What is Molecules of Emotion by Candace B. Pert about?

Molecules of Emotion is a groundbreaking book that combines memoir, science, and mind-body medicine to explain how emotions are biological processes mediated by neuropeptides and their receptors throughout the body. Candace B. Pert chronicles her discovery of the opiate receptor in 1972 and demonstrates how emotions are not just mental experiences but physical molecules that communicate information between the mind and body, revolutionizing our understanding of health and consciousness.

Who should read Molecules of Emotion by Candace Pert?

Molecules of Emotion is ideal for readers interested in holistic health, neuroscience, and the intersection of emotions and physical wellness. This book appeals to healthcare professionals exploring integrative medicine, individuals curious about psychoneuroimmunology, and anyone seeking a scientific foundation for mind-body healing practices. It's also valuable for those interested in women's experiences in science and the politics of academic research, as Pert candidly shares her struggles navigating a male-dominated scientific community.

Is Molecules of Emotion worth reading?

Molecules of Emotion is worth reading for its pioneering insights into how emotions function as biochemical messengers in the body, a concept that was revolutionary when published in 1997. However, readers should expect a hybrid format—the book is part memoir, part scientific explanation, with significant focus on Pert's personal journey and academic struggles rather than pure scientific content. The mind-body concepts remain compelling and influential, though some readers find the autobiographical elements overshadow the scientific material they anticipated.

Who is Candace B. Pert and why is she significant?

Candace B. Pert (1946-2013) was a pioneering neuroscientist and pharmacologist who discovered the opiate receptor at age 26 while a graduate student at Johns Hopkins in 1972. Her groundbreaking research revolutionized neuroscience by proving the existence of receptor sites where opioids and endorphins bind to cells, enabling the development of modern psychopharmaceuticals from Prozac to OxyContin. Pert became known as the "Mother of the Mind-Body Revolution" for establishing the scientific foundation of integrative medicine and psychoneuroimmunology.

What is the main theory in Molecules of Emotion?

The central theory in Molecules of Emotion is that emotions are not abstract mental states but physical molecules called neuropeptides that flow throughout the body and bind to cellular receptors, creating what we experience as feelings. Candace Pert argues that the body is essentially "the subconscious mind made flesh," meaning emotions are stored and expressed at the cellular level throughout the entire body, not just in the brain. This revolutionary concept dismantled the traditional mind-body dichotomy and established that emotional health and physical health are fundamentally interconnected through biochemical information systems.

What are neuropeptides and why do they matter in Molecules of Emotion?

Neuropeptides are small protein-like molecules that act as chemical messengers throughout the body, carrying information that influences both physical and emotional states. In Molecules of Emotion, Candace Pert explains that these molecules and their cellular receptors form an information network connecting the nervous system, immune system, and endocrine system. This discovery revealed that emotions are not produced solely by the brain but are felt expressions of neuropeptides that constantly flow through the body, dynamically changing cellular behavior moment-to-moment and affecting overall health.

How does Molecules of Emotion explain the mind-body connection?

Molecules of Emotion explains the mind-body connection through the discovery that neuropeptides and their receptors create a bidirectional communication network linking thoughts, emotions, and physical health. Candace Pert's research demonstrated that peptides found in the brain also exist throughout the body, meaning emotions are not confined to mental experience but are biochemical events occurring in every cell. This understanding replaced the outdated Cartesian dualism that separated mind from body, showing instead that consciousness and physiology form an integrated information system where emotional states directly influence immune function, healing, and disease.

What are the main criticisms of Molecules of Emotion?

The primary criticism of Molecules of Emotion is that it's misleading in scope—readers expecting a deep dive into the science of emotions instead encounter a memoir heavily focused on Candace Pert's personal journey, career struggles, and battles with sexism in academia. Some reviewers found the scientific explanations too technical while others felt they lacked sufficient depth, and the book occasionally ventures into territory some consider "woo-woo" with its spiritual elements. Critics also note Pert's writing can be imprecise with occasional contradictions, and the book devotes considerable space to academic politics and personal grievances rather than systematic exploration of emotional biochemistry.

Moleküle der Gefühle

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Candace B. Pert

4.14(4343 Reviews)

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Entdecken Sie, wie Peptide als „Moleküle der Emotionen“ fungieren, die Neurowissenschaft revolutionieren und die Brücke zwischen Wissenschaft und ganzheitlicher Medizin schlagen. Perts bahnbrechende Arbeit, die in Dokumentarfilmen vorgestellt und vom New York Open Center geehrt wurde, stellt die jahrhundertealte Trennung von Körper und Geist infrage. Was wäre, wenn Ihre Emotionen in Wirklichkeit biochemische Botschaften sind?

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Kapitel 1

The Molecular Dance: How Our Emotions Shape Our Health

Have you ever wondered why you feel butterflies in your stomach before an important presentation? Or why certain songs can instantly transport you back to specific memories? In 1972, a young scientist named Candace Pert made a groundbreaking discovery that would forever change our understanding of emotions. Working late one night in her lab at Johns Hopkins University, she defied her supervisor's orders and conducted an unauthorized experiment that revealed the existence of opiate receptors in the brain-tiny molecular structures that respond to both external drugs like morphine and the body's own natural chemicals. This discovery, which Oprah Winfrey later called one of the most significant scientific breakthroughs of the 20th century, launched Pert's remarkable career investigating the biochemical basis of our emotions. "Molecules of Emotion" chronicles her scientific journey from ambitious graduate student to renowned researcher, while exploring how her findings revolutionized our understanding of the mind-body connection. The book became an international bestseller, helping millions understand that emotions aren't just abstract feelings but actual molecules flowing through our bodies, connecting our minds and physical selves in ways science is still exploring today.

