Does the MD Help Your Research?

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Katatonic

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I've seen many people say the PhD didn't really help them in the overall process, but since I'm trying to decide between MD/PhD or straight PhD programs, how do you who have gone through it all feel the MD has helped your potential or current research? Is it the wider breadth of disease-based knowledge? The clinical relevancy of what your'e studying? Did it help you look at problems differently than your non-MD counterparts? Thanks.
 
but since I'm trying to decide between MD/PhD or straight PhD programs

Just say no to a straight PhD in the biomedical sciences. Avoid it like the plague. It's worse for your life than smoking.

(Unless the PhD is @ Harvard, and the MD/PhD is at podunk...or something like that.)


The MD doesn't necessarily help you during your PhD, but it sure as hell will help after.
 
(Unless the PhD is @ Harvard, and the MD/PhD is at podunk...or something like that.)

Well, yes, but PhD's at Harvard are supposed to be brutal black holes where you're dumped for 4-5 years and then spend the next 2-3 years crawling back out to the light.
 
deleted cause I have to run and didn't have time to wrap up my thoughts, might repost later.
 
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I think one of my PhD professors summed it up nicely when during a class of 8 other PhD only students, upon hearing I was in the MD/PhD program, remarked "oh, well you will have a career.
 
i'd just like to reiterate the question, because these are the reasons I am going into an MD/PhD program: I believe I will have a better understanding of clinical correlates of research. I.e. studying the genome of lung colonizing bacteria would be better addressed as a holistic clinical/basic science problem. You look at the make up of lung colonizing bacteria in patients and you motivate your research from that. I assume (and hope) there are many more examples. Also, this example shows how one can ask question based on what you see in the clinic. I don't know if a PhD has that exposure. He/she wouldn't know the best clinically relevant questions to ask. But again, this looks great on paper, but for those who are in the later stages of training, or have completed it, has the MD/PhD been good to you? I know some people hate it because of their PIs, but is the concept of maintaining fluidity between research and clinical relevance still there?
 
To illustrate things for you, I'm currently taking a basic immunology class directed by a PhD professor. She didn't even know whether it was gram- or gram+ bacteria that had LPS!!! Over the last few weeks, I can't believe the absurd details she drools over - what enzyme clips what hairpin during antibody gene rearrangements, etc.

The whole point of the subject is its major relevancy to human disease - HIV, tumors, transplants, infection, autoimmunity, etc. - NOT the hairpin clipping enzymes and mu enhancers.

The focus on mechanism for its own sake convinces me that many biological scientists don't understand relevance to medicine. I'd rather these people just focused on yeast or drosophila or something super-basic rather than dealing with objectively peripheral systems of biology (e.g. immunology and neurobiology) without keeping human disease in mind.
 
To illustrate things for you, I'm currently taking a basic immunology class directed by a PhD professor. She didn't even know whether it was gram- or gram+ bacteria that had LPS!!! Over the last few weeks, I can't believe the absurd details she drools over - what enzyme clips what hairpin during antibody gene rearrangements, etc.

The whole point of the subject is its major relevancy to human disease - HIV, tumors, transplants, infection, autoimmunity, etc. - NOT the hairpin clipping enzymes and mu enhancers.


Knowing the difference between gram+ and gram- bacteria is something that can incredibly easily be looked up. Unless you are going to be a clinician, which OP doesn't have much of an interest in or studying gram+/- bacteria, it's really an extraneous detail. Also, I don't think the OP is looking for the best preparation to teach clinical students...

I think the answer to your question is that it depends on your personality and type of research. A few weeks ago I sat down with an md/phd dropout (phd only) with a professorship at a top 5 medical school who said that md/phd is a huge waste of time because you can learn all the medical/human bio yourself. others swear that the clinical decision making experience helps them pick out little nuances and steer their research forward.

I think the best way to answer your question is to talk to a bunch of people who have both degrees but do solely/almost only research and ask how valuable the degree was to them and get a real feel for their personality and how that compares to that to chatting with the straight up PhDs.
 
I would STRONGLY caution you in taking the advice of such a person with a grain of salt. He dropped out of MD/PhD and thus must have hated medical school.

