What is *An Anatomy of Pain* about?

*An Anatomy of Pain* explores the science of pain through neuroscience, psychology, and case studies, arguing that pain originates in the brain rather than solely from physical injury. Dr. Abdul-Ghaaliq Lalkhen examines chronic and acute pain, critiques overreliance on opioids, and discusses alternative treatments like nerve stimulation, emphasizing the mind-body connection.

Who should read *An Anatomy of Pain*?

This book is ideal for healthcare professionals, chronic pain sufferers, and readers interested in pain science. Its blend of medical expertise and accessible explanations appeals to those seeking a deeper understanding of pain management beyond medication.

Is *An Anatomy of Pain* worth reading?

Yes—praised as “informative, empathic, and wise” (*Booklist*), it offers valuable insights into pain’s complexity. While some note its technical tone, the book’s holistic approach and real-world examples make it a standout resource for patients and practitioners.

What is the biopsychosocial model of pain explained in the book?

Dr. Lalkhen advocates for a biopsychosocial framework, which views pain as a blend of biological, psychological, and social factors. This model challenges purely physical explanations, highlighting how mental health, cultural beliefs, and environment shape pain perception.

How does *An Anatomy of Pain* challenge traditional views on pain?

The book disputes the notion that pain correlates directly with tissue damage, showing via case studies—like post-surgical pain differences—that the brain’s interpretation of context and emotion plays a dominant role.

What pain treatments does Dr. Lalkhen discuss?

Beyond opioids, the book covers electrical nerve stimulation, physical therapy, and cognitive-behavioral strategies. Lalkhen stresses the need for multimodal approaches to address pain’s psychological and social dimensions.

How does psychology influence pain according to the book?

Mental state significantly impacts pain intensity. For example, soldiers with combat injuries often report less pain than civilians due to adrenaline and survival focus, illustrating how psychology modulates physical sensations.

What are the key case studies in *An Anatomy of Pain*?

Notable examples include a cesarean patient experiencing less pain than a kidney stone patient despite similar invasiveness, and a soldier’s resilience post-injury, underscoring the brain’s role in pain perception.

통증의 해부학

몸과 마음이 신체적 고통을 경험하고 인내하는 방식

압둘-갈리크 랄켄

3.58(474 Reviews)

통증의 해부학 개요

"통증의 해부학(An Anatomy of Pain)"에서 라켄(Lalkhen) 박사는 복잡한 통증 과학을 깊이 있는 인간적 탐구로 변모시킵니다. 회고록과 의학적 전문 지식을 결합한 이 생물심리사회적 관점은 우리가 고통을 이해하는 방식을 혁신적으로 변화시킵니다. 만약 통증 관리의 열쇠가 약물을 넘어 우리의 심리적, 사회적 경험 속에 있다면 어떨까요?

전달 방식을 선택하세요

한 권의 책, 다양한 듣기 방식.

통증의 해부학의 같은 아이디어를 담았습니다. 나에게 맞는 목소리, 깊이, 속도를 고르고 언제든 바꿔 보세요.

1장

The Alarm That Never Stops Ringing

There's a special quality to the sound of a telephone at 2 a.m. As an anesthesiologist on a labor ward, that call makes my heart race and stomach flip. Entering a birthing room reveals a predictable scene: a terrified partner, a fretting midwife, and a woman screaming in pain. Pain reduces us all to our basest elements-a great equalizer that spares no social class, color, or creed. The transformation after administering an epidural is remarkable; the screaming woman becomes calm and personable once pain is removed. "An Anatomy of Pain" by Dr. Abdul-Ghaaliq Lalkhen has been hailed as one of the most illuminating explorations of pain science in recent years. This Manchester-based anesthesiologist and pain specialist draws on over two decades of clinical experience to demystify one of humanity's most universal yet misunderstood experiences. The book has garnered praise from medical professionals and chronic pain sufferers alike, with celebrities like Lady Gaga (who suffers from fibromyalgia) recommending it as essential reading. In an age where chronic pain affects more people than cancer, heart disease, and diabetes combined, Lalkhen's accessible exploration of this complex phenomenon couldn't be more timely.

