a boss, overt sexism, paper rejections, impossible
collaborators, failed grants, failed job applications, and even a knee injury
at a scientific meeting that ultimately required surgery… I’m finally ready to
leave the lab behind me.
During the last year, since becoming a mother, I have done a
lot of soul searching. A LOT. Self-reflection became my job in 2013. I quit my post-doc
last spring and since then I’ve genuinely and seriously considered doing another
post-doc, teaching, and even research administration to name a few of my
pursuits.
I have finally decided that what I want to do is write. I’ve
always had it in the back of my mind, the idea of doing freelance, but it’s
scared me a little. How do I get into it? I’ll have to do a lot of networking, be
my own biggest advocate and might even have to talk to people on the phone!
Yikes. (I hate talking on the phone. It’s like a social anxiety disorder). What
if I can’t keep up with deadlines?
And worst of all… What if someone says they don’t like what I’ve
written???
While I’ve been thinking about pursing science or medical
writing for a while now, I have also tried getting some other more traditional
jobs over the past 6+ months. I’ve applied for jobs, have been offered jobs,
been denied jobs, and even turned down jobs myself.
I’m glad I’ve been on this job search journey, because now
I’m absolutely convinced writing, specifically freelance, is what I want to do,
at least right now. When I was faced with the possibility of spending my
day-to-day doing “X” or “Y” starting next week, I realized “oh hell no, that’s
not what I want!”
While a few things scare me a little, I love the idea of
freelance writing. It gives me the flexibility in my schedule that I am used to
after never having a typical 9-5 job at 31 years old. Having the ability to
accept or turn down jobs will (hopefully) allow me to spend as much or as
little time with Tess, and travel when I want/need. I don’t like working on the
same thing day in and day out, so I love the idea of having various different
projects to work on. I also love working at home - I don’t get distracted by
dirty dishes, looming home improvement projects or even television. I got my
dissertation written in 6 weeks and 90% of that happened at my dining room
table. I realize it can (and will) get lonely at times, not having an office/lab
to go to, but I have a lot of volunteer work I do and I’m trying to do a better
job of meeting people and spending time with my friends. Hopefully I won’t turn
weird. (Make sure I don’t turn weird!)
Now that I’ve finally decided to fervently pursue freelance writing,
I’m still left with the battle of what KIND of writing I want to be doing. I have been focusing on trying to get
technical writing/editing type work with medical device or pharmaceutical
companies, or even copyediting, where I can really use my experience, background
and expertise.
The truth is, though, what I would really love to be able to
do is science journalism. I think it sounds far more interesting and fun than
technical writing. Not only that, but I feel strongly that the world at large
needs to know what is happening within the scientific community. Tax payer
money funds a vast majority of the research being carried out at US universities
via grants from the National Institutes of Health. Americans have a right, and
I’d even argue that they have a duty, to learn about what scientific discovery
their tax money enables. I want to
help introduce that work to the public.
I just have one problem…
Science has destroyed my passion for science.
The rush I would get from studying the inner ear, that I
mentioned earlier, is long gone. The excitement I once had for the brain is
mostly dead. Sure, I read scientific studies and think “that’s a well-done
piece of work” and sometimes even “wow, that’s pretty cool.” Mostly though, my
thoughts while reading scientific articles are:
“Flawed,” “Poor controls,” “Incomplete statistics,” “Low
n’s,” “Incoherent writing,” and a little bit of “Bitch, please.”
I applied for a faculty job over the summer. The
overwhelming piece of criticism I got from the wonderful colleagues who read my
research proposal was “where’s the passion?” It was a logical study with
important implications, complete with ideas for specific experiments with sound
controls and even plans for how to acquire my animal models and funding. But
there was no “flavor” to it. No feeling. No enthusiasm. All facts, no passion.
When I applied to grad school, I think my acceptances were a
result of my personal statement and interviews. I wrote and talked about why I wanted to study autism in grad
school. I remember my interviewers commenting on how passionate I was about the
work I wanted to pursue.
Maybe my problem was that I didn’t end up pursuing that line
of research… maybe I picked the wrong school… the wrong degree… who knows. But in
any event, I got the shit kicked out of me by grad school and it killed the
passionate scientist I once was.
Sure, I became a damn good electrophysiologist, I made it
rain data like n’s were 100 dolla bills ya’ll and I was T-pain. I always knew
the right statistical test to run and why, ran the proper controls and ran them
again, then thought up some more. I used organized, clear, concise language to
describe my work in abstracts and manuscripts, could identify poor quality
data, flawed logic or pick apart a weak argument in any study.
