Between medical paternalism and servility

ID-10038434Even today there are patients who leave diagnosis and treatment entirely to their doctors.  They make no effort to inform themselves about their illness or chart their own course; they do whatever their doctors advise.  Once the norm, this passive, willfully naive attitude has withered in the face of a multigenerational attitude shift, coupled with the wealth of medical information at hand today.  Direct-to-consumer drug ads on television, online peer support, medical websites and blogs of all stripes, “Dr. Google,” PubMed — it almost takes dedicated effort to avoid learning about one’s medical issue.   The complementary role of doctors as kindly but authoritarian caretakers feels outdated by decades, and to many nowadays, offensive.  “Paternalistic” has become the epithet of choice for doctors who fail to recognize, respect, and make room for patient autonomy and medical self-determination.

Most doctors practicing today, even those of us decades into our careers, began medical training at a time when patient empowerment had already gained ground in the U.S.  Many of us supported it wholeheartedly.  In college I studied medical ethics and patient autonomy.  I volunteered at a community clinic called “Our Health Center” that aimed to empower patients.  My stated goal when applying to medical school was to help patients take responsibility for their own health.  Even today I tend to over-explain my reasoning to my patients, and to err — and sometimes it is an error — on the side of offering a smorgasbord of options along with their risks and benefits.

However, over the years the goalposts have moved.  For a growing subset of patients it is no longer enough that we doctors talk to them as fellow adults.  The one-time goal of shared decision-making has, in some circles, given way to a deep skepticism toward doctors and our expertise.  Some regard us as irksome gatekeepers who add little to medical decision making and serve mainly as roadblocks to obtaining the medical tests or treatments they already know they need.   In this jaundiced view, our role is reduced to rubber-stamping: ordering desired tests, signing requested prescriptions, drafting work excuses, and so forth.  For example, I’ve received many calls from would-be patients seeking a prescription stimulant for self-diagnosed “adult ADHD.” The callers sound dismayed when I point out that my diagnosis may not agree with theirs.  Similarly, patients seek me out to provide documentation and advocacy on behalf of a psychiatric disability they swear they have, but I haven’t yet evaluated.  I find myself wishing that such callers could face the consequences of their own decisions without involving the unwanted, apparently superfluous impediment of a doctor.

These examples from my practice could be dismissed as drug-seeking or “gaming the system.”  But skepticism toward physicians and our expertise goes much further.  Patients insist on antibiotics for viral (or non-existent) infections.  Parents refuse to vaccinate their kids.  Online forums abound with horror stories of patients misdiagnosed and mistreated, who finally escape this nightmare only by taking matters into their own hands.  “Ask your doctor” drug ads imply that doctors will fail to consider the advertised treatment if not for patient self-advocacy (and the generous assistance of a multimillion dollar marketing campaign).  California has a voter initiative this fall that, among other provisions, would mandate random drug testing of physicians for the first time in the U.S.

There is a movement afoot to share medical records with primary-care patients, ostensibly for doctor-patient collaboration, but often justified on the basis of “transparency.”  It is now deemed paternalistic for doctors to keep private notes of our own work, even though this is accepted in other professional and consultative fields.  Institutions no longer trust us to do high-quality work without oversight by non-physicians who track quality and patient satisfaction measures.  Some patients now balk when doctors ask personal questions, e.g., about religious practices or hobbies, that are not obviously related to a manifest disease process.  Learning about our patients as people, their strengths as well as weaknesses, is apparently also paternalistic.  Shouldn’t the patient decide what areas of information to divulge?

Reducing doctors to servile technicians renders us safely powerless.  Never mind that we can no longer diagnose or treat illness as well, for example by drawing unanticipated connections between habits and disease.  For many patients, and apparently for society at large, it is more important not to feel a power differential.

This is an odd sentiment indeed.  Anyone offering a skilled service, professional or not, wields a degree of power — and at least a little paternalism — over clients or customers. The computer professionals and attorneys who come to my office expect their own clients to defer to their expertise.  My mechanic knows more about cars than I do, my barber about hair, my grocer about what produce is in season.  Somehow we don’t find it threatening to put our faith in these authorities, especially when they welcome dialog and involve us in the decisions and recommendations that affect us personally.

People sometimes wonder when they may question a doctor’s diagnosis or advice.  I say always.  I’ve spent a career encouraging patients to be curious, to ask questions, to understand their suffering and what may help.  This is the legacy of patient empowerment: all of us taking responsibility for our own well-being, and medical professionals respecting the right of patients to make their own well-informed health care decisions.