First of all, PhDs are at least 6-6.5 yrs now, and how can an MD/PhD be a "huge" waste of time, if it's only 7-8 yrs?

And for people with the SAME publication record, and same postdoc credentials, i can GUARANTEE you having an MD/PhD opens more doors, even if you don't do a residency.

Just say no to PhD.

Knowing the difference between gram+ and gram- bacteria is something that can incredibly easily be looked up. Unless you are going to be a clinician, which OP doesn't have much of an interest in or studying gram+/- bacteria, it's really an extraneous detail. Also, I don't think the OP is looking for the best preparation to teach clinical students...

I think the answer to your question is that it depends on your personality and type of research. A few weeks ago I sat down with an md/phd dropout (phd only) with a professorship at a top 5 medical school who said that md/phd is a huge waste of time because you can learn all the medical/human bio yourself. others swear that the clinical decision making experience helps them pick out little nuances and steer their research forward.

I think the best way to answer your question is to talk to a bunch of people who have both degrees but do solely/almost only research and ask how valuable the degree was to them and get a real feel for their personality and how that compares to that to chatting with the straight up PhDs.
 
I would STRONGLY caution you in taking the advice of such a person with a grain of salt. He dropped out of MD/PhD and thus must have hated medical school.

First of all, PhDs are at least 6-6.5 yrs now, and how can an MD/PhD be a "huge" waste of time, if it's only 7-8 yrs?

And for people with the SAME publication record, and same postdoc credentials, i can GUARANTEE you having an MD/PhD opens more doors, even if you don't do a residency.

Just say no to PhD.

I don't think the time difference is that substantial. Although I'm not sure, do you as an MD/PhD have to do a Postdoc after your residency and fellowship? If you do, then yeah the time frame is much longer for MD/PhD. Either way, it does seem as if overall it may be a better career decision to go for the joint degree. I'm still not sure I see how the MD would positively affect your research (aside from perhaps making it easier to get grants as I've heard). Also, I like the idea of not having to do research 24/7 (like being able to do work that still keeps me in the lab, but directly helps someone a couple times a week, as is my fantasy-projection-pathologist/scientist-self-image).
 
I would STRONGLY caution you in taking the advice of such a person with a grain of salt. He dropped out of MD/PhD and thus must have hated medical school.

First of all, PhDs are at least 6-6.5 yrs now, and how can an MD/PhD be a "huge" waste of time, if it's only 7-8 yrs?

And for people with the SAME publication record, and same postdoc credentials, i can GUARANTEE you having an MD/PhD opens more doors, even if you don't do a residency.

Just say no to PhD
👍
 
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I get it, that's a popular opinion, but I have yet to be convinced that it's SUCH a terrible existence. The PhD's I know seem happy. Yes, there's frustrations, but there are in every job imaginable.
 
I would STRONGLY caution you in taking the advice of such a person with a grain of salt. He dropped out of MD/PhD and thus must have hated medical school.

First of all, PhDs are at least 6-6.5 yrs now, and how can an MD/PhD be a "huge" waste of time, if it's only 7-8 yrs?

I think you're missing my point entirely. For the record, I (and probably every person on this board) don't think it will be a waste of time because I'm doing it. The question was "Will it make you BETTER at RESEARCH?" Not richer, not more fundable, but a better researcher? I hope. However, regardless of completion time, if all you care about is how good of a researcher you will be... if the medical school part doesn't make you better, those 3.5-4 years of school would be better spent in the lab.

Also, when it comes down to it, sure, all publications being equal, the MD/PhD might get the job, but 3.5-4 years not in ms is a nice amount of time to pad that CV. And finally, the 7 year MD/PhD might happen, but it doesn't seem to be the norm at all and is probably in a field/lab that has light PhD's to begin with. OP might end up in a lab that simply doesn't care about him/her being in the mdphd program and have to stick it out for 6 yrs... all i'm saying is that a decision like this should be made by talking to people with and without both degrees who have careers that you could see yourself in...
 