I studied under some tough mofos who studied under even
tougher mofos and they made me into a damn good scientist… but at what
cost? They would say “jump”
and I wouldn’t even ask “how high” because I knew it had to be higher and I
probably already disappointed them. I have had endless lessons from advisors
and mentors about how to get a beautiful western blot or pull a perfect
electrode, how to grow the healthiest cells and how to build a rig with the lowest
noise. So much of my gradate
education was focused on “doing it right” and still feeling like I was “doing
it wrong.”
Being meticulous, diligent, careful, productive, attentive
to detail, thorough, committed, dedicated… these were the traits that were
celebrated in the lab. Creativity, passion and innovation were secondary, if
anything. And that message got through to me loud and clear. When I sat on the Emory Neuroscience
program admissions committee, I would roll my eyes and scoff at anyone who so
much as used the word “passion” in their personal statement, or the expression
“piqued my interest” (worse still if spelled “peaked”).
What happened to me? How did I so quickly transform from the
eager, idealistic, excited 21 year old scientist I was when I graduated from
Smith College to the bitter, jaded, disinterested 31 year old I am now?
I think maybe because in many ways I was dealt an
exceptionally losing hand on numerous occasions. I never had an opportunity to
join a lab, explore various projects, pursue one of my choice and then spend
time to write a grant proposal to fund my work. I was always handed a project
to complete. I had a PI encourage me to quit grad school because my brother was
dying of cancer and I wasn’t sufficiently focused/driven at the time. I worked
on studies that were eventually published but I was not included on the author
list. My PI decided to move the lab cross-country as I was nearing completion
of my project. A professor I
revered above all others told me I could join their lab to finish my
dissertation research, but then mere weeks before my start date revoked that
offer (and didn’t even have the decency to tell me to my face but had my
previous advisor tell me). I was encouraged by program leadership to join labs I
shouldn’t have simply because they had a lot of money. I don’t mean to play the victim or
appear like a woman scorned, but let’s just say I did deal with my fair share
of bullshit.
I don’t mean to throw all my professors, mentors or advisors
under the bus here. Unfortunately, they are slaves to the NIH and money is the
name of the game. Grad students need to be paid and if you want to pay them on
a grant they need to work on that grant. Funding levels are damn low, have been
for a while, and don’t appear to be improving any time soon. Studies that are
high-risk but high reward are hardly funded. A project needs to be half done
and have 3 publications before a grant proposal gets a fundable score. There is
a specific playbook, a template, for getting funded and pedigree, rather than
ability or ideas, is a huge part of it. There are areas of research that get
you a grant and those that don’t. There are questions they want answered and
those that they don’t.
While I’ve had a lot of bad luck and missed opportunities, I
don’t necessarily think that my general training was in any way unique – I
think that there are few labs where things are different than what I describe.
The ones that are different, where enthusiasm, ideas and creativity abounds,
where students are allowed time to pursue various projects and submit various
graduate fellowship applications, where the PI doesn’t need to suddenly up and
move, are probably heavily funded, often by Howard Hughes, and don’t need to
worry about failed studies and money.
I think the world of scientific research is sick – sick, as
in un-well. Too many people and not enough money. Peer-review is great in
theory, but is ultimately flawed because your “peers” are also your
competitors. Anyone who thinks a PI is free of bias while they read grant
applications from their competitors is naïve. I feel this is especially the
case at this point in time when people are fighting tooth and nail for measly
scraps with which to fund their work. There is too much focus on
conflict-of-interest due to potential financial gain (i.e. relationships to
industry) but not enough on the conflict-of-interest caused by the need to
publish, to get funded, to get tenure, etc.
How can anyone be passionate about science with the current
shit storm that is plaguing us?
The truth is, though, there are plenty of people who retain
their fervent enthusiasm for science in spite of the bullshit and nonsense.
These are the people who make great science writers. I might communicate
effectively, but what makes something interesting and fun to read is the
passion and excitement behind those words.
Don’t get me wrong, I’m not saying I’m apathetic about everything.
Clearly, I’m passionate about motherhood, about food (and beer and wine), feminism,
liberal politics, and the Red Sox. But I used to feel the same way about
neuroscience… and I just can’t seem to re-ignite that flame.
I hope it’s not gone forever. Perhaps I just need a bit more
time away from the bench before I can rediscover my enthusiasm for the
scientific process. Or maybe what I need to do is combine my other passions
with my scientific knowledge. Maybe I can write about the neuroscience of Red
Sox fan-dom! Or about the neurological benefits of butter and booze: evidence
for 40ounces a day!