2장

The Complex Interplay of Body and Mind

Pain is universally "aversive at threshold," demanding our attention whether lounging by a pool or fighting for survival. While damage to our bodies demands attention through pain, the brain can ignore, sublimate, or delay this experience if it's not immediately beneficial. This complex relationship reveals much about our biological alarm system. When injured, traumatized tissue releases inflammatory mediators that both heal damage and trigger pain. Harm-sensing receptors (nociceptors) throughout our bodies convert damage into electrical signals. These receptors respond to mechanical trauma, chemical injury, or temperature extremes. Information travels from injury sites to the spinal cord's dorsal horn, then through five "superhighways" to different brain regions, lighting up areas controlling sensation, emotion, survival responses, and motivation. David Beckham's Achilles tendon rupture perfectly illustrates how pain and injury aren't proportional. Initially, he showed confusion rather than distress, continuing to play until realizing he couldn't function. Only after processing the injury's meaning-missing the World Cup-did he collapse in visible suffering. This demonstrates how pain becomes communication, showing others what an injury means to us individually. The brain can modulate incoming pain signals through descending inhibitory pathways, explaining why soldiers in battle or individuals focused on survival may not immediately experience pain from severe injuries. Have you ever noticed a cut or bruise only after someone points it out? That's this system at work. Pain is influenced by beliefs, expectations, mood, culture, genetics, and resilience. The psychological experience of pain is inseparable from its physical processes, requiring a biopsychosocial model that recognizes how psychological and environmental factors are ultimately mediated through our biology. Kindness activates pain-inhibiting pathways while stress hormones can either aggravate or relieve pain depending on context. Depression, anxiety and catastrophizing-excessive negative thinking about pain-predict worse pain experiences and can even sensitize the pain alarm system permanently. Pain-related fear leads patients to avoid activities, potentially causing complications like blood clots or lung infections after surgery. Preoperative anxiety strongly predicts postoperative pain severity, making realistic expectations crucial. By addressing both sensory and emotional components of pain, we can better manage suffering.

들리는 모든 단어를 눈으로 확인하세요

통증의 해부학의 각 단어가 오디오에 맞춰 실시간으로 강조되어 편하게 따라 읽을 수 있습니다.

3장

From Divine Punishment to Medical Science

Pain has been an inescapable part of human existence throughout history. Ancient civilizations, lacking scientific understanding, created meaning through myths and spiritual explanations. Primitive humans discovered basic pain relief through rubbing injuries or applying heat and cold. Without diagnostic tools, internal pain was particularly disturbing, often attributed to evil spirits or demons. Early pain management involved warding off these malevolent forces with talismans and experimenting with herbs and plants. Northern Europeans used birch fungus for intestinal parasites, while Peruvians practiced trepanning-drilling holes in skulls-to release spirits causing headaches. Aboriginal people set broken bones with clay and dressed wounds with animal fat. The word "pain" itself derives from Greek and Latin terms for "penalty" and "punishment," reflecting ancient views of pain as divine retribution. Greek philosophers like Plato understood pain as both physical and emotional, believing sensations moved from veins to the heart and liver. While Hippocrates sought physical rather than divine origins for pain, Aristotle maintained that the heart was the center of all sensation-a view that persists in our language today when we speak of "heartbreak" rather than "brain-break." The Renaissance finally challenged heart-centered theories as cadaver dissections revealed the heart as merely a pump. In the seventeenth century, Descartes proposed the brain as the center of sensation, envisioning pain as traveling through a single tube from injury to brain-a simplistic model that problematically divorced sensation from emotion yet persists among many medical professionals today. Modern pain theory evolved through several iterations: pattern theory (1929), central summation theory (1949), and the "fourth theory" reintroducing psychological factors. World War II observations that soldiers experienced less pain than civilians with similar injuries led to Melzack and Wall's groundbreaking gate control theory (1965), which explained how pain signals could be modulated at the spinal cord level. Despite these advances, Western industrialized societies still struggle with Cartesian dualism that separates mind and body, making it difficult to understand pain without visible tissue damage or why small injuries can produce significant pain. We continue to underappreciate how the brain can amplify or diminish pain signals based on emotional and psychological factors. For most of human history, pain's meaning mattered more than its presence. This shifted in the industrialized West during the nineteenth century as individual comfort gained importance. William Morton's demonstration of anesthesia for dental procedures in 1846 and James Young Simpson's use of chloroform during childbirth in 1848 revolutionized surgery and obstetric care, though ethical debates about operating on unconscious patients persisted.