I think my PhD research will definitely help me. I will be doing a surgery specialty residency and my research was in physiology with an emphasis on microcirculation. I learned whole-animal as well as microscopic surgical techniques. And I plan on continuing research in these areas after residency. I think it all depends on what you want to do as to whether your PhD research will aid your medical training and career.
 
8 - 6.5 = 1.5 not 3.5-4

8 is still the norm? Most programs report average ~ 7.5

I rest my case. Best 1.5 yrs you can do with your life.

P.S. I think medical school DOES make you a better BIOMEDICAL researcher. For those who have no interest in medicine whatsoever, this wouldn't even be an issue. Again, I think anyone who's debating between MD/PhD and PhD probably is interested in research that is applicable to diseases. And therefore, anyone in such position, unless in very very rare circumstances, should go with the MD/PhD (if possible).

if the medical school part doesn't make you better, those 3.5-4 years of school would be better spent in the lab.

Also, when it comes down to it, sure, all publications being equal, the MD/PhD might get the job, but 3.5-4 years not in ms is a nice amount of time to pad that CV. And finally, the 7 year MD/PhD might happen, but it doesn't seem to be the norm at all and is probably in a field/lab that has light PhD's to begin with....
 
I think my PhD research will definitely help me. I will be doing a surgery specialty residency and my research was in physiology with an emphasis on microcirculation. I learned whole-animal as well as microscopic surgical techniques. And I plan on continuing research in these areas after residency. I think it all depends on what you want to do as to whether your PhD research will aid your medical training and career.

I meant does your MD help your research, not your PhD. Do you think attending medical school for 4 years will help your research, or make you a better scientist?

Thanks everyone for the responses, I've been talking to a few people, some with PhD's, one with an MD, but I don't know any MD/PhD's so this is my sole reference for this type of question.
 
Do you think attending medical school for 4 years will help your research, or make you a better scientist?

Hrm. Wouldn't it be more relevant to ask whether seeing patients helps your research, rather than medical school specifically?
 
Hrm. Wouldn't it be more relevant to ask whether seeing patients helps your research, rather than medical school specifically?

Yeah, sorry, that's part of what I meant in the original post about whether the MD will help your research long term. Either the knowledge gained from med school classes, or the knowledge gained from being a practicing physician in your specialty.
 
...... if the medical school part doesn't make you better, those 3.5-4 years of school would be better spent in the lab.
Agreed. If you want to be a stronger, more experienced researcher, time spent in lab is the way to go. This is common sense.

Also, when it comes down to it, sure, all publications being equal, the MD/PhD might get the job, but 3.5-4 years not in ms is a nice amount of time to pad that CV.
Agreed - for the same reason as above. Any astute person (and there are plenty of them in pure research) can pick up a textbook and learn the pathophysiology behind the disease they work on. You don't need a medical degree for that.

Bottom line: there's more than one way to skin a cat and, without independent postdoctoral research (which you're obviously not going to get in medical school or a Ph.D. program), it's hard to convince the NIH you know what you're doing when you want your first grant.
 
Any astute person (and there are plenty of them in pure research) can pick up a textbook and learn the pathophysiology behind the disease they work on. You don't need a medical degree for that.

But the knowledge you'll get during the MD years and seeing patients will make you better at making connections between the science that you're doing and your ultimate quest of treating or easing the symptoms of a disease. I guess in itself it won't make you a better researcher, but will grant you a different perspective which is likely to steer your research in a different direction than PhDs-only. At least that's what I understand is the philosophy behind the double degree. Of course this is coming from someone who hasn't started a double program yet.
 
But the knowledge you'll get during the MD years and seeing patients will make you better at making connections between the science that you're doing and your ultimate quest of treating or easing the symptoms of a disease. I guess in itself it won't make you a better researcher, but will grant you a different perspective which is likely to steer your research in a different direction than PhDs-only. At least that's what I understand is the philosophy behind the double degree. Of course this is coming from someone who hasn't started a double program yet.
As a seasoned clinician: of course, that's the intent. As medical student: no; you don't have the experience. Keep in mind that most successful, seasoned MD/PhD researchers do at least 80% research and 20% clinical. The 50:50 split is not reality. You can see that it's research you need to spend most of your time cultivating, and guess where you get that experience......
 