Kapitel 2

The Discovery That Changed Everything: Finding the Opiate Receptor

In the early 1970s, the scientific establishment firmly believed in a separation between mind and body-a Cartesian divide that had dominated Western thinking since the 17th century. The brain was studied as an electrical communication system, a complex telephone network of neurons with trillions of crisscrossing wires. But something was missing from this picture. As a doctoral candidate at Johns Hopkins University, I found myself drawn to a question that would ultimately revolutionize neuroscience: how do drugs like morphine and heroin actually work in the brain? The prevailing theory suggested these substances must bind to specific receptor sites, but no one had been able to prove these receptors existed. My mentor, Dr. Solomon Snyder, had recently received funding to investigate this question as part of Nixon's newly declared "war on drugs." The experimental design seemed straightforward: tag morphine molecules with radioactive isotopes and see if they would bind to specific sites in brain tissue. But after weeks of failed attempts, Snyder was ready to abandon the project. Something inside me refused to give up. I had personally experienced morphine's effects after a horseback riding accident, and I was fascinated by how tiny molecules could so profoundly alter both physical pain and emotional state. Against my supervisor's orders, I secretly obtained a different compound-naloxone, an opiate antagonist-had it radioactively labeled, and conducted the experiment when the lab was empty. My intuition proved correct. The results were stunning: clear evidence of specific binding sites for opiates throughout the brain. These weren't random attachments but precise molecular docking stations-receptors that normally received the body's own natural pain-relieving chemicals. This discovery triggered a scientific revolution. Within three years, researchers identified the brain's natural opiates-endorphins-that normally bind to these receptors. More importantly, we began to understand that the brain wasn't just an electrical system but also a chemical one, with information-carrying molecules flowing throughout the body. These receptors weren't just passive receivers; they were dynamic, changing shape when activated, triggering cascades of biochemical events inside cells that ultimately translated to changes in mood, behavior, and physical sensation. The implications were enormous. Every person, whether lab rat, First Lady, or drug addict, possessed identical brain mechanisms for creating bliss and expanded consciousness. We had discovered the biological basis for altered states that humans had been seeking through drugs, meditation, and other practices for millennia.

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Kapitel 3

The Molecules Behind Our Emotions: Peptides and Their Receptors

What exactly are these molecules of emotion? The key players in this biochemical drama are peptides and their receptors-the "keys" and "locks" of cellular communication. Peptides are tiny pieces of protein, strings of amino acids joined together like beads on a necklace. Though small compared to full proteins, they're incredibly powerful messengers. We've discovered about 95 different peptides so far, with potentially hundreds more awaiting discovery. Each has its own story and function-from insulin regulating blood sugar to endorphins blocking pain and creating pleasure. Receptors are their cellular partners-complex molecules floating on cell surfaces like lily pads on a pond, with roots extending deep into the cell. A typical neuron may have millions of receptors on its surface, each designed to recognize and bind with specific peptides. When binding occurs, the receptor changes shape, triggering a cascade of biochemical events inside the cell that can alter everything from metabolism to mood. This binding process is remarkably selective. Receptors only accept ligands (binding molecules) with precisely the right molecular shape-like a key fitting a lock, but with much greater sophistication. When the right peptide finds its receptor, it transfers a message through molecular properties, setting off a chain reaction that can ultimately translate to larger behavioral and mood shifts. What makes this system so revolutionary is its reach. We initially thought these peptides and receptors existed primarily in the brain, but research revealed they're distributed throughout the entire body. The immune system, digestive tract, endocrine glands, and even the skin contain these same information-carrying molecules. This means emotions aren't just generated in the brain and then expressed in the body-they originate and reverberate throughout our entire physical being. Even more astonishing, immune cells don't just receive signals from peptides-they actually produce, store, and secrete these mood-controlling chemicals themselves. This creates a two-way communication between brain and body, with information flowing in multiple directions simultaneously. The molecules of emotion link mind and body through a psychosomatic network that runs every system in our body, demonstrating the bodymind's intelligence-wisdom that could keep us healthy without high-tech medical intervention if we understood how to maintain its balance.

Kapitel 4

Beyond the Brain: The Bodymind Network

For centuries, Western medicine has treated the mind and body as separate entities. But the discovery of peptides and their receptors throughout the body forces us to abandon this outdated paradigm. The body isn't just a vehicle carrying the brain around-it's an integral part of our emotional and cognitive experience. Consider this: the gut contains as many neurons as the spinal cord, with dense concentrations of the same receptors found in the brain. This explains why we feel emotions in our stomach-"gut feelings" aren't just metaphors but reflect actual biochemical processes. Studies show emotions directly affect gut motility, while digestive processes can alter emotional states. The immune system forms another vital link in this network. Made up of the spleen, bone marrow, lymph nodes, and white blood cells, it defends against pathogens and repairs damage. Unlike stationary brain cells, immune cells travel throughout the body, following chemical cues from peptides. These wandering cells have receptors for virtually every peptide found in the brain, meaning they respond to the same emotional signals that affect our moods and thoughts. This integrated system functions as an information network with constant exchange, processing, and storage occurring as peptides bind across systems. What we're really discussing is information flow among cells, organs, and systems-a perspective that emphasizes psychology over neuroscience. The mind is this flow of information, operating both consciously and unconsciously, coordinating the body's systems in an intelligently orchestrated symphony. The network concept breaks from the old Newtonian view, showing intