Medical Diagnostic Quotes

Eighty two percent of the traumatized children seen in the National Child Traumatic Stress Network do not meet diagnostic criteria for PTSD.15 Because they often are shut down, suspicious, or aggressive they now receive pseudoscientific diagnoses such as “oppositional defiant disorder,” meaning “This kid hates my guts and won’t do anything I tell him to do,” or “disruptive mood dysregulation disorder,” meaning he has temper tantrums. Having as many problems as they do, these kids accumulate numerous diagnoses over time. Before they reach their twenties, many patients have been given four, five, six, or more of these impressive but meaningless labels. If they receive treatment at all, they get whatever is being promulgated as the method of management du jour: medications, behavioral modification, or exposure therapy. These rarely work and often cause more damage.

Translation software is not making translators obsolete. Has medical diagnostic software made doctors obsolete?

Acts of psychological abuse include berating or humiliating the victim; interrogating the victim; restricting the victim's ability to come and go freely; obstructing the victim's access to assistance (e.g., law enforcement; legal, protective, or medical resources); threatening the victim with physical harm or sexual assault; harming, or threatening to harm, people or things that the victim cares about; unwarranted restriction of the victim's access to or use of economic resources; isolating the victim from family, friends, or social support resources; stalking the victim; and trying to make the victim think that he or she is crazy.

We have been focusing on the role that psychiatry and its medications may be playing in this epidemic, and the evidence is quite clear. First, by greatly expanding diagnostic boundaries, psychiatry is inviting and ever-greater number of children and adults into the mental illness camp. Second, those so diagnosed are then treated with psychiatric medications that increase the likelihood they will become chronically ill. Many treated with psychotropics end up with new and more severe psychiatric symptoms, physically unwell, and cognitively impaired. This is the tragic story writ large in five decades of scientific literature.

It is proposed that happiness be classified as a psychiatric disorder and be included in future editions of the major diagnostic manuals under the new name: major affective disorder, pleasant type. In a review of the relevant literature it is shown that happiness is statistically abnormal, consists of a discrete cluster of symptoms, is associated with a range of cognitive abnormalities, and probably reflects the abnormal functioning of the central nervous system. One possible objection to this proposal remains—that happiness is not negatively valued. However, this objection is dismissed as scientifically irrelevant. —RICHARD BENTALL, Journal of Medical Ethics, 1992

I don’t think the people today who start hearing voices, stop eating and sleeping, and run amuck are likely to get good treatment. Having more knowledge, better diagnostic capabilities, better medications with fewer side effects, can’t make up for the fact that most patients are being treated by doctors, therapists, and hospitals, who are operating under constraints and incentives that reward non-treatment, non-hospitalization, non-therapy, non-follow-up, non-care. Lost to follow-up is the best outcome a health insurer can hope for.

Gene patents are the point of greatest concern in the debate over ownership of human biological materials, and how that ownership might interfere with science. As of 2005—the most recent year figures were available—the U.S. government had issued patents relating to the use of about 20 percent of known human genes, including genes for Alzheimer’s, asthma, colon cancer, and, most famously, breast cancer. This means pharmaceutical companies, scientists, and universities control what research can be done on those genes, and how much resulting therapies and diagnostic tests will cost. And some enforce their patents aggressively: Myriad Genetics, which holds the patents on the BRCA1 and BRCA2 genes responsible for most cases of hereditary breast and ovarian cancer, charges $3,000 to test for the genes. Myriad has been accused of creating a monopoly, since no one else can offer the test, and researchers can’t develop cheaper tests or new therapies without getting permission from Myriad and paying steep licensing fees. Scientists who’ve gone ahead with research involving the breast-cancer genes without Myriad’s permission have found themselves on the receiving end of cease-and-desist letters and threats of litigation.

Women are more likely to be offered minor tranquillisers and antidepressants than analgesic pain medication. Women are less likely to be referred for further diagnostic investigations than men. And women’s pain is much more likely to be seen as having an emotional or psychological cause, rather than a bodily or biological one.

Consider the top man–machine medical diagnosticians, circa 2035. They will make life-and-death decisions for patients, hospitals, and other doctors. But what in a malpractice case should count as persuasive evidence of a medical mistake? The judgment of either “man alone” or “machine alone” won’t do the trick, because neither is up to judging the team. Sometimes it will be possible to ascertain that a top human team member was in fact a fraud, but more typically the joint human–cyber diagnostic decisions themselves will be our highest standards for what is best. Having one team dispute the choice of another may indicate a mistake, but it will hardly show malfeasance. When

I was diagnosed with ADHD in my mid fifties and I was given Ritalin and Dexedrine. These are stimulant medications. They elevate the level of a chemical called dopamine in the brain. And dopamine is the motivation chemical, so when you are more motivated you pay attention. Your mind won't be all over the place. So we elevate dopamine levels with stimulant drugs like Ritalin, Aderall, Dexedrine and so on. But what else elevates Dopamine levels? Well, all other stimulants do. What other stimulants? Cocaine, crystal meth, caffeine, nicotine, which is to say that a significant minority of people that use stimulants, illicit stimulants, you know what they are actually doing? They're self-medicating their ADHD or their depression or their anxiety. So on one level (and we have to go deeper that that), but on one level addictions are about self-medications. If you look at alcoholics in one study, 40% of male adult alcoholics met the diagnostic criteria for ADHD? Why? Because alcohol soothes the hyperactive brain. Cannabis does the same thing. And in studies of stimulant addicts, about 30% had ADHD prior to their drug use. What else do people self-medicate? Someone mentioned depression. So, if you have been treated for depression, as I have been, and you were given a SSRI medication, these medications elevate the level of another brain chemical called serotonin, which is implicated in mood regulation. What else elevates serotonin levels temporarily in the brain? Cocaine does. People use cocaine to self-medicate depression. People use alcohol, cannabis and opiates to self-medicate anxiety. Incidentally people also use gambling or shopping to self-medicate because these activities also elevate dopamine levels in the brain. There is no difference between one addiction and the other. They're just different targets, but the brain systems that are involved and the target chemicals are the same, no matter what the addiction. So people self-medicate anxiety, depression. People self-medicate bipolar disorder with alcohol. People self-medicate Post-Traumatic-Stress-Disorder. So, one way to understand addictions is that they're self-medicating. And that's important to understand because if you are working with people who are addicted it is really important to know what's going on in their lives and why are they doing this. So apart from the level of comfort and pain relief, there's usually something diagnosible that's there at the same time. And you have to pay attention to that. At least you have to talk about it.

And there is one thing that I really, really like to have company for. Watching TV. I'm not particularly needy in relationships, I actually demand a fair amount of space. But I really like to be in bed with another human being and watch TV. That's as intimate and reassuring and tender as it gets for me. I find dating exhausting and uninteresting, and I really would like to skip over the hours of conversation that you need just to get up to speed on each other's lives, and the stories I've told a million times. I just want to get to the watching TV in bed. If you're on a date with me, you can be certain that this is what I'm evaluating you for—how good is it going to be, cuddling with you in bed and watching Damages I'm also looking to see if you have clean teeth. For me, anything less than very clean teeth is fucking disgusting. Here's what I would like to do: I would like to get into bed with a DVD of Damages and have a line of men cue up at my door. I would station a dental hygienist at the front of the line who would examine the men's teeth. Upon passing inspection, she(I've never met a male hygienist, and neither have you) would send them back to my bedroom, one at time, in intervals of ten minutes, during which I would cuddle with the man and watch Damages. Leaving nothing to chance, using some sort of medical telemetry, I would have a clinician take basic readings of my heart rate and brain waves, and create a comparison chart to illustrate which candidate was the most soothing presence for me. After reviewing all the data from what will now be known in diagnostic manuals throughout the world as the Silverman-Damages-Nuzzle-Test, I will make my selection.

Ivan Pulyui, a college professor at the University of Vienna from the Ukraine, is sometimes credited with having sold the first x-ray tubes, before the x-ray was discovered. The claim is semi-true. His Pulyui Lamp was available perhaps as early as 1882, but it was sold as a light bulb, and Pulyui did not realize that it was streaming x-rays along with a blue glow until he read Röntgen’s paper in 1895. Pulyui immediately saw the medical diagnostic use of x-rays, and his lamps became quite useful.

The DSMs have a mixed record. They have served an extremely valuable function in improving the reliability of psychiatric diagnosis and in encouraging a revolution in psychiatric research. But they have also had the very harmful unintended consequence of triggering and helping to maintain a runaway diagnostic inflation that threatens normal and results in massive overtreatment with psychiatric medication.

The sequencing of questions must be custom designed for your solutions and it must be navigated in different ways according to the physical reality of each individual customer. All sequenced diagnostic maps™ are based on a generic format that I call the Bridge to Change (see Figure 3.2). FIGURE 3.2 Building the Bridge to Change The Bridge to Change is patterned after the tools and methods that physicians use to diagnose complex medical conditions and prescribe appropriate solutions.

The doctor looked shifty. “He’s still breathing,” he said. “Look, his pulse is nearly humming and he’s got a temperature you could fry eggs on.” He hesitated, aware that this was probably too straightforward and easily understood; medicine was a new art on the Disc, and wasn’t going to get anywhere if people could understand it. “Pyrocerebrum ouerf culinaire,” he said, after working it out in his head. “Well, what can you do about it?” said Arthur. “Nothing. He’s dead. All the medical tests prove it. So, er…bury him, keep him nice and cool, and tell him to come and see me next week. In daylight, for preference." "But he’s still breathing!” “These are just reflex actions that might easily confuse the layman,” said the doctor airily. Chidder sighed. He suspected that the Guild, who after all had an unrivalled experience of sharp knives and complex organic compounds, was much better at elementary diagnostics than were the doctors. The Guild might kill people, but at least it didn’t expect them to be grateful for it.

Every diagnostic challenge in medicine can be imagined as a probability game. This is how you play the game: you assign a probability that a patient’s symptoms can be explained by some pathological dysfunction—heart failure, say, or rheumatoid arthritis—and then you summon evidence to increase or decrease the probability. Every scrap of evidence—a patient’s medical history, a doctor’s instincts, findings from a physical examination, past experiences, rumors, hunches, behaviors, gossip—raises or lowers the probability.

What these older physicians exhibited is termed clinical curiosity. They stroke to understand their patients in order to elucidate the underlying medical conditions. This thoroughness, patience, and dogged curiosity may have been ingrained in them because they trained at a time when they were no rapid CTs or MRIs. But even now, when these diagnostic tools are at their fingertips, these physicians maintain this approach to patients, one that serves to appreciate the dignity and uniqueness of each patient and his or her illness.

If the cultural standing of excrement doesn't convince them, I say that the material itself is as rich as oil and probably more useful. It contains nitrogen and phosphates that can make plants grow and also suck the life from water because its nutrients absorb available oxygen. It can be both food and poison. It can contaminate and cultivate. Millions of people cook with gas made by fermenting it. I tell them that I don't like to call it "waste," when it can be turned into bricks, when it can make roads or jewelry, and when in a dried powdered form known as poudrette it was sniffed like snuff by the grandest ladies of the eighteenth-century French court. Medical men of not too long ago thought stool examination a vital diagnostic tool (London's Wellcome Library holds a 150-year0old engraving of a doctor examining a bedpan and a sarcastic maid asking him if he'd like a fork). They were also fond of prescribing it: excrement could be eaten, drunk, or liberally applied to the skin. Martin Luther was convinced: he reportedly ate a spoonful of his own excrement daily and wrote that he couldn't understand the generosity of a God who freely gave such important and useful remedies.

different subject. The story of the serotonin hypothesis for depression, and its enthusiastic promotion by drug companies, is part of a wider process that has been called ‘disease-mongering’ or ‘medicalisation’, where diagnostic categories are widened, whole new diagnoses are invented, and normal variants of human experience are pathologised, so they can be treated with pills. One simple illustration of this is the recent spread of ‘checklists’ enabling the public to diagnose, or help diagnose, various medical conditions. In 2010, for example, the popular website WebMD launched a new test: ‘Rate your risk for depression: could you be depressed?’ It was funded by Eli Lilly, manufacturers of the antidepressant duloxetine, and this was duly declared on the page, though that doesn’t reduce the absurdity of what followed. The test consisted of ten questions, such as: ‘I feel sad or down most of the time’; ‘I feel tired almost every day’; ‘I have trouble concentrating’; ‘I feel worthless or hopeless’; ‘I find myself thinking a lot about dying’; and so on. If you answered ‘no’ to every single one of these questions – every single one – and then pressed ‘Submit’, the response was clear: ‘You may be at risk for major depression’.

There was a time when the public had an unquestionable faith in biomedicine and the practitioners who translated it into everyday patient care—and physicians believed that the public's trust was justified based on their educational qualifications and training. But today, many patients believe that individual clinicians must earn their trust, just as a close relative has earned it through shared experience. ...Gallop polling over the last several decades that demonstrates how much the public's confidence in most US institutions has deteriorated. Confidence in the medical system in particular fell from 80% in 1975 to 37% in 2015. Statistics from the General Social Survey confirm this troubling trend. Baron and Berinsky explain the historical reasons for this shift in attitudes, but the more pressing question is: How can individual clinicians, and the profession as a whole, regain the patients' trust? 

Yet skill in the most sophisticated applications of laboratory technology and in the use of the latest therapeutic modality alone does not make a good physician. When a patient poses challenging clinical problems, an effective physician must be able to identify the crucial elements in a complex history and physical examination; order the appropriate laboratory, imaging, and diagnostic tests; and extract the key results from densely populated computer screens to determine whether to treat or to “watch.” As the number of tests increases, so does the likelihood that some incidental finding, completely unrelated to the clinical problem at hand, will be uncovered. Deciding whether a clinical clue is worth pursuing or should be dismissed as a “red herring” and weighing whether a proposed test, preventive measure, or treatment entails a greater risk than the disease itself are essential judgments that a skilled clinician must make many times each day. This combination of medical knowledge, intuition, experience, and judgment defines the art of medicine, which is as necessary to the practice of medicine as is a sound scientific base.

Western medicine’s love of drawing people into diagnostic categories and applying disease names to small differences and minor bodily changes is not specific to functional disorders – it is a general trend. Pre-diabetes, polycystic ovaries, some cancers and many more conditions have all been subject to the problem of over-inclusive diagnosis. My biggest concern in this regard is the degree to which many people are wholly unaware of the subjective nature of the medical classification of disease. If a person is told they have this or that disorder, they assume it must be right. The Latin names we give to things and the shiny scanning machines make it look as if there is more authority than actually exists. To a certain extent, Sienna pursued each diagnosis she was given, but other people have diagnoses thrust upon them, having no idea that there might be anything controversial about it – and having no idea that they have a choice. Western medicine’s hold on people, and its sense of being systematic and accurate, makes it a powerful force in the transmission of cultural concepts of what constitutes wellness or ill health. But Western medicine is just as enslaved to fads and trends as any other tradition of medicine.

As many speakers noted, this tool wasn’t particularly well suited for assessing outcomes of a psychiatric drug. How could a study of a neuroleptic possibly be “double-blind”? The psychiatrist would quickly see who was on the drug and who was not, and any patient given Thorazine would know he was on a medication as well. Then there was the problem of diagnosis: How would a researcher know if the patients randomized into a trial really had “schizophrenia”? The diagnostic boundaries of mental disorders were forever changing. Equally problematic, what defined a “good outcome”? Psychiatrists and hospital staff might want to see drug-induced behavioral changes that made the patient “more socially acceptable” but weren’t to the “ultimate benefit of the patient,” said one conference speaker.11 And how could outcomes be measured? In a study of a drug for a known disease, mortality rates or laboratory results could serve as objective measures of whether a treatment worked. For instance, to test whether a drug for tuberculosis was effective, an X-ray of the lung could show whether the bacillus that caused the disease was gone. What would be the measurable endpoint in a trial of a drug for schizophrenia? The problem, said NIMH physician Edward Evarts at the conference, was that “the goals of therapy in schizophrenia, short of getting the patient ‘well,’ have not been clearly defined.

Although these digital tools can improve the diagnostic process and offer clinicians a variety of state-of-the-art treatment options, most are based on a reductionist approach to health and disease. This paradigm takes a divide-and-conquer approach to medicine, "rooted in the assumption that complex problems are solvable by dividing them into smaller, simpler, and thus more tractable units." Although this methodology has led to important insights and practical implications in healthcare, it does have its limitations. Reductionist thinking has led researchers and clinicians to search for one or two primary causes of each disease and design therapies that address those causes.... The limitation of this type of reasoning becomes obvious when one examines the impact of each of these diseases. There are many individuals who are exposed to HIV who do not develop the infection, many patients have blood glucose levels outside the normal range who never develop signs and symptoms of diabetes, and many patients with low thyroxine levels do not develop clinical hypothyroidism. These "anomalies" imply that there are cofactors involved in all these conditions, which when combined with the primary cause or causes bring about the clinical onset. Detecting these contributing factors requires the reductionist approach to be complemented by a systems biology approach, which assumes there are many interacting causes to each disease.

In March 2002, the National Academy of Sciences, a private, nonprofit society of scholars, released a high-profile report documenting the unequivocal existence of racial bias in medical care, which many thought would mark a real turning point. Unequal Treatment: Confronting Racial and Ethnic Disparities in Health Care was so brutal and damning that it would seem impossible to turn away. The report, authored by a committee of mostly white medical educators, nurses, behavioral scientists, economists, health lawyers, sociologists, and policy experts, took an exhaustive plunge into more than 480 previous studies. Because of the knee-jerk tendency to assume that health disparities were the end result of differences in class, not race, they were careful to compare subjects with similar income and insurance coverage. The report found rampant, widespread racial bias, including that people of color were less likely to be given appropriate heart medications or to undergo bypass surgery or receive kidney dialysis or transplants. Several studies revealed significant racial differences in who receives appropriate cancer diagnostic tests and treatments, and people of color were also less likely to receive the most sophisticated treatments for HIV/AIDS. These inequities, the report concluded, contribute to higher death rates overall for Black people and other people of color and lower survival rates compared with whites suffering from comparable illnesses of similar severity.

If they’re not practicing deliberately, even experts can see their skills backslide. Ericsson shared with me an incredible example of this. Even though you might be inclined to trust the advice of a silver-haired doctor over one fresh out of medical school, it’s been found that in a few fields of medicine, doctors’ skills don’t improve the longer they’ve been practicing. The diagnostic accuracy of professional mammographers, for example, doesn’t get more accurate over the years. Why would that be? For most mammographers, practicing medicine is not deliberate practice, according to Ericsson. It’s more like putting into a tin cup than working with a coach. That’s because mammographers usually only find out if they missed a tumor months or years later, if at all, at which point they’ve probably forgotten the details of the case and can no longer learn from their successes and mistakes. One field of medicine in which this is definitively not the case is surgery. Unlike mammographers, surgeons tend to get better with time. What makes surgeons different from mammographers, according to Ericsson, is that the outcome of most surgeries is usually immediately apparent—the patient either gets better or doesn’t—which means that surgeons are constantly receiving feedback on their performance. They’re always learning what works and what doesn’t, always getting better. This finding leads to a practical application of expertise theory: Ericsson suggests that mammographers regularly be asked to evaluate old cases for which the outcome is already known. That way they can get immediate feedback on their performance.