Forgive me for being disagreeable, but I think before we mislead any more youngsters down this path...

Agreed. If you want to be a stronger, more experienced researcher, time spent in lab is the way to go. This is common sense.

NO no and no. time does not equal to competence. This is typical faulty PhD logic that if a project takes longer it must be better.

Agreed - for the same reason as above. Any astute person (and there are plenty of them in pure research) can pick up a textbook and learn the pathophysiology behind the disease they work on. You don't need a medical degree for that.

Sure, except they won't know about the million other diseases that are connected to that disease. Medicine isn't as simple as looking things up. Without a few solid years of memorizing the terminology, Uptodate wouldn't even make sense to you. You cannot argue your way out of the narrowness that is by design of the PhD degree.

Bottom line: there's more than one way to skin a cat and, without independent postdoctoral research (which you're obviously not going to get in medical school or a Ph.D. program), it's hard to convince the NIH you know what you're doing when you want your first grant.

NO! You make it sound as if it's about the same difficulty to get a faculty job and have a career in academic medicine if you have a PhD vs. if you have an MD/PhD. But the reality is, it's about 20 times (judging by the K08 acceptance rate vs. K99) easier to be a MD/PhD and get a faculty job compared to a strict PhD.

MD/PhDs have gotten jobs at prestigious universities and get K08s with substantially less impressive publication and postdoctoral experience. I've seen it. A PhD with similar record *might* be able to get a job, but it'll be at podunk at best.

MD is NOT just a padding of resume. It's not just a "waste of time". Research is not just about how competent you are at doing research. You can't even begin to imagine the intricate degree of politics involved in this to make you a successful researcher. Do the MD/PhD. If you don't like medicine, just don't do residency. You won't regret it.
 
how do you who have gone through it all feel the MD has helped your potential or current research? Is it the wider breadth of disease-based knowledge? The clinical relevancy of what your'e studying? Did it help you look at problems differently than your non-MD counterparts?

The MD helps, depending on what type of research you end up doing. For MD/PhDs, the goal is to end up doing disease-oriented basic research, so the clinical training helps greatly in general in several respects.

First, as you mentioned, having the wide breadth of medical knowledge is important--making connections between different systems and also thinking in a more physiologic manner. Thinking about how a basic discovery might translate into potential therapies requires in-depth knowledge of not only a specific disease process (i.e. what you can read in a textbook, or more likely, review articles), but also a wider breadth of knowledge about other systems. The wide breadth of medical knowledge gives you perspective from a knowledge-based standpoint.

Second, as you mentioned, understanding what questions are clinically relevant enables you to appropriately focus your research and thereby not "waste time" pursuing mechanism just for the sake of mechanism. Clinical training also gives an in-depth understanding of patients and their diseases in ways that cannot be replicated simply by reading a textbook or review article. It gives you a sense of the scope of the clinical problem, the various issues that patients face with their condition, associated phenomena/diseases/pathology, and the inherent variability of disease presentation, severity, duration and timecourse that is not easily attainable through reading a textbook. That is why part of medical school consists of actually seeing patients and learning from them in a problem-based way.

Third, MD/PhDs look at scientific problems much differently compared to PhDs, as you mentioned, for many of the reasons outlined above. A big advantage of having the clinical training is learning how clinicians think, approach problems and communicate. In order to truly understand biomedically-relevant problems (and to be extremely successful in obtaining grant funding), you must be conversant in the languages of both medicine and science. The MD/PhD pathway is the best route for attaining this fluency.
 
Forgive me for being disagreeable, but I think before we mislead any more youngsters down this path...



NO no and no. time does not equal to competence. This is typical faulty PhD logic that if a project takes longer it must be better.



Sure, except they won't know about the million other diseases that are connected to that disease. Medicine isn't as simple as looking things up. Without a few solid years of memorizing the terminology, Uptodate wouldn't even make sense to you. You cannot argue your way out of the narrowness that is by design of the PhD degree.



NO! You make it sound as if it's about the same difficulty to get a faculty job and have a career in academic medicine if you have a PhD vs. if you have an MD/PhD. But the reality is, it's about 20 times (judging by the K08 acceptance rate vs. K99) easier to be a MD/PhD and get a faculty job compared to a strict PhD.