However — and it is a big however — this is not the same as physicians rubber-stamping everything patients believe or want.  Shared decision-making lies between “doctor’s orders” and “patient’s choice” and follows the ethical standard of acting in the patient’s best interest (illustration courtesy of Practice Matters):



Nor should fear of sounding paternalistic silence us when detractors claim that everyone’s opinion is equally valid.  It is falsely modest and politically naive to deny our own expertise.  When it comes to medical matters, we doctors, while admittedly fallible, are nonetheless right far more often than we are wrong, and far more often than even intelligent, well-read non-physicians are.  Like the attorney, computer professional, mechanic, barber, and grocer, we know things most other people do not.  There is no shame in that, nor is it a power trip to point it out.  A paternalism that demeans others is bad; a servility that demeans ourselves may be worse.

Top image courtesy of Ambro at

OpenNotes: Good intentions gone awry

opennotes_logoOpenNotes is “a national initiative working to give patients access to the visit notes written by their doctors, nurses, or other clinicians.”  According to their website, three million patients now have such access, generally online.  Participating institutions include the MD Anderson Cancer Center in Texas, Beth Israel Deaconess in Boston, Penn State Hershey Medical Group, Kaiser Permanente Northwest, and several others.  Patients with a premium account in the My HealtheVet program at the VA have access to outpatient primary care and specialty visit notes, discharge summaries, and emergency department visit notes.  The New York Times recently ran a mostly celebratory piece on OpenNotes as applied to mental health visits at BI Deaconess (“What the Therapist Thinks About You“), garnering over 350 public comments.  Significantly, many of these comments expressed annoyance with any mental health professional who cited potential drawbacks — despite the fact that BI Deaconess doctors who actively participate in OpenNotes concede that such openness may be detrimental for those with “psychiatric or behavioral issues” (e.g., see this promotional video, starting at 2:15).

The notion of sharing clinical notes with patients enjoys populist appeal.  On a self-report survey with no control or comparison condition, patients reported that OpenNotes helped them remember what was discussed during visits, feel more in control of their care, and improved their medication adherence.  Advocates also say it improves communication with patients and can correct factual errors in the record.  However, the strongest argument seems to be that patients like it.  Defenders repeatedly invoke “transparency,” implying that the status quo is intentionally obscure and aims to hide something from patients.  Some of the rhetoric has a defiant, even self-righteous tone: one promotional video (at 3:16) features a patient who pointedly declares that she’ll never be refused this access again.  And there’s no clear endpoint: about 60% of the patients surveyed in the OpenNotes study believed they should be able to add comments to a doctor’s note, and about a third believed they should be able to approve the notes’ contents; the overwhelming majority of participating physicians disagreed with the latter.  If OpenNotes is widely accepted, it will be increasingly difficult to draw clear lines regarding the authorship and authority of clinical notes.

Fifty-five percent of eligible primary care doctors declined to participate in the OpenNotes study cited above.  Of those who did participate:

Several doctors struggled with the notion of a one-size-fits-all note, arguing that one document cannot address the needs of billing, other doctors, and patients.  A few changed their own use of the note; for example, eliminating personal reminders about sensitive patient issues, excluding alternate diagnoses to consider for the next visit, restricting note content, or avoiding communication with colleagues through the note…. A substantial minority reported [changing documentation, in particular when addressing potentially sensitive issues], including their reported change in “candor.” For example, some doctors reported using “body mass index” in place of “obesity,” fearing that patients would find the latter pejorative.

§  §  §

“Progress note,” not “visit note,” is the traditional term for a physician’s written entry into a patient’s medical record, documenting an outpatient or inpatient encounter.  (OpenNotes advocates may find “progress note” too quaintly optimistic to be publicly acceptable.)  Physicians write other notes for other purposes, including admission notes, procedure notes, transfer notes, discharge notes, and so forth.  Additionally, many notes are written by nurses and a wide variety of other clinical personnel, particularly in inpatient settings.

The traditional format of a progress note documents (1) symptoms and (2) physical examination, including lab test results, obtained by the physician, (3) his or her differential diagnosis, and (4) the next steps, such as further exams, tests, or treatments, that follow therefrom.  Medical students are taught to write SOAP notes as an acronym for these four components.  Such notes assist in performing and archiving medical work, much as a scientist’s laboratory notebook records the design, data, and results of experiments.  Progress notes were not designed to be a legal defense against malpractice suits, justification for third-party payment, quality-assurance tools for health institutions, or educational handouts for patients.  Yet these notes now serve many masters, resulting in excessively time-consuming documentation that squeezes out face-time with patients, and is increasingly cumbersome as a clinical tool.   Some of the additional trade-offs in adding yet another stakeholder, the patient reviewer, are cited in the quotation above, and cannot be casually dismissed as balderdash by defenders of OpenNotes.