4장

The Pharmacological Pursuit of Relief

Pain medicine sits uncomfortably among anesthesiology subspecialties. Most anesthesiologists don't understand our choice to work with distressed patients in clinic settings rather than operating rooms. Unlike our operating room colleagues, we run outpatient practices, requiring different skills-active listening, managing emotional distress, empathy, conflict management, and collaboration with other healthcare professionals. Many doctors mistakenly see pain merely as a symptom rather than an experience worthy of focus itself. Pain involves unpleasant sensations interpreted by multiple brain areas responsible for both sensation and emotion. This is why the pain of a broken heart can be as distressing as a broken leg. How we think about pain influences our approach to alleviating it. As medical science advances, we perform increasingly complex surgeries that require patients to cooperate psychologically with physical trauma. Since most people can't hypnotize themselves through surgical procedures, we use medications to enable these interventions. Anesthetics make patients unaware of what's happening, local anesthetics block sensations from reaching the brain, and opiates affect how sensations are interpreted-they make you care less about pain signals, earning the nickname "perfect whatever" medications. When treating pain, we target different processes: where tissue is damaged (transduction), the network sending signals (transmission), the brain itself (perception), and pathways that inhibit pain nerves (modulation). Beyond drugs, psychological techniques can help manage pain. "Knee schools" prepare patients for knee replacement surgery by teaching that post-surgical pain is normal and doesn't indicate failure. This "normalization" of abnormal sensations facilitates rehabilitation through changed perception and managed expectations rather than pharmacological intervention. No current medication completely abolishes pain except temporary local anesthetics, which block all electrical signal transmission. These aren't suitable for long-term use due to infection risks with prolonged infusion devices. Other pain medications don't stop all signals to the brain, and whatever information gets through is interpreted according to the individual's unique expectations, beliefs, mood, and previous experiences. Managing patients' expectations about pain relief is therefore crucial in both perioperative settings and chronic pain management. Drugs for complex persistent pain aim to modify the dysfunctional alarm system without overwhelming patients. Antidepressants like amitriptyline work by enhancing descending inhibitory pathways that require serotonin and noradrenaline. However, these medications only help about one in seven patients and cause harm in one in fourteen, providing just 30-50% pain relief. Antiepileptic medications like gabapentin and pregabalin target calcium channels to inhibit excitatory neurotransmitter release, taming hyperexcitable nerves. Despite poor efficacy (helping only one in seven patients), these drugs are now prescribed ubiquitously for all forms of chronic pain, causing side effects like confusion, sleepiness, and falls. The medical-industrial complex promotes pharmacological solutions despite our limited understanding of pain mechanisms. Doctors often prescribe medications out of desperation-to manage their own distress rather than because evidence supports effectiveness. Many patients don't realize these medications take six weeks to reach maximum efficacy and complete pain relief is rarely the outcome.

통증의 해부학에서 더 많은 것을 얻으세요

매일 새로운 인사이트를 10만 개 이상의 레슨에서 만나보세요
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내 라이브러리를 저장하고 모든 기기에서 이용하세요

5장

The Opioid Dilemma: When Treatment Becomes the Problem

The explosion in opioid formulations (lollipops, sprays, patches) has created new addiction pathways through rapid absorption methods. For chronic abdominal pain patients, the temporary escape opioids provide makes them resistant to reduction efforts, leading to difficult confrontations between pain specialists and patients. Our poor understanding of nerve dysfunction in pain without injury leaves drug companies without precise targets. The opioid crisis emerged from our desire to alleviate suffering combined with medical hubris-believing we could manage pain pharmacologically while ignoring its biopsychosocial nature. We're repeating this mistake with cannabis, rushing ahead without adequate clinical trials. Most of the twelve randomized controlled trials in the past five years indicate cannabinoids are ineffective for neuropathic pain, yet we risk replacing one mind-altering substance with another because we can't accept that health requires more than packaged pharmaceuticals. Historically, opium has been used more for its tranquilizing and behavior-modifying effects than for pain relief. Opioid deaths, termed "deaths of despair," reflect deeper societal issues and our complex relationship with pain. These substances narrow our perception, reducing anxiety and despair when life overwhelms us. The opioid saga is a cautionary tale of how therapies with little supporting evidence and centuries of documented harm can be promoted. History repeats itself from the 1914 Harrison Narcotics Tax Act to today's epidemic. As US opium commissioner Dr. Hamilton Wright noted in 1911, America has long consumed more habit-forming drugs per capita than other nations with fewer safeguards. Pain treatment swings between extremes while prescribers rarely take the drugs they recommend, and patients receive insufficient information about risks. We prefer prescribing pills to investing in psychological therapies or physiotherapy. Pain clinics now focus on helping patients reduce opioid use, facing difficult conversations about medications that lack evidence bases. The proper role for opioids in chronic pain remains unstudied, though we know they work for acute postoperative pain with careful monitoring. Modern medicine's hubris-believing our technological advancement means we have all the answers-blinds us to healthcare's complexities. Poor lifestyles cannot be medicated, and wellness cannot be prescribed. Without patients challenging doctors and engaging in treatment decisions, we may eventually swing back to ubiquitous opioid prescribing-or perhaps cannabis will become "the new morphine."

