Having seen what can pass for medical education in the first year, I’m somewhat disturbed by what us students actually know and retain. There are definitely elements of our curriculum that both went by in a blur and were poorly taught. There are lectures which put me to sleep – leaving me unable to see straight and unable to recall anything of importance. The didactic method of lecturing to students is an efficient way of delivering a large, homogeneous amount of information to a diverse group of students…unfortunately it isn’t as effective as it could be – failing to provide students with a body of knowledge and experience that would enable students to recognize patterns of symptoms and understand the reasons for each of the symptoms. Unfortunately medicine is an algorithm based discipline and to spend at least 1.5 years talking about the landscape without touching an algorithm is almost a travesty. Unfortunately the real scientific skill in medicine is heuristics – investigation and problem solving – not rote memorization or regurgitation of “facts”.
The “best” students in the first two years are the ones who act as sponges – able to absorb as much material as possible – and then able to express it rapidly when “squeezed”…so curiosity helps a great deal – and I believe it helps a great deal in terms of actual patient treatment – when things don’t work according to plan – curiosity helps spur investigation of problems, helps spur additional strategies for treatment. But, curiosity doesn’t always make a person pay attention to the patient. It also doesn’t show you HOW to do something. It may interest you in learning how to do something. Curiosity doesn’t always teach you the specifics of how to perform important tasks and skills.
Curiosity also doesn’t substitute for experience. Medical students in my humble opinion, should be getting some amount of experience through every year – they should be on the wards, learning about symptoms, signs, asking questions, interpreting lab tests, seeing patient/physician interactions, learning how to do simple procedures and talking to patients a great deal. They should also be reading textbooks as little as possible – instead, they should be reading scientific journal articles, lecture transcripts, and working on case summaries and reviews. The primary people teaching first and second year medical students should be patients and physicians, in small groups. Lectures, need to be high yield –preferably videotaped. This generation of students learns in a different way than the previous generations. This generation is not used to the delayed gratification of waiting for the answers through a lecture – this generation would rather ask the questions of someone who knows the answer and get feedback quickly.
Unfortunately, not giving students repetition in terms of information and skills in analyzing and interpreting information, is tantamount to staging a farce of education. Several times I’ve heard that after the first two years of medical school, people are amazed at how much they’ve learned. After the last two years of medical school – they realize they didn’t learn anything in the first two and realize that they learned a ton during their first two years. I feel like this signifies a waste of time – a waste of money and ultimately a waste of resources for the medical system when it cannot stand to spare said resources.
In addition, if we fail to provide our next generation of doctors with profound experience before turning them loose on the patient population, aren’t we doing them (both patients and newly minted doctors) a disservice? We have gone through the physiology of the cardiovascular system, yet I doubt that I or any of my fellow students could really do a quality job of diagnosing cardiovascular problems right now, much less formulate a coherent or thorough patient interview. Now I say that, not to diminish my fellow students, but to say that at the end of each week of class, we should have something to show for it – something tangible. We should know how to question patients. We should understand what symptoms can be caused by the lack of physiological functioning within a particular portion of the body. We should have an idea of the drug classes used to treat particular problems.
Ultimately, this criticism is worthless if I cannot at least point to some type of solutions. The first soution I propose to reforming the standard American medical curriculum is to emphasize small-group learning. This will work for a multitude of reasons – one, by having regular interactions with one professor, students are able to ask questions more effectively. Also, participation is encouraged in a small-group setting as opposed to a larger lecture setting where questions and discussion can be viewed as socially inappropriate. At my school, there is a person who asks questions in most lectures, and he is widely ridiculed for his propensity for asking questions. The shame is, he will probably be one of the best physicians our school produces. Small group learning eliminates these social barriers to participation, encouraging actual work while in class.
Secondly, in the basic science years, patient simulation is absolutely essential. By starting simulations out with very simple information, and progressively incorporating more information, reminding students of key basic science concepts, simulations tend to lead students down the correct path of learning basic science material in order to actually understand what is HAPPENING with the students. We have had one simulation so far this year – it was widely regarded as the best educational activity we have gone through. It was complete with a quick rounds simulated by the professor who led the session. Many of my fellow students felt that this was possibly the best thing we could have done in terms of understanding the actual physiology and how to improve things for the patient. Since the simulation was also lumped in with a standardized patient simulation we all got to practice our interviewing skills, which was extremely important as well. The history and physical examination is supposedly the most important part of our medical education – we should be engaged in it immediately.
Third, rounds – students are meant to be in rounds – having things expected of them – being responsible for knowing material. Students should be seeing patients, hearing the constellations of signs and symptoms of diseases, practicing the construction of differential diagnoses, and hearing the treatments required for those diseases. Students should be inside the medical arena early, learning things that you can only learn on the floors – not stuck in a classroom, asleep (as often happens to me).
Fourth, didactic sessions MUST be retooled so that they actually reach the intended audience. They need to have notes/journal articles to study prior to the lecture, they need to have learning objectives. Sample questions should be provided – but they must be difficult. Sample questions that are simple and easy do nothing to expand the students ability to think critically about the information.
Lastly, didactic sessions should focus less on the basic facts – those things tend to do two things – attenuate student attention span and lull students into a false sense of security and understanding of the material. Instead, encouraging students to understand the connections between different facts, different systems, different processes, different cell types and proceses is a much more fruitful and effective pedagogical device.
That’s all I’ve got right now – all I can think of.
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