MD/PhDs have gotten jobs at prestigious universities and get K08s with substantially less impressive publication and postdoctoral experience. I've seen it. A PhD with similar record *might* be able to get a job, but it'll be at podunk at best.

MD is NOT just a padding of resume. It's not just a "waste of time". Research is not just about how competent you are at doing research. You can't even begin to imagine the intricate degree of politics involved in this to make you a successful researcher. Do the MD/PhD. If you don't like medicine, just don't do residency. You won't regret it.
Thanks for your opinion.

Yes, a Ph.D. is narrow. Yes, a medical degree is broad. Yes, both require years of practice to become competent. However, I respectfully disagree with you, so please don't ever use the term "we". We are not in agreement. On a physician/scientist board, my opinion is obviously in the minority, but that does not mean it's uninformed or inaccurate.

You are speaking from the stance of a medical student without independent postdoctoral experience. Again, if you are going for a "job", please qualify the level. I've worked with many MD/PhDs at the postdoc. and faculty level. The MDs who did not do a residency were honest enough to say that the MD did not make a blind bit of difference in their academic career.

Lastly, please don't put words in peoples' mouth. Nobody said that a M.D. was a "waste of time". I'm a 4th year med student who will be going into academic medicine. Again, an M.D. is just not necessary or sufficient to make an academic biomedical researcher, and it's important that people who may not have a huge interest in medicine realize that. Spending time in lab, publishing widely (which takes time) and conducting independent research is sufficient under strong mentorship.
 
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The MDs who did not do a residency were honest enough to say that the MD did not make a blind bit of difference in their academic career.

I think this is a very important and revealing point. I have heard this too from folks who went through an MD/PhD program and then proceeded straight into research. However, the folks I know who did this, now do fairly basic research and they are not guided as much by clinical problems, but rather by a desire to understand basic mechanisms. I think that this group represents a fairly self-selected bunch who tended to be more interested in this type of research.

Your point definitely underscores the significance of not the MD per se, but the full extent of clinical training, including medical school and residency training in a clinical specialty. Obviously, medical school is a prerequisite for residency training, so the MD is necessary to go on to the next step of acquiring fluency and comfort with clinical medicine.

I would argue that residency training is even more valuable for understanding disease in the specific patient population in which you are interested for pursuing research questions.

The more one's research in the lab is disconnected from clinical medicine, the less useful clinical training becomes. Obviously, some MD/PhDs choose to pursue careers strongly oriented toward basic research. However, I don't believe this is the intent of the progam. My own research, based on my experience, will be directed at problems directly related to disease or involving clinically significant basic research questions.
 
Your point definitely underscores the significance of not the MD per se, but the full extent of clinical training, including medical school and residency training in a clinical specialty.
You've got it.

Obviously, some MD/PhDs choose to pursue careers strongly oriented toward basic research. However, I don't believe this is the intent of the progam.
Actually, it pretty much is the intent of the MD/PhD program at most institutions. Most PhDs do tend to be basic and very mechanistic in nature. There are clinical and translational PhD programs, but they really are in the minority. Once you've been trained, however, research is research and you can pretty much do whatever you want. Clearly, the MD/PhD program leaves more doors open than is closes.
 
Hey, thanks everyone for all of the responses. Just to clarify something for me (not related to the original question really), but do you still do a post-doctoral fellowship after you complete your medical residency and fellowship? I'm still a bit confused on this.

Also, I see that there are some Forensic Pathologists who are MD/PhD and do research attached to hospital/universities or have faculty positions. How does this work if they are employed by the government? Do they just have two different jobs/employers? Thanks!
 
Good lord this thread cracks me up.

Do us a favor kids, listen to sluox, or any MD/PhD student beyond M2, for that matter.

The answer to this question is so self-evident. Yes, having a MD helps you do research, and having a PhD helps your approach to medicine. The "help" lies not just in knowledge but in experience, political adeptness, and maturity.

Pre-meds...ah the younger years.
 
Good lord this thread cracks me up.

Do us a favor kids, listen to sluox, or any MD/PhD student beyond M2, for that matter.