6장

When Pain Persists Without Injury

Pain typically fades gradually after healing, becoming "an itch at the edge of your perception" before disappearing entirely. However, sometimes pain persists despite tissue healing, challenging the common perception of pain as merely a symptom of injury. Helen, a 48-year-old operating-room nurse, presented with widespread pain throughout her body-a deep ache worsening throughout the day, affecting her legs and arms. She experienced constant fatigue, memory problems, unrefreshing sleep, and unexplained low mood episodes. As an OR nurse, she stood for hours during operations, managed heavy equipment, and balanced responsibilities as mother, grandmother, wife, and healthcare worker. Helen suffered from fibromyalgia syndrome, a poorly understood condition involving widespread nervous system dysfunction. Patients experience diffuse, achy tenderness throughout all body quadrants. Environmental triggers include soft tissue injuries, prolonged psychological stress, certain infections, and war deployment. Genetic susceptibility combined with environmental factors leads to neurological and hormonal dysfunction, causing pain system excitability and disrupting sleep and mood regulation. Complex Regional Pain Syndrome (CRPS) is another primary chronic pain condition that can develop spontaneously or following trauma like fractures or surgery. Dating back to Civil War physician Silas Weir Mitchell's observations, CRPS has been known by various names reflecting different theories about its cause. The name itself reveals our limited understanding-"complex" acknowledges mystery, "regional" indicates its tendency to affect a limb, "pain" describes the disproportionate symptom despite healing, and "syndrome" admits we don't fully understand its origins. CRPS manifests as an exaggerated, unregulated continuation of normal injury responses. Affected limbs may change temperature or color, develop tremors or movement inhibition, experience hair loss, skin changes, and nail growth abnormalities. Symptoms often begin dramatically and gradually reduce, though pain persists in 15% of sufferers. Chronic pain is real, not imagined, resulting from malfunctioning nerves. Unlike acute pain where disability correlates with injury, chronic pain disability depends on personal resilience and management approach-similar to how diabetes outcomes vary based on self-management rather than access to treatment. Three approaches exist for chronic pain management: obsessing over the "alarm," trying to ignore it (which consumes energy), or learning to live with the unpleasant situation. Unlike managing diabetes or hypertension, pain constantly demands attention "like a small dog yapping at your heels," affecting identity and preventing the accomplishment of memory-forming tasks. The persistence of pain likely has biological foundations: enzyme differences affecting neurotransmitters like noradrenaline and serotonin; psychological factors causing physiological changes; genetic variations in pain receptors; and spinal cord changes increasing pain signals. The brain itself physically changes with chronic pain, reducing gray matter and forming new connections that heighten pain sensitivity-a bitter irony where pain creates more sensitivity to pain. Catastrophizing thoughts activate brain areas that amplify pain pathways-like water carving wider channels in a riverbed. Behavioral changes contribute too: someone with Achilles tendon pain might stop walking, causing the tendon to thicken and become immobile. When they eventually try moving, they experience pain, reinforcing beliefs that something is wrong. Modern approaches encourage rehabilitation despite pain, assuring patients it's "safe pain," though not all doctors embrace this paradigm.

들리는 모든 단어를 눈으로 확인하세요

통증의 해부학의 각 단어가 오디오에 맞춰 실시간으로 강조되어 편하게 따라 읽을 수 있습니다.