OpenNotes presumably works best in primary care, and with an electronic medical record that expands abbreviations (and/or provides templates), corrects spelling, and produces legible output that patients can access online.  In contrast, notes with technical jargon by specialists such as ophthalmologists, anesthesiologists, radiation oncologists, and many others would be incomprehensible unless radically altered to be more patient-friendly.  Less “connected” practices would similarly be left out.  But even in the best-case scenario, progress notes are a poor tool for doctor-patient collaboration.  By nature they are shorthand, telegraphing complex medical reasoning in a few words.  Old-fashioned discussion is paradoxically superior for assuring that doctors and patients are “on the same page.” Written material designed specifically for patients is better suited for reminders about what was discussed and how to take medications as prescribed.

The real thrust of the OpenNotes initiative is less pragmatic.  Many patients want to feel more in control of their care.  In addition, doctors aren’t trusted as profoundly as we used to be.  If given the chance, many patients will gladly join the ranks of those who look over our shoulder.  And of course, if the traditional use of progress notes is framed as paternalistic or elitist, reforming these notes into something “democratic” seems like the only sensible thing to do.  The enthusiastic fervor to empower patients in this misdirected way (further) dulls a useful documentation tool which is no more inherently elitist or paternalistic than the work notes of a car mechanic or the recipe notes of a chef.  Everyone feels good about this newfound “transparency.”  And that, apparently, is what really counts.

These considerations apply doubly in the case of mental health notes.  My colleague who writes the Psych Practice blog wrote a response to the New York Times piece on sharing therapy notes.  I agree with her completely.  I’d only underscore that psychotherapy based on psychoanalytic and psychodynamic principles depends crucially on gauged disclosure and the timing of verbal interventions.  These treatments anticipate and rely on the reality that the perspectives of therapists and patients inevitably differ, and that this discrepancy is not a simple error or miscommunication, but instead is the engine that drives psychological change.  Arguing for transparency in such treatment is tantamount to wishing that these therapies disappear (some critics will readily acknowledge this).

The relationship between doctors and patients should always be collaborative, but it is never equal.  One party is ill and needs help, the other offers expertise and resources the other doesn’t have.  “Giving everyone a say” sounds democratic, but medicine isn’t practiced democratically.  Try asking a car mechanic or a chef at a fine restaurant (or your child’s schoolteacher, or an architect, or a police officer…) if you can share in their work-flow and decision making.  Most will initially appreciate your interest and offer you an overview.  A kind one may let you look under the hood.  However, very soon you will be told that you are in the way — that you can watch intently or enjoy a good result, but not both.  There is nothing paternalistic about this, it’s how skilled workers do their jobs.  When reminded that this applies to physicians as well, and once the thrill of the “forbidden” behind-the-scenes look wanes, we will see that the remaining advantages of OpenNotes are better served by other means.

Military brain-chips to cure psychiatric disorders?

subnetsSounding like something straight out of science fiction, DARPA recently announced grants to fund research and development of implantable brain-stimulation chips aimed to relieve, or even cure, mental disorders.  The Defense Advanced Research Projects Agency thinks big, and it has the money, i.e., our tax dollars, to back it up.  Decades ago, DARPA brought us the internet.  In comparison, revolutionizing psychiatry ought to be a walk in the park — right?

Find a need and fill it: “Current approaches — surgery, medications, and psychotherapy — can often help to alleviate the worst effects of illnesses such as major depression and post-traumatic stress, but they are imprecise and not universally effective.”  You can say that again.  So DARPA created a program called SUBNETS (Systems-Based Neurotechnology for Emerging Therapies) “to generate the knowledge and technology required to deliver relief to patients with otherwise intractable neuropsychological illness.”   SUBNETS aims to create an “implanted, closed-loop diagnostic and therapeutic system for treating, and possibly even curing, neuropsychological illness.”  In other words, computer chips in the brain.