Medsupex | diabetic supplies Chicago Medsupex Our store has a multitude of products to help you get the support for your medical needs without even leaving your own home. If you're searching for the best medical supplies, look no further than our Chicago based company, Medsupex, which fits individual styles well. Believing that the best medical care begins at home, Medsupex has the broad selection of products that can help you get the medical assistance you need, right in your own home. We offer aids for daily living, bath safety, beds and accessory assistance, capital equipment, diagnostics, first aid, gloves, hot and cold therapy, incontinence, nursing supplies, orthopedic soft goods, OTC medicines, pediatrics, physical therapy, respiratory problems, re-usable textiles and skin care. We have the strictest of quality conditions when they are manufactured. This means we can guarantee your satisfaction with the product, with the additional bonus of the desire to fit your budget. Each category, from bariatric to pediatric, has a huge selection of items suitable for all types of patients. When ordering products, you can always register your gift registry, just by clicking on a few buttons diabetic supplies Chicago. If you want your own account, you can also register at My Account on the website. You can find just about anything you need for health wellness and most products can be directly delivered to your home. You can even contact us via the telephone and our support staff is available to answer any questions you may have about your particular condition or what Medsupex products will help you. Medsupex | diabetic supplies Chicago Medsupex right in your own home. Medsupex 3029 E. 92ND ST CHICAGO, IL 60617

Until recently, three unspoken principles have guided the arena of genetic diagnosis and intervention. First, diagnostic tests have largely been restricted to gene variants that are singularly powerful determinants of illness—i.e., highly penetrant mutations, where the likelihood of developing the disease is close to 100 percent (Down syndrome, cystic fibrosis, Tay-Sachs disease). Second, the diseases caused by these mutations have generally involved extraordinary suffering or fundamental incompatibilities with “normal” life. Third, justifiable interventions—the decision to abort a child with Down syndrome, say, or intervene surgically on a woman with a BRCA1 mutation—have been defined through social and medical consensus, and all interventions have been governed by complete freedom of choice. The three sides of the triangle can be envisioned as moral lines that most cultures have been unwilling to transgress. The abortion of an embryo carrying a gene with, say, only a ten percent chance of developing cancer in the future violates the injunction against intervening on low-penetrance mutations. Similarly, a state-mandated medical procedure on a genetically ill person without the subject’s consent (or parental consent in the case of a fetus) crosses the boundaries of freedom and noncoercion. Yet it can hardly escape our attention that these parameters are inherently susceptible to the logic of self-reinforcement. We determine the definition of “extraordinary suffering.” We demarcate the boundaries of “normalcy” versus “abnormalcy.” We make the medical choices to intervene. We determine the nature of “justifiable interventions.” Humans endowed with certain genomes are responsible for defining the criteria to define, intervene on, or even eliminate other humans endowed with other genomes. “Choice,” in short, seems like an illusion devised by genes to propagate the selection of similar genes.

Using this technique, Baum et al constructed a forest that contained 1,000 decision trees and looked at 84 co-variates that may have been influencing patients' response or lack of response to the intensive lifestyle modifications program. These variables included a family history of diabetes, muscle cramps in legs and feet, a history of emphysema, kidney disease, amputation, dry skin, loud snoring, marital status, social functioning, hemoglobin A1c, self-reported health, and numerous other characteristics that researchers rarely if ever consider when doing a subgroup analysis. The random forest analysis also allowed the investigators to look at how numerous variables *interact* in multiple combinations to impact clinical outcomes. The Look AHEAD subgroup analyses looked at only 3 possible variables and only one at a time. In the final analysis, Baum et al. discovered that intensive lifestyle modification averted cardiovascular events for two subgroups, patients with HbA1c 6.8% or higher (poorly managed diabetes) and patients with well-controlled diabetes (Hba1c < 6.8%) and good self-reported health. That finding applied to 85% of the entire patient population studied. On the other hand, the remaining 15% who had controlled diabetes but poor self-reported general health responded negatively to the lifestyle modification regimen. The negative and positive responders cancelled each other out in the initial statistical analysis, falsely concluding that lifestyle modification was useless. The Baum et al. re-analysis lends further support to the belief that a one-size-fits-all approach to medicine is inadequate to address all the individualistic responses that patients have to treatment. 