7장

Interventions: From Needles to Electricity

Modern interventional pain techniques fall into three categories: nerve destruction procedures, therapeutic injections of local anesthetics and steroids around joints or nerves, and electrical stimulation of the nervous system. These techniques naturally align with anesthesiologists' skills in nerve blocking. Despite their widespread use, many interventional techniques are being decommissioned worldwide due to lack of evidence. Steroid injections, discovered in the 1920s and successfully used for rheumatoid arthritis after WWII, were applied to supposedly inflamed spinal areas without proper randomized trials. Between 1953-1993, most studies were retrospective and biased, with the first prospective studies showing mixed results-some showing benefits, others showing epidural steroid injections no more effective than placebo for lumbar disc herniation. Despite this weak evidence, the practice continues today. Nerve destruction procedures like cordotomies (first performed in 1912) destroy pain pathways in the cervical spinal cord, offering relief for patients with pain on one side of their body. Similar techniques use alcohol, phenol, or glycerol to destroy nerve supplies, but these methods disrupt not just pain nerves but also those controlling gut function, potentially causing diarrhea, incontinence, and leg paralysis. The disconnect between interventional pain medicine and the biopsychosocial understanding of chronic pain has created a troubling divide in pain treatment. This division is exemplified by cases like Diane's, where increasingly invasive procedures provided only temporary relief before leaving her disabled. The fundamental problem with interventional pain medicine is its failure to understand the conditions it treats. MRI scans of pain-free individuals show the same changes as those with back pain, undermining the pathological connection between imaging and pain. Despite this, the industry continues performing procedures and collecting fees-sometimes unethically, as when doctors split procedures across multiple visits to triple their earnings. Though interventional techniques may help some individuals temporarily reduce pain, they don't improve function or reduce distress long-term. For younger patients, repeated interventions create a harmful collusion between physician and patient that validates disability. Pain medicine has never properly understood the condition it treats, instead borrowing therapies from other specialties to justify its existence.

8장

The Pain Clinic Journey

Patients arriving at pain clinics have typically endured a long journey through multiple specialties, arriving confused, wary, and desperate like "survivors of an apocalypse." Many have been subjected to numerous treatments and investigations, often leaving with increased distress and dire predictions about their future disability. The pain clinic represents a frontier town with two types of practitioners: the "mavericks" promising magical single interventions, and the "reformed gunslingers" who work collaboratively with psychologists and physiotherapists to address pain's complexity. Patients' desperation makes them vulnerable to promises of quick fixes, often expressing the heart-sinking phrase "I will try anything"-revealing their passive expectation that doctors will simply repair their broken bodies. Pain clinic patients fall into three main categories based on biological mechanisms: First are those with neuropathic pain from nerve damage or injury. The most common are patients with intervertebral disc prolapse causing nerve compression (sciatica), experienced as sharp shooting pain down limbs. Many have had surgery but pain persists due to irreversible nerve damage and genetic predisposition. Other neuropathic conditions include trigeminal neuralgia and nerve damage from diabetes or multiple sclerosis. The second group has nociplastic pain from repeated inflammation due to trauma or rheumatological diseases. These autoimmune conditions cause the body to "digest itself," resulting in constant background pain with inflammatory flare-ups. The third and largest group includes those with nonspecific chronic lower-back pain and chronic widespread pain conditions like fibromyalgia. These patients benefit most from pain management rehabilitation, either through individual sessions with physiotherapists and psychologists or group cognitive behavioral therapy programs. The author's pain management center uses comprehensive questionnaires and psychometric tests to measure patients' pain experience across multiple dimensions. These include body diagrams where patients mark pain locations, the Brief Pain Inventory (rating pain severity and interference with daily activities on a 0-10 scale), quality of life assessments, depression screening (including suicide risk monitoring), anxiety evaluation, and specific tests for pain-related fear and kinesiophobia. The doctor-only consultations are described as emotionally demanding, particularly when patients arrive with unrealistic expectations or misconceptions about their pain. The author acknowledges their approach has evolved over time, tempering initial enthusiasm about "saving" everyone with pain management with a more realistic understanding of the challenges in changing patients' beliefs and behaviors.

통증의 해부학에서 더 많은 것을 얻으세요

매일 새로운 인사이트를 10만 개 이상의 레슨에서 만나보세요
단어가 강조되어 오디오와 실시간으로 동기화됩니다
내 라이브러리를 저장하고 모든 기기에서 이용하세요

9장

Electrical Innovations in Pain Management

The therapeutic use of electricity dates back to ancient times, beginning with Egyptian depictions of electric fish shocks around 2500 BCE. Two millennia later, Aristotle noted torpedo fish (electric rays) effects, and in the first century CE, Roman physician Scribonius Largus documented using these fish to cure gout. Understanding of electricity advanced in the eighteenth century when Henry Cavendish constructed an artificial torpedo fish, leading to numerous electrical medical devices. Spinal cord stimulation (SCS) evolved from Norman Shealy's 1967 innovation to stimulate nerve fibers directly in the spinal cord's posterior columns. Early devices required external power supplies, but modern versions are fully implantable in the epidural space. Technical advances included multi-contact electrodes in the 1980s and rechargeable batteries by 2005. Despite costing over 15,000, studies show SCS is cost-effective compared to ongoing surgeries, investigations, and medications. SCS therapy initially relied on paresthesia-based systems that produced tingling sensations in painful areas. This approach faced significant challenges-leads could migrate, spinal cord movement altered stimulation patterns, and patients often disliked the tingling sensation. The stimulation changed with body position, preventing use while driving or sleeping. Around 2008, a revolutionary 10 kHz high-frequency system emerged that didn't rely on producing tingling. Initially met with skepticism, this paradigm shift was validated by landmark randomized controlled trials published in 2015 showing superior pain relief compared to traditional methods. This paresthesia-free approach allows patients to use stimulation while sleeping or driving, removing barriers to rehabilitation. The SCS field has become fiercely competitive since paresthesia-free therapies emerged. Companies battle over patents, with some attempting to undermine competitors through hastily assembled trials and public criticism. Pain medicine faces a crisis as interventional therapies are increasingly rationed due to poor evidence bases. Despite SCS having the strongest evidence among interventional therapies, it suffers from limited availability while we lose specialists and fail to attract new ones.

10장

The Twilight Years: Pain and Aging

Aging brings inevitable physical changes that many accept as normal, gradually contracting their world as function diminishes. Some elderly people remain engaged through work and exercise, while others seem to give up, becoming "folded in on themselves." The elderly patients I see fall into two groups: those aggressively pursuing health through exercise and mental stimulation, and those seemingly waiting at death's door-one group seeking functional improvement, the other palliation and comfort. Aging brings physiological changes to the nervous system-reduced fatty layers in spinal cord nerves, fewer brain connections in pain processing areas, and decreased natural opioids. Older patients often report less pain or different pain distributions compared to younger patients with identical conditions. Pain assessment becomes particularly challenging in those with cognitive decline or dementia, requiring specialized pain scales that observe behaviors like grimacing or restlessness rather than relying on self-reporting. The average age of patients receiving steroid injections for lower-back pain is seventy-seven. While back pain rarely correlates with MRI findings, nerve pain radiating down limbs often does. Aging spines remodel, depositing bone where it shouldn't be, narrowing nerve canals. Even after surgical decompression, nerves may remain damaged-like a peach that appears intact but is bruised inside. Spinal stenosis in the lumbar region acts like a dam restricting water flow. Patients can walk only a certain "claudication distance" before compression causes pain and weakness, requiring rest before continuing. Active individuals struggle most with these limitations. Though evidence for steroid injections is poor and no longer recommended by NICE, they remain the only option for some patients unsuitable for surgery. We don't fully understand why joints become painful with age. Facet joint pain in the spine occurs despite cartilage having no nerve supply-possibly because the brain perceives joint deformation as dangerous. While knee replacements work well, equivalent spine surgeries like fusion have been abandoned as ineffective. In anesthetics and critical care, we face difficult ethical choices about prolonging life versus allowing natural death. Western medicine often operates at the blurry margins between quality of life and suffering. Cultural attitudes toward medical intervention vary dramatically-in South Africa, families accept taking terminal patients home to die, while in the UK, many expect every available therapy before death.

들리는 모든 단어를 눈으로 확인하세요

통증의 해부학의 각 단어가 오디오에 맞춰 실시간으로 강조되어 편하게 따라 읽을 수 있습니다.