SUBNETS will pursue the capability to record and model how these systems function in both normal and abnormal conditions, among volunteers seeking treatment for unrelated neurologic disorders and impaired clinical research participants. SUBNETS will then use these models to determine safe and effective therapeutic stimulation methodologies. These models will be adapted onto next-generation, closed-loop neural stimulators that exceed currently developed capacities for simultaneous stimulation and recording, with the goal of providing investigators and clinicians an unprecedented ability to record, analyze, and stimulate multiple brain regions for therapeutic purposes.

SUBNETS is hedging its bets.  With an overall budget of $70 million, it is funding both a diagnosis-based arm, in the manner of the DSM5 of the American Psychiatric Association (APA), as well as a “trans-diagnostic” approach, in the manner of the Research Domain Criteria (RDoC) of the National Institute for Mental Health (NIMH).   The ideological rift between the APA and NIMH last year was awkward and impolitic; fortunately,  SUBNETS has the resources to avoid choosing sides.  A research team at the University of California San Francisco (UCSF) will receive up to $26 million to study diagnostic groups, specifically post-traumatic stress, major depression, borderline personality, general anxiety, traumatic brain injury, substance abuse and addiction, and fibromyalgia/chronic pain.  Another team at Massachusetts General Hospital (MGH) will receive up to $30 million to tackle trans-diagnostic traits, such as increased anxiety, impaired recall, or inappropriate reactions to stimuli.  Both groups will include public and private partnerships, including with device manufacturers Medtronic, Draper Laboratory, and the start-up Cortera Neurotechnologies.

What to make of this?  Well, it’s certainly ambitious.  As I read it, the effort relies on several unproven premises.  First, that psychiatric diagnoses, as currently construed, can be differentiated by monitoring activity in specific brain pathways.  This has been tried before without success, and it isn’t clear that sensor technology was the reason.  An alternative model would suggest that mental states are an emergent property of widely integrated brain states.  If so, chips implanted in specific areas could no more capture this complexity than carefully listening to the trombone section could capture a symphony.

Another assumption is that carefully focused electrical stimulation can treat a variety of mental disorders.  The efficacy of transcranial magnetic stimulation (TMS) to treat depression provides some support for this idea.  In contrast, typical comparisons to deep brain stimulation to treat seizures and severe obsessive-compulsive symptoms only go so far.  Analogous stimulators may quell a panic state or chronic pain.  It is less clear how complex interpersonal patterns, such as those seen in borderline personality or substance abuse, could respond to this type of intervention.  Of course, we shall see.

A central tenet of SUBNETS is that implanted technology can promote healthy (or curative) neural plasticity.  Plasticity is a popular concept at the moment, highlighting the fact that brain wiring is not static, as was previously assumed.  “Neurons that fire together wire together” — that is, synaptic connections change dynamically in response to input, i.e., life experience.  This property underlies the hope that implanted stimulators may change the activity of neural pathways in a permanent way, “firing” the pathway together to make it “wire” together, and allowing the device eventually to be removed.  Again, we shall see.

Of course, there are many stumbling blocks ahead.  Implanting brain chips is no small matter, and this approach is unlikely to be used in the foreseeable future for anything short of the most severe, treatment-resistant disorders.  Initial public commentary immediately honed in on the “military mind control” aspect of the project, with visions of soldier drones being controlled on the battlefield via implanted chips.  The potential abuse of such technology is manifest and terrifying, and careful controls and standards are needed to assure freedom, not to mention safety.

At the most mundane level, the technology will only work if the science behind it is sound, and that remains to be seen.  Nonetheless, if even a portion of the SUBNETS agenda comes to pass, it would represent a monumental leap for psychiatric treatment.


Enjoying clinical uncertainty

Uncertainty-is-an-uncomfortableLucia Sommers of the Department of Family and Community Medicine at UC San Francisco commented on my last post, noting that clinical uncertainty among primary care physicians (PCPs) is usually regarded as tolerable at best.  She was delighted that I called such uncertainty intellectually attractive, and something to embrace in psychiatry.  Sommers and her coauthor John Launer recently published a book that argues for managing clinical uncertainty in primary care using “collaborative engagement with case-based uncertainty in the setting of small groups of clinicians.”  This contrasts with medicine’s tradition of practitioners working independently.  In her comment, Sommers asked me to describe how psychiatrists manage clinical uncertainty, and specifically whether “supervision” — cases “presented for discussion to at least another psychiatrist if not a small group,” similar to what she advocates for primary care physicians — is a good strategy in my experience.  This post is my response.