The US National Institutes of Health states: "There is a lot of overlap between the terms 'precision medicine' and 'personalized medicine.' According to the National Research Council, 'personalized medicine' is an older term with a meaning similar to 'precision medicine.' However, there was concern that the word 'personalized' could be misinterpreted to imply that treatments and preventions are being developed uniquely for each individual; in precision medicine, the focus is on identifying which approaches will be effective for which patients based on genetic, environmental, and lifestyle factors.

Since the 19th century, medicine has focused on specific disease states by linking collections of signs and symptoms to single organs.... Systems biology and its offspring, sometimes called Network Medicine, takes a more wholistic approach, looking at all the diverse genetic, metabolic, and environmental factors that contribute to clinical disease. Equally important, it looks at the preclinical manifestations of pathology. The current focus of medicine is much like the focus that an auto mechanic takes to repair a car. The diagnostic process isolates a broken part and repairs or replaces it.... Although this strategy has saved countless lives and reduced pain and suffering, it nevertheless treats the disease and not the patient, with all their unique habits, lifestyle mistakes, environmental exposures, psychosocial interactions, and genetic predispositions.

The holy grail of Modern Medicine is you can’t fix healthcare until you fix health; and you can’t fix health until you fix the food. Everyone is talking about healthcare, few people are talking about health, and nobody is talking about the food. Medical Incompetence To be clear, better screening, diagnostics, and treatment is what Modern Medicine does; but preventing or reversing NCDs is what Modern Medicine doesn’t do.

I anticipate diagnostic AI will exceed all but the best doctors in the next twenty years. This trend will be felt first in fields like radiology, where computer-vision algorithms are already more accurate than good radiologists for certain types of MRI and CT scans. In the story “Contactless Love,” we see that by 2041 radiologists’ jobs will be mostly taken over by AI. Alongside radiology, we will also see AI excel in pathology and diagnostic ophthalmology. Diagnostic AI for general practitioners will emerge later, one disease at a time, gradually covering all diagnoses. Because human lives are at stake, AI will first serve as a tool within doctors’ disposal or will be deployed only in situations where a human doctor is unavailable. But over time, when trained on more data, AI will become so good that most doctors will be routinely rubber-stamping AI diagnoses, while the human doctors themselves are transformed into something akin to compassionate caregivers and medical communicators.

We will continue to concentrate our energies entirely on prescription medicines and in vitro diagnostics, rather than diversify into other sectors like generics and biosimilars, over-the-counter medicines and medical devices.” ■ “With our in-house combination of pharmaceuticals and diagnostics, we are uniquely positioned to deliver personalized healthcare.” ■ “Our distinctiveness rests on four key elements: an exceptionally broad and deep understanding of molecular biology, the seamless integration of our pharmaceuticals and diagnostics capabilities, a diversity of approaches to maximise innovation, and a long-term orientation.” ■ “Our structure is built for innovation. Our autonomous research and development centres and alliances with over 200 external partners foster diversity and agility. Our global geographical scale and reach enables us to bring our diagnostics and medicines quickly to people who need them.