The answer to this question is so self-evident. Yes, having a MD helps you do research, and having a PhD helps your approach to medicine. The "help" lies not just in knowledge but in experience, political adeptness, and maturity.

Pre-meds...ah the younger years.

Thanks for the advice, minus the condescending last bit. I appreciate hearing from people further in the process.
 
Hey, thanks everyone for all of the responses. Just to clarify something for me (not related to the original question really), but do you still do a post-doctoral fellowship after you complete your medical residency and fellowship? I'm still a bit confused on this.

Also, I see that there are some Forensic Pathologists who are MD/PhD and do research attached to hospital/universities or have faculty positions. How does this work if they are employed by the government? Do they just have two different jobs/employers? Thanks!

Seems to me that the post-doc is built-in into the subspecialty fellowship. Let's say you're doing a 2-3 year ID fellowship at a major academic center like JHU. Likely a good portion of those 2-3 years are spent doing research, in tandem with someone who's working on a similar problem. If you stay on at the same institution, you continue, build up data, apply for grants while staying afloat from clinical money, and gradually acquire independence.

At least that's what I thought. I could be entirely wrong and people go and do an "official" post-doc after residency.
 
Hey, thanks everyone for all of the responses. Just to clarify something for me (not related to the original question really), but do you still do a post-doctoral fellowship after you complete your medical residency and fellowship? I'm still a bit confused on this.
Yes, as Mercaptovizadeh says, most good academic programs have a required research component as part of the fellowship. This usually lasts at least a year. However, you'll find that faculty candidates are expected to spend more time than this before applying for your first job. When I was interviewing for faculty positions, nobody was being interviewed unless they had a minimum of 2-3 years of independent postdoctoral research experience. If the average MD/PhD spends three years getting their PhD and one year of pure research as a fellow, there's a very slim chance they're going to be attractive for faculty positions; not enough time and not enough papers. I'm about to start residency, and I understand that. Of course, there will always be a few outliers.....
 
Hey, thanks everyone for all of the responses. Just to clarify something for me (not related to the original question really), but do you still do a post-doctoral fellowship after you complete your medical residency and fellowship? I'm still a bit confused on this.
Some people do. Just FYI, you don't have to do a post-doc after residency; there are some MD/PhDs who go straight into a post-doc after med school. I agree with the posters who have suggested doing a combined research/clinical residency and/or fellowship, for two reasons. One, it shaves off some time from your training, and two, you hopefully aren't out of the clinic and the lab for as long.

Several specialties have these research residencies. Most MD/PhDs go into fields like IM or path, so there are a bunch of research residencies out there in those fields. Even in a specialty like anesthesiology, which traditionally hasn't been as popular with MD/PhDs, there are several research residency/fellowships available. (I'm interested in anesthesiology, so I have been looking into this.) At least in anesthesiology, the organization of these residencies depends on the institution. Some of them tack on an extra year to your residency, and you also spend part of what would have been your clinical time doing research. Some require that you do a two-year fellowship after residency, and then you become junior faculty once you get your first grant.
 
Neurology is another field in which there are a number of programs with research tracks. The official ACGME requirements leave roughly 15 months of time that could theoretically be dedicated to research, though in practice many programs will allow less (6-9 months) due to required electives such as neuropathology, neuroradiology, EEG/EMG, clinics, and additional inpatient service time. Some programs are more flexible than others about these requirements. The goal would be to have at least a 6 month contiguous block of time to be in the lab, generate preliminary data, and write for a grant.

Some program directors and faculty feel very strongly that residency should be dedicated solely to clinical training. They argue that you only train once and this is the time to learn the clinical specialty. Others feel strongly that part of residency is preparing you for your future career. In the case of physician scientists, this means offering flexibility to do research during residency and more quickly transition to independence afterward.
 
There are research residencies available in every specialty. In the brain this could mean anything from Neurology, Psychiatry, ENT, Neurosurgery, Radiology, Ophthamology, and more...

Hey, thanks everyone for all of the responses. Just to clarify something for me (not related to the original question really), but do you still do a post-doctoral fellowship after you complete your medical residency and fellowship? I'm still a bit confused on this.