At its most fundamental level, human psychology exists to manage uncertainty.  Confronted with an incomprehensible, threatening world, the infant soon differentiates “good” from “bad.”  Initially a crude split without nuance or shades of gray, this primitive psychological distinction,  second only to distinguishing “self” from “other,” represents a huge step forward.  It sets the stage for approach versus avoidance — the first “management” the infant undertakes.  Further psychological development allows subtler gradations to improve upon this harsh dichotomy.  Developmental psychology describes how secure attachment with caretakers, and an increasingly stable sense of self, contribute to tolerance of uncertainty.  With normal development, and under most circumstances, we no longer cling desperately to sharp black-or-white categories.  We make finer distinctions, and can also tolerate degrees of uncertainty.

Adult development takes this process further.  Mastery of an academic or occupational field solidifies a stable professional identity, which contributes to comfort with uncertainty.  Many years ago I learned a type of computer programming from my friend, an accomplished software engineer.  I felt anxious when confronted with programming challenges:  Would I fail to discover the solution?  Waste long hours trying?  Feel stupid in the end?  In contrast, my friend felt no such anxiety.  He explained that even when he was uncertain how to solve a problem, he knew he soon would, or at least would soon recognize it was impossible.  He was able to wrap his arms around the whole field in a way I could not.  Uncertainty for him no longer carried implications of permanence, nor of personal failure, i.e.,  narcissistic injury.  It wasn’t threatening.  In this frame of mind, a programming challenge is merely a puzzle, an engaging intellectual pursuit which can even be fun.

Although the stakes are higher, the same applies in medicine.  An intern faced with clinical uncertainty shares my erstwhile self-doubt as a beginning computer programmer.  Is my uncertainty humiliating?  A sign of failure?  Will I ever figure it out?  With more experience comes confidence that uncertainty isn’t psychologically threatening.  It’s an intellectually engaging puzzle, often with a gratifying emotional reward at the end.  In specialties such as primary care and psychiatry, uncertainty becomes the norm.  We get used to it, expect it; we realize it doesn’t tarnish us individually.

An additional factor that may sound esoteric but is crucial to thriving in uncertainty is the flow state.  Variously described as being “in the zone” in sports, “centered” in Eastern meditative and martial arts practices, and “in the groove” in musical performance, this is a mental state of heightened awareness, engagement, and creativity accompanied by a relative lack of self-consciousness and conscious intent.  Whether in extreme sports, music improvisation, video gaming, or academic brainstorming, moment-by-moment uncertainty is less disruptive and feels more welcome in the flow state.  Although uncommon in typical medical practice, the flow state can arise during intimate discussion with a patient, during research activities, and when intensely absorbed in medical work-up or treatment planning — the very times when clinical uncertainty is actively addressed.

Peers are a good source of emotional support whatever one’s level of expertise.  Seeing that a problem is inherently difficult is reassuring; its apparent difficulty does not reflect on oneself.  Social interaction bolsters self-esteem, and often humor is shared to defuse fear and anxiety.  Similar challenges shared by others promote camaraderie and a sense of being “all in the same boat.”  And tales of challenges successfully overcome can instill optimism, and sometimes offer practical solutions for the problem at hand.

My own experience with psychiatric supervision is hierarchical, not peer-to-peer.  Supervisors model a great deal non-verbally and often unintentionally: our attitudes toward patients and their issues, the focus of clinical attention, our approach to formulating cases, levels of formality and informality, and so on.  The supervisor’s engagement with clinical uncertainty is one such factor, sometimes discussed explicitly, more often modeled non-verbally.  Ideally, this role-modeling inspires and encourages supervisees to nurture clinical curiosity, and to avoid frantic efforts to resolve uncertainty with premature conclusions.

Having not read the Sommers/Launer book, I cannot comment on their rationale for “collaborative engagement with case-based uncertainty in the setting of small groups of clinicians.”  Psychologically, such collaboration is apt to confer the benefits of peer support mentioned above.  In addition, it is often more fun and energizing to work as a team, although teamwork can be frustrating at times too.  As a practical matter, putting multiple brains to the task may resolve clinical uncertainties more quickly and/or accurately compared to a practitioner working alone.  Alternative tactics for resolving clinical uncertainty include consulting with recognized experts and conducting literature searches.