11장

The Business of Pain and Our Cultural Contradictions

Our gleaming hospitals with technological marvels and armies of specialists perpetuate the myth of medical omnipotence. Yet the undisclosed reality is that basic sanitation, proper nutrition, safe driving, avoiding alcohol, limiting sugar, regular exercise, and mindful living prevent 90% of conditions requiring medical intervention. Only genetic conditions and certain cancers remain beyond our control. We live in contradictory times-warning against sugar while supermarkets dedicate aisles to chips and chocolate, making healthy food prohibitively expensive while selling cheap, nutritionally poor alternatives. We confuse people with conflicting dietary advice about meat, dairy, and veganism. Meanwhile, chronic pain rises alongside sugary inactivity and nihilism. Society rarely addresses chronic pain as the epidemic it is, nor acknowledges how biopsychosocial approaches could improve population health. We know the science behind avoiding refined sugar but continue selling it; we understand exercise benefits yet invented binge-watching. Perhaps we don't consider ourselves worthy of saving, or our awareness of mortality drives a "you only live once" mentality. When we inevitably break down, we demand "Fix me, Doctor" from physicians who aren't incentivized to promote lifestyle changes that would reduce their income. As a public sector doctor funded by taxpayers, I provide evidence-based therapies restricted by organizations like NICE based on scientific evidence. This wasn't always the case-forty years ago, doctors could offer treatments they personally considered successful. Private healthcare operates differently. Paying patients can find doctors willing to perform desired procedures, though this system has flaws. An orthopedic surgeon admitted the threshold for knee arthroscopy varies dramatically between NHS and private patients-impatience for recovery combined with surgeon fees lowers intervention thresholds. The financial incentives in private practice often lead to unnecessary procedures. A conversation about managing chronic pain through movement despite continued discomfort generates no revenue, whereas offering injections every three months does. Private pain medicine often attracts the most desperate patients willing to pay for quick solutions. These psychologically distressed individuals benefit least from interventional techniques but are most likely to demand them. Pain medicine in the UK faces extinction as revenue-generating services are stripped away, revealing the uncomfortable truth that medicine, whether public or private, remains a business where the patient is the product.

12장

A Journey Without End

I now understand that patients don't just bring their pain to the clinic-they bring psychological difficulties, social circumstances, poor diets, and substance dependencies. My approach has evolved from narrowly treating pain to addressing overall well-being. I explain to patients that while pain isn't "all in their head," they can influence their abnormal sensations, and every aspect of their lives affects their pain. My clinic has become more of a "well-being clinic" where I discuss dietary recommendations and psychological wellness alongside pain management. All doctors should adopt this holistic approach rather than repeatedly treating symptoms without addressing underlying causes. Our paradoxical attitudes toward health-warning that smoking kills while continuing to produce cigarettes, lamenting soft drinks' health impact while manufacturing them-mirror our contradictory nature as the only species aware of our mortality. I've grown increasingly despondent about my role, feeling caught in a system with an understanding of pain no better than a century ago. Pain medicine has built an industry on weak evidence, wasting resources on poorly studied injection therapies. My most therapeutic tool is simply explaining pain to patients-acknowledging when conditions are permanent initiates healing, though most continue seeking treatments. Medicine requires fundamental rethinking. We need independent bodies to evaluate treatments without industry collusion. We understand disease prevention but invest little in it, profiting instead from managing self-inflicted conditions. As doctors, we've lost our way, treating lifestyle diseases rather than preventing them. Working in a unit offering pain management physiotherapy and psychology seems the best option for me now. Spinal cord stimulation for peripheral neuropathic pain and exploring pain dysfunction to design specific therapies are worthy pursuits. I resist empiric cannabis use until clear evidence emerges, knowing that treating existential crises with substances won't improve quality of life. Most importantly, I explain pain based on current understanding, highlighting aspects of positive living found in societies where people live well: whole foods, regular physical activity, community living, and finding your ikigai-your reason for being. I hope this book helps you take responsibility for your health, understand pain as a biological alarm while recognizing your response as a choice, appreciate that pain cannot be completely extinguished with medicines, work better with healthcare providers, and feel acknowledged if you suffer from chronic pain. As Edward Trudeau said, "Sometimes to cure, often to relieve, always to comfort."