It is much more common for a MD or MD/PhD trained researcher to remain a fellow for some period of time. Many fellowships have 1 year of research time, but you can elect to do more depending on the funding situation, job market, and career goals. There are only a few differences between a post-doc and research fellowship, which leads to the confusion between them. Fellows typically have some amount of clinical duty. The notion of "post-doc" typically implies 100% research. Those early in their careers nowadays are typically uncomfortable moving to 100% research because of the uncertain job market within research. By keeping your fellowship 80% research and 20% clinical or so, you retain the flexibility to go 100% clinical if necessary. Also, fellowships pay around $10k more than post-docs with the same amount of post-graduate training.

Also, I see that there are some Forensic Pathologists who are MD/PhD and do research attached to hospital/universities or have faculty positions. How does this work if they are employed by the government? Do they just have two different jobs/employers? Thanks!

You can have multiple academic appointments. This is negotiated between the faculty and the numerous employers. The structure of how you get paid and by whom and how much each demands of you and what each gives you... It's all very flexible. In the case of the medical examiner, they may get paid some salary by the government for doing autopsies and then receive money from grants and receive lab space from an academic institution.

Do you think attending medical school for 4 years will help your research, or make you a better scientist?

Will it help you get hired? Definitely. Will it make you a better scientist? It depends on the science you do. Do I think attending medical school will help my research? Of course, or I wouldn't have done it :laugh: This is a question with only subjective answers. Keep that in mind when evaluating responses. One way to get objective on this point would be to look at success rates in applying for grants between MD/PhDs and PhDs. I will likely have to dig out this data, but if I recall the rates are the same between the two groups, only PhDs get their first grants at an earlier age.

few weeks ago I sat down with an md/phd dropout (phd only) with a professorship at a top 5 medical school who said that md/phd is a huge waste of time because you can learn all the medical/human bio yourself.

You also have to keep in mind in this discussion that things are changing with the times. As funding gets harder to get, fewer students are going straight to post-doc and the idea of dropping out to PhD, while rare to begin with, has gotten even rarer. It was much easier to get a career going in research during the boom years of the 90s. In my opinion, the career uncertainty now combined with the increased demands for faculty to get research grants and research-based positions explains the shift. This is in part as well because most hospitals are losing money by practicing medicine, and this trend into the red is increasing with time. Thus all faculty are expected to generate the revenue required to keep things afloat, whereas more resources were available in past times to keep non-practicing researchers going or to get them started.

Someone who didn't like medical school now may hang in there and do Radiology or Pathology where maybe they wouldn't in the past. Someone who may have had a career in research decides the increasing demands are not worth it, and goes 100% clinical. All the data I've seen indicates there's an increasing trend towards clinical work for MD/PhDs, and my guess is this will continue until funding gets better or there's a better emphasis on making research careers attractive.

Thus, I say take any well-established professor's advice with a grain of salt. Many, though of course not all, started their careers in more bountiful times. Now you can of course be an idealist, an optimist, or just plain arrogant and say "I AM THE BADDEST MOFO ON THE PLANET!" and you might be right, lucky, or work hard enough to be successful regardless. The decision you make on how to train now all depends on how optimistic/idealistic vs. pragmatic you are.

In other words, you may identify with: "When push comes to shove you have to do what you love. Even if it's not a good idea." or you might think it's incredibly naive. It's up to you. sluox obviously thinks a PhD isn't a good idea these days. Do you believe him? Should you do it anyways? Only you can answer that.

Of course, this doesn't apply to many (most?) graduate students who didn't give any of this serious thought and just floated their way into grad school not knowing what else to do with life. But, I think since we are discussing this topic, it's worth it to give the full story.

I get it, that's a popular opinion, but I have yet to be convinced that it's SUCH a terrible existence. The PhD's I know seem happy. Yes, there's frustrations, but there are in every job imaginable.