In my experience, psychiatrists manage clinical uncertainty by accepting that uncertainty is inherent in the field.  It is therefore not a source of shame or a sign of personal inadequacy.  Released from these emotional burdens, we are free to be curious, to keep an open mind, and to enjoy uncertainty as a puzzle to be solved, an engaging intellectual challenge.  Relatively unstructured dialog in psychotherapy may particularly induce flow states in both participants, with enhanced capacity to accept and work with uncertainty during the hour.  And finally, while many office-based psychiatrists practice individually, social support from peers, supervisors, and treatment teams can enhance comfort with clinical uncertainty.  I have every reason to believe the same holds true in primary care.

Psychiatric uncertainty and the neurobiological buzzword

brain-mriA few years ago I wrote that uncertainty is inevitable in psychiatry.  We literally don’t know the pathogenesis of any psychiatric disorder.  Historically, when the etiology of abnormal behavior became known, the disease was no longer considered psychiatric.  Thus, neurosyphilis and myxedema went to internal medicine; seizures, multiple sclerosis, Parkinson’s, and many other formerly psychiatric conditions went to neurology; brain tumors and hemorrhages went to neurosurgery; and so forth.  This leaves psychiatry with the remainder: all the behavioral conditions of unknown etiology.  Looking to the future, my fervent hope that researchers will soon discover causes and definitive cures for schizophrenia, bipolar disorder, and other psychiatric disorders comes with the expectation that these conditions will then leave psychiatry for other specialties.  We will always deal with what is left.  At minimum we psychiatrists should accept this reality about our chosen field.  After all, there appears to be no alternative.  Some of us go beyond this to embrace uncertainty as intellectually attractive.  We like that the field is unsettled, in flux, alive.

Yet many of us clutch at illusory certainty.  Decades ago, psychoanalysis purportedly held the keys to unlock the mysteries of the mind.  It later lost favor when many conditions, particularly the most severe, were unaffected by this lengthy, expensive treatment.  Now the buzzword is that psychiatric disorders are “neurobiological.”  This is said in a tone that implies we know more than we do, that we understand psychiatric etiology.  It’s a bluff.

Patients are told they suffer a “chemical imbalance” in the brain, when none has ever been shown.  Rapid advances in brain imaging and genetics have yielded an avalanche of findings that may well bring us closer to understanding the causes of mental disorders.  But they haven’t done so yet — a sad fact obscured by popular and professional rhetoric.  In particular, functional brain imaging (e.g., fMRI) fascinates brain scientists and the public alike.  We can now see, in dramatic three-dimensional colorful computer graphics, how different regions of the living brain “light up,” that is, vary in metabolic activity.  Population studies reveal systematic differences in patients with specific psychiatric disorders as compared to normals.  Don’t such images prove that psychiatric disorders are neurobiological brain diseases?

Not quite.  Readers of these exciting reports often overlook two crucial facts.  First, these metabolic differences only appear in group studies and cannot be used to diagnose individual patients.  As of this writing there is no lab test or brain scan to diagnose any psychiatric disorder.  Attempting to do so would be like diagnosing malnutrition based on height.  While malnourished people are shorter than the well-nourished on average, there is wide overlap and height is not diagnostic.  Second, etiology — the cause of these differences in brain function — remains unknown.  Differences in brain function (and structure) are not necessarily inborn.  Brain anatomy can change as a result of life experience, and metabolic activity (function) from experimental manipulation of cognitive effort, induced mood, guided imagery, etc.  Just as multiple factors affect a subject’s height, multiple biological and psychological factors affect brain findings as well.  Thus, learning that patients with borderline personality show decreased metabolism in the frontal lobes (hypofrontality) is neither surprising nor indicative of a neurobiological etiology.  We already know the frontal lobes inhibit impulsive activity, and we already know borderline personality is characterized by impulsivity.  What else would we expect?

Genetic studies consistently show both heritable and environmental factors at play in psychiatric disorders.  Since the 1960s, psychiatry has called this combination the diathesis-stress model: an inborn predisposition meets an environmental stress, leading to an overt disorder.  The model helped shift the field from “nature versus nurture” to “nature and nurture” — and no research discovery or neurobiological rhetoric so far has shifted it back.  Patients and their doctors still contend with diathesis and stress: recreational drug use tips one patient into psychosis, sudden abandonment tips another into borderline rage.  Indeed, clinicians remain much more able to influence stress than diathesis.  A dispassionate assessment of what we currently know should lead to humble agnosticism about psychiatric etiology.  Genetics, biology, and environment all play a role, but beyond that there isn’t much we can say.  This is why all current psychiatric medications treat symptoms and are not curative.

In this light, the popularity and zeal of neurobiological language is startling.   The American Psychiatric Association (APA) subtly changed the wording in its new Diagnostic and Statistical Manual, DSM-5, to imply that all psychiatric conditions are biological in nature.  The National Institute of Mental Health (NIMH) assumes that “Mental disorders are biological disorders….”  The National Alliance on Mental Illness (NAMI) says, “A mental illness is a medical condition….”

A more ground-level version is expressed by editor-in-chief Henry A. Nasrallah, MD in the latest edition of Current Psychiatry.  In an editorial not-so-subtly titled, “Borderline personality disorder is a heritable brain disease,” Dr. Nasrallah proclaims BPD a “neurobiological illness” and “a serious, disabling brain disorder, not simply an aberration of personality” — as though these were distinct alternatives rather than two terms for the same thing.  After citing a number of biological findings which fail to prove etiology (e.g., the hypofrontality mentioned above) and which show partial heritability, Dr. Nasrallah concludes that “the neuropsychiatric basis of BPD must guide treatment.”

Of course, it already does.  We already treat borderline personality disorder the best we know how, with psychotherapy (shown by functional imaging to modify brain metabolism, by the way) and often with adjunctive medication to treat symptoms.  What more do breathless declarations of brain disease buy us, other than reduced credibility?  It’s not as though any of us currently withhold neurobiological treatment as a result of outmoded ideology.  On the contrary, the moment the FDA approves a cure for borderline personality disorder based on an established neurobiological etiology, I will gladly refer my patients to the neurologist, virologist, or genetic counselor who would thereafter treat such patients.

My goal as a therapist: to make myself obsolete

therapyforeverTraditional psychodynamic therapy is often caricatured as endless, with a complacent therapist silently growing cobwebs, listening to a patient who never plans to leave.  This isn’t completely unfounded: there are therapeutic advantages to losing track of time, “swimming in the material,” and letting one’s therapeutic focus be broad.  The patient’s chief complaint, i.e., the ostensible reason for coming, often gives way to more troubling underlying conflicts and concerns that might never appear in more directed or time-limited work.  Highly defended material may be uncovered and worked through in the fullness of time.

All the same, and as many critics have pointed out, this is a cozy arrangement.  If the therapist is happy to have a paid hour, and the patient is gratified to pay for the undivided attention of a caring doctor, nothing need change.  Ever.  Many patients fear becoming emotionally dependent on their therapists, i.e., finding it too comfortable to stop.  And some therapists, being human, are not above maintaining a pleasant status quo.

Psychoanalysts and analytic psychotherapists anticipate this concern, and hold that a patient’s dependency, like everything else, can be explored, understood, and overcome.  However, in highly non-directive therapy, i.e., with a mostly silent therapist, this can take a long time and be painful for the patient in the meantime.

My approach to dynamic work is more interactive.  While I believe transference and countertransference are highly useful tools, and that both manifest and latent content are important, I also strive to help paients in the here and now, whenever doing so doesn’t interfere with long-term gains.

In this light, I often tell patients that I aim to make myself obsolete in their lives.  Saying this can quell dependency fears, but it’s open-ended enough that I’m not promising how long (or briefly) we’ll work together, nor that I guarantee they won’t feel dependent along the way.  I can’t promise these, because I don’t know.  But I can give my word that I won’t allow myself to get so comfortable with our arrangement that I forget why we’re meeting at all.  It’s a comforting statement that has the advantage of being true.  It feels good to have a patient not need me anymore, a little like the bittersweet feeling when a child goes off to college.  And in a way, hearing myself say so out loud helps me remember it.

The trade-off, a psychoanalyst might point out, is that I short-circuit any fantasies patients might harbor that I seek to trap them, that I want them to feel dependent.  Patients might gain more insight about themselves if I let such fantasies germinate, and then collaboratively explore them.  It’s an important point to keep in mind, but on balance I usually feel this modest bit of support helps the therapeutic alliance much more than it forestalls exploration.

A successful psychotherapy is when a patient leaves with the satisfaction that she “got what she came for,” and no longer needs, or even wants, to see a therapist.  And a successful psychotherapy practice is one where patients come (in need) and go (improved), the therapist becoming obsolete one patient at a time.

Physician mistrust and the end of the doctor-patient relationship

trust published a post a couple of days ago from medical student Joyce Ho in which she admitted to discomfort raising the topic of religion with patients.  As a “polarizing” issue that could make the doctor-patient relationship “more unprofessional,” Ms. Ho imagined that patients would fear playing into their doctors’ prejudices, particularly if the doctor were atheist, and that this fear would push some patients away from the inquiring doctor.  Despite her instructor’s recommendation to ask gentle, open-ended questions about faith and spirituality in the context of a patient’s support systems, “personally, I still will not actively ask about religious preferences if the patient does not bring the issue up.”

As a new reader of KevinMD, I was first to comment — a mistake, in retrospect.  I imagined her concerns were merely new-doctor jitters, a phenomenon as old as medicine itself.  I pointed out that students at first find religion, sex, and many other topics difficult to broach with patients.  Yet uncomfortable topics such as these are often important, and may go unmentioned unless the doctor asks.  Trying to be supportive, I noted that patients usually worry less about a doctor’s own religious beliefs, or lack thereof, than they do about their doctor’s care and concern.  Frankly, I didn’t imagine my comment was controversial in the least.

To my dismay, comment after comment followed that a patient’s religion is none of his or her doctor’s business.  To some extent this was conflated with complaints of unbidden chaplains appearing at hospital bedsides, and awkward offers by medical staff to pray with a patient who wanted no such thing.  But even leaving aside those obvious blunders, there was rampant mistrust of doctors even inquiring about religion, spirituality, or faith.

Apparently, Joyce Ho was right.  Commenters on the blog assumed we doctors jump to false conclusions — “assume certain things about certain religions” — and are apt to over-interpret based on limited information; that we are “busybodies” to ask about such matters; that the information is irrelevant at best; that “doctors might judge you”; and that we cannot help but oversimplify the beliefs of any patient who has given religion or spirituality serious thought.  A self-identified atheist living in the Bible Belt was grateful no doctor had ever asked: “We in the South have enough problems … without also having doctors who think they should be discussing religion with their patients….”  The comment with the most “agrees” was this anonymous one-liner:

I wouldn’t want my doctor asking about my religion. That’s not necessary. I’m glad mine don’t do that.

How has it come to this?  Haven’t patient advocates and caring doctors fought for years — decades — to retain humanism in a medical system that inexorably drifts toward the impersonal and mechanical?  What happened to the hope, if not expectation, that one’s doctor sees the person behind the symptoms, the whole patient?  And what on earth happened to the premise that one’s doctor can be trusted with sensitive personal information?  Religion, after all, is hardly the riskiest thing one might tell a physician in confidence.

A close look at the commentary reveals the sad truth.  The healing doctor-patient relationship is no more.  The Bible Belt atheist sees religion as a source of doctor-patient antagonism.  For the rest, the patient’s relationship is not to a doctor, but to a “system of care.”  This system aims to fill blanks in an electronic record; one commenter advised doctors to ask, “Would you like me to list a religious affiliation?” in order that this particular blank can be left unfilled if the patient desires.

Of course, antagonism and “listing” a religion in a database are not why medical students learn to take a patient’s social history, including hobbies, interests, and social supports secular and otherwise.  It’s to know their patients as people, to build rapport, to honor beliefs and relationships their patients hold dear, to appreciate their patients’ strengths as well as weaknesses.  It’s to offer personalized counsel, so that (to take the most basic example) the non-religious are not advised to seek solace in church, nor the faithful to neglect it.  Occasionally it’s to develop a differential diagnosis for a medical condition unexpectedly related to a patient’s social interests or behavior.  And often it’s to learn a patient’s values and preferences regarding end of life care, so that when that patient is unable to express them, his or her trusted doctor already knows.

All of this applies to a doctor, a well-meaning, trustworthy (if fallible) human fiduciary who listens in confidence.  In stark contrast, systems of care suffer diffusion of responsibility.  They spread personal information in unpredictable ways, outside the patient’s control and awareness.  Thus, one commenter wrote, “I don’t want that kind of information in my medical record,” while another elaborated, “Blue Cross and the xray technician and everyone else who comes in contact with the chart have no need to know what religion the patient is unless the patient chose to share it with everybody.”

Health reform provides long-overdue expansion of health coverage.  On the supply side, it promotes systems of care to enhance efficiency and decrease costs.  It’s important to realize what we may already be losing in the bargain: the traditional personal relationship with a physician entrusted to handle intimate details of one’s life with discretion and wisdom.  If it is no longer safe to divulge one’s religion, what about one’s sexual habits, recreational drug use, risky hobbies, and myriad other touchy subjects?  Widespread self-censoring of this information, to prevent it from entering large medical databases, may turn out to be more hazardous to public health than all the inefficiencies of the old approach.