★★★★★

통증의 해부학 완독을 축하합니다

100만 명 이상의 학습자가 사랑합니다

“23일째 매일 사용하고 있어요. 이제 제 일상의 한 부분이 되었습니다.”

jayallen

통증의 해부학의 핵심 주제

pain science
biopsychosocial model
nociception and sensation
chronic pain management
mind-body connection

통증의 해부학의 명언

Pain reduces us all to our basest elements.
Pain is universally 'aversive at threshold.'
Pain becomes communication.
Pain's meaning mattered more than its presence.
Pain involves unpleasant sensations.

통증의 해부학의 등장인물

Abdul-Ghaaliq LalkhenAuthor, anesthesiologist, and pain specialist
David BeckhamAthlete used as a case study for pain perception
DescartesPhilosopher who proposed the brain-centered model
Melzack and WallResearchers who developed gate control theory

저자 소개

*고통의 해부: 몸과 마음이 신체적 고통을 경험하고 견뎌내는 법(An Anatomy of Pain: How the Body and the Mind Experience and Endure Physical Suffering)*의 저자인 압둘-갈리크 랄켄(Abdul-Ghaaliq Lalkhen)은 20년 이상의 임상 경력을 가진 선도적인 통증 관리 전문가이자 마취과 의사입니다. 케이프타운 대학교를 졸업한 랄켄 박사는 맨체스터에서 진료하고 있으며, 통증 의학 학부(Faculty of Pain Medicine)의 일원으로서 통증을 이해하는 데 있어 생물심리사회적 접근 방식을 옹호하고 있습니다. 그의 연구는 의학 과학과 환자 중심 치료를 연결하며, 만성 통증의 신경학적 뿌리, 마약성 진통제 치료의 한계, 그리고 정서적 고통과 신체적 고통의 상호작용과 같은 주제를 다룹니다.

고통의 해부에서 그는 데이비드 베컴의 아킬레스건 부상과 같은 사례 연구를 통증의 진화론적 목적 및 현대적 치료의 과제에 대한 통찰과 결합합니다.

랄켄 박사는 또한 *통증: 느끼는 뇌의 과학(Pain: The Science of the Feeling Brain)*을 저술하여 통증의 사회적, 심리학적 차원을 더욱 깊이 탐구했습니다. 명료함과 깊이로 굿리즈(Goodreads) 리뷰어들의 찬사를 받은 그의 글은 의료 전문가와 일반 독자 모두를 위해 복잡한 개념의 신비감을 걷어냅니다. 이 책은 통증을 "결함 있는 센서가 달린 자동차 경보 장치"로 비유하며 미묘하게 분석하여 국제적인 주목을 받았으며, 임상적 전문 지식과 이해하기 쉬운 스토리텔링을 결합해 독자들이 지속적인 신체적 고통을 인식하는 방식을 재정립하고 있습니다.

통증의 해부학 요약 다운로드

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통증의 해부학

개요통증의 해부학 개요

한 권의 책, 다양한 듣기 방식.

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통증의 해부학 완독을 축하합니다

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통증의 해부학의 명언

통증의 해부학의 등장인물

저자 소개

통증의 해부학 요약 다운로드

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이 책에 대한 FAQ

What is An Anatomy of Pain about?

Who should read An Anatomy of Pain?

Is An Anatomy of Pain worth reading?

What is the biopsychosocial model of pain explained in the book?

더 알아보기

1,000,000+ curious minds.

1,000,000+ curious minds.

한 권의 책, 다양한 듣기 방식.

The Alarm That Never Stops Ringing

The Complex Interplay of Body and Mind

들리는 모든 단어를 눈으로 확인하세요

From Divine Punishment to Medical Science

The Pharmacological Pursuit of Relief

통증의 해부학에서 더 많은 것을 얻으세요

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When Pain Persists Without Injury

들리는 모든 단어를 눈으로 확인하세요

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The Pain Clinic Journey

통증의 해부학에서 더 많은 것을 얻으세요

Electrical Innovations in Pain Management

The Twilight Years: Pain and Aging

들리는 모든 단어를 눈으로 확인하세요

The Business of Pain and Our Cultural Contradictions

A Journey Without End

통증의 해부학 완독을 축하합니다

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