Also remember that you are speaking to a very select group of PhDs. Most MD/PhDs do mostly clinical. You won't meet them when you interview for MD/PhD programs. Unless you try hard to seek them out, you won't meet the 15% or so who went to private practice. You won't meet half of the MD/PhDs at big name academic center who do 80-100% clinical or administrative work and almost no research. In academia, you won't meet the vast majority of PhDs who found the obstacles to a research career too great or found it unappealing and went off and did something else. Those advisors would likely have different advice for you. Always keep in mind who you're talking to in this business, how they chose to do their career, what their own goals are (i.e. MD/PhD program = produce researchers), any objective criteria you can, and your own goals.

Personally, the flexibility inherent in MD/PhD always strongly attracted me to do the combined degree program, and just because I'm almost done doesn't mean I have any clue how I'm going to use it :laugh:. With the long training pathways and the very defocused undergraduate programs, I'm not sure how anyone can really know what they're going to enjoy doing at 35 when they're 22. But that's another issue for another time.

(Unless the PhD is @ Harvard, and the MD/PhD is at podunk...or something like that.)

I don't think this is true at all. I still think the MD/PhD is going to have a much easier time getting a job. The MD/PhD will still likely get a top residency in the typical research fields as long as they do well in medical school. As far as a research career goes, both will probably get the same post-doc, as it seems that all fields are like mine in that it's almost impossible to find American post-docs. Nobody wants to do one because it feels like a long trap with no job on the other side. So labs are either stuck picking between those who are unqualified, those who can't speak English, or just not having post-docs. Those qualified who are stalwart enough to stick it out go to the top labs, but it's hardly competitive.

Well, yes, but PhD's at Harvard are supposed to be brutal black holes where you're dumped for 4-5 years and then spend the next 2-3 years crawling back out to the light.

How is this any different from any other successful grad student :meanie: You may think I'm joking, but I'm not.
 
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Neuronix, what do you mean by "flexibility inherent in the MD/PhD"? what flexibility does that have as opposed to just PhD? or do u mean that you like the ability to do research and clinical work?
 
"Everything Neuronix said"

Holy ****, thanks Neuronix, you have no idea how much that post helps! Over the past few days things have gotten a lot clearer, and with an awesome new project I get to help on at work, things are lookin' good! Thanks again for the advice. 👍
 
Neuronix, what do you mean by "flexibility inherent in the MD/PhD"? what flexibility does that have as opposed to just PhD? or do u mean that you like the ability to do research and clinical work?

MD/PhD is geared to be a research degree, it is true. But, you can take the degree and be 100% clinical. You can mix clinical and research in whatever proportion. You can do 100% research. Clinical research. Basic research. Translational research.

But that's not all!

You're in high demand in industry, administration, and if all else fails you've got no debt so you could just go ski bum. I mean a PhD can do the non-clinical bits, but getting those jobs is more difficult and lower paying. It's just a degree choice with all the job security and demand of the MD, all the intellectual possibilities of a PhD, and more. And it's free free free with any large slurpee puchase* (given top 5% of undergrad class and 95th percentile MCAT. Offer not valid in Vermont).
 
In addressing to katatonic's original post , you were contemplating between md/phd vs straight phd. Well i'm not in either program but I've spent my fair share in labs to comment on that end. I mean from what I've seen getting a phd and how much you get out of it really depends on a combination of things: you , your mentor / PI, your lab members IE post docs and research scientists. These three factors are your basic foundation for research as a phd student. So when people say that the PhD program that could be from a variety of things either motivation from that person, a bad mentor, or just no one around to actually help trouble shoot and brainstorm ideas with. That's how I see it.
As for how much MD actually helps in research, that just depends. If you were working on stuff like drosphila development or zebrafish A/P axis patterning well then i think you're slighly out of luck. But MD training could give you a potential different view on that other people (regular trained PhD people) might not see and this could be an advantage. However this is just a speculation. But for any scientist , i believe that it really boils down to luck, hardwork, insight, and a lot of experience.
Hope this helps.
 
The MD part without a residency is worthless. Let's face it, you know absolutely nothing about clinical medicine until you get in there and get abused by it q4 30h at a time. Once you have acquired real clinical knowledge (post-residency and post-clinical-fellowship training) it will likely influence the type of questions you ask in research, hopefully you will ask more clinically/translationally relevant questions, even if you are basic scientist.
 
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