Trained Obstetrician and Gynaecologist in Dubai Dr Elsa de Menezes Fernandes is a UK trained Obstetrician and Gynaecologist. She completed her basic training in Goa, India, graduating from Goa University in 1993. After Residency, she moved to the UK, where she worked as a Senior House Officer in London at the Homerton, Southend General, Royal London and St. Bartholomew’s Hospitals in Obstetrics and Gynaecology. She completed five years of Registrar and Senior Registrar training in Obstetrics and Gynaecology in London at The Whittington, University College, Hammersmith, Ealing and Lister Hospitals and Gynaecological Oncology at the Hammersmith and The Royal Marsden Hospitals. During her post-graduate training in London she completed Membership from the Royal College of Obstetricians and Gynaecologists. In 2008 Dr Elsa moved to Dubai where she worked as a Consultant Obstetrician and Gynaecologist at Mediclinic City Hospital until establishing her own clinic in Dubai Healthcare City in March 2015. She has over 20 years specialist experience. Dr Elsa has focused her clinical work on maternal medicine and successfully achieved the RCOG Maternal Medicine Special Skills Module. She has acquired a vast amount of experience working with high risk obstetric patients and has worked jointly with other specialists to treat patients who have complex medical problems during pregnancy. During her training she gained experience in Gynaecological Oncology from her time working at St Bartholomew’s, Hammersmith and The Royal Marsden Hospitals in London. Dr Elsa is experienced in both open and laparoscopic surgery and has considerable clinical and operative experience in performing abdominal and vaginal hysterectomies and myomectomies. She is also proficient in the technique of hysteroscopy, both diagnostic and operative for resection of fibroids and the endometrium. The birth of your baby, whether it is your first or a happy addition to your family, is always a very personal experience and Dr Elsa has built a reputation on providing an experience that is positive and warmly remembered. She supports women’s choices surrounding birth and defines her role in the management of labour and delivery as the clinician who endeavours to achieve safe motherhood. She is a great supporter of vaginal delivery. Dr Elsa’s work has been published in medical journals and she is a member of the British Maternal and Fetal Medicine Society. She was awarded CCT (on the Specialist Register) in the UK. Dr Elsa strives to continue her professional development and has participated in a wide variety of courses in specialist areas, including renal diseases in pregnancy and medical complications in pregnancy.

I apply this to the trade-offs among health, wealth, and time. You can trade time and health to accumulate more wealth. Why health? You may be stressed, lose sleep, have a poor diet, or skip exercise. If you are like me and want better health, you can invest time and money on medical care, diagnostic and preventive measures, and exercise and fitness. For decades I have spent six to eight hours a week running, hiking, walking, playing tennis, and working out in a gym. I think of each hour spent on fitness as one day less that I’ll spend in a hospital. Or you can trade money for time by working less and buying goods and services that save time. Hire household help, a personal assistant, and pay other people to do things you don’t want to do. Thousand-dollar-an-hour New York professionals who pay $50 an hour for a car and driver so they can work while they commute understand clearly the monetary value of their time.

To my amazement, staff discussions on the unit rarely mentioned the horrific real-life experiences of the children and the impact of those traumas on their feelings, thinking, and self-regulation. Instead, their medical records were filled with diagnostic labels: “conduct disorder” or “oppositional defiant disorder” for the angry and rebellious kids; or “bipolar disorder.” ADHD was a “comorbid” diagnosis for almost all. Was the underlying trauma being obscured by this blizzard of diagnoses?

It was fundamental doctrine within the medical establishment that KS was the diagnostic signal of the AIDS pandemic. The very existence of AIDS was inextricably linked to KS. If HIV was not responsible for the outbreak of Kaposi’s Sarcoma, then there had to be another culprit.

When it comes to medical diagnostics, Magnetic Resonance Imaging (MRI) plays a vital role in helping doctors detect and treat various health conditions. However, the cost of an MRI scan can often be a concern for many individuals. In this article, we will explore the MRI cost in Gurgaon and how Sanar Care offers affordable imaging solutions without compromising on quality.

When no interpreter was present, the doctor and the patient stumbled around together in a dense fog of misunderstanding whose hazards only increased if the patient spoke a little English, enough to lull the doctor into mistakenly believing some useful information had been transferred. When an interpreter was present, the duration of every diagnostic interview automatically doubled. (Or tripled. Or centupled. Because most medical terms had no Hmong equivalents, laborious paraphrases were often necessary. In a recently published Hmong-English medical glossary, the recommended Hmong translation for “parasite” is twenty-four words long; for “hormone,” thirty-one words; and for “X chromosome,” forty-six words.) The prospect of those tortoise-paced interviews struck fear into the heart of every chronically harried resident.