Or… a more likely scenario would be writing about baby
science, the science of motherhood or Goodnight Moon… I just need to find
someone to actually PAY me to write about Tess’ development on this blog.
Any takers?
if it means anything coming from someone who is dyslexic I love your writing .
ReplyDeleteI love reading your blog because I can see so much of myself in your journey. I went to Barnard planning on majoring in dance. I took psychology to satisfy my lab science requirement because I did not find science interesting in high school. 2 weeks in, I was reading the "neuroscience" chapter over and over and had a subscription to Scientific American Mind. 2 months in, once we got into the less biology-based part of psych, I was the annoying one in the class who kept saying "That's great, but what's happening in the brain?". I had never had that amount of excitement about anything before and thought for sure that grad school was the logical next step. And now, like you, I am pretty awesome at patching neurons, but have lost that crazy-excitement I used to have. I have thought of what I would do differently on multiple occasions. I know I would have wanted to slow down and consider other options, but honestly, I think I still would have ended up in graduate school. I have this incessant need to ask "what causes that to happen?" "how does that happen?" "why is it like that?" (pretty much like a 3-year old I guess), but I have become a bit disillusioned with the whole scientific process and all of that stuff you just described. I am pushing through and determined to graduate because I see a glimmer of that old excitement in myself when I am in a position of teaching other people. I want to teach undergraduates about neuroscience, but I also really want to help them think through if research is really the right path for them. There are other careers that allow you to remain in touch with science without requiring the long process of getting your PhD. I think liberal arts schools like Barnard (and Smith I imagine) do a wonderful job of introducing you to exciting fields, but then maybe fall short on the advising of practical career options. Or maybe I just had my blinders on in college and didn't stop to look at the opportunities available. But I think it would be helpful to include little segments on careers along with an intro neuroscience course-- talking about genetic disorders? Describe what genetic counselors do. Talking about parts of the brain involved in speech? Bring in a speech-language pathologist that works with patients with brain injury. I just think that stories like yours and mine are obviously fairly common. Maybe there is a better way to teach about options in college.
ReplyDeleteAnyway, thanks for sharing this. It makes me feel a bit better about my declining excitement for science. I had been feeling a bit guilty about it (especially the past two years when I was on the admissions committee and heading up recruitment for the program... sound familiar?). Also, sorry for the blog-length comment :)
Hi! I follow some of your blogs via your mom--- let me tell you that the Goodnight Moon was awesome and funny! I know that book by heart and never thought to dissected like you did!
ReplyDeleteNow, I read this blog and think you would be an amazing writer, but with all your training and education I wonder what else could you do that doesn't have to be in the research lab area?
Can you use your expertise to help kids in school?
Hey, I'm a friend of Andy's from Imperial College back when we were both physicists there and I read your piece with both interest and empathy. I know exactly how you feel. The heady exciting days of an undergraduate education are far behind us. The sheer Machiavellian ridiculousness of the politics of academia with it's utter lack of anything resembling a soul is all that there apparently is. Our colleagues are disappointing at their best and utterly evil at their worst; the system is crushingly unfair and hard and brutal and you make no money and work unbelievably long hours just to try to do something that turns out to be crap.
ReplyDeleteBut... here's the thing...
The pursuit of scientific work is the most transformative action that human beings have ever engaged in. Discovery is the act that changes the world for the better more than any other... it also has the potential to mess it up, but that's another issue...
I find scientific questions are themselves fascinating beyond the intellectual reach of any other discipline. Consider a neutrino, could you imagine anything more bizarre? Anything more unlikely? Taking two seconds to ponder the deeper questions in neuroscience should leave you perplexed and maddened and in awe: 'How do ideas work?"; '"Where does language come from?"; 'How are neurons formed?"; "How does the activity in the brain shift when we sleep?"; "How does the inner ear work?"...
Those are sources of inspiration and magic.
Now, all the other stuff is (I'm sorry to say) simply the difference from being a child (an undergraduate) and a grown up (post doc and beyond). As with every aspect of human life, the way science works in the world is harsh and businesslike and takes a shitload of work to preserve anything remotely resembling idealism. The same is true for every profession (I'm sure there are lots of lawyers, politicians, doctors and entrepreneurs who have their enthusiasm for their work crushed by circumstance in much the same way).
But, it's possible, you just have to fight for it. Stand up for the things you think are beautiful and fight against the idea that you're powerless or that there's no hope. There is a lot of wonder and beauty and gorgeousness in the work we do; you just have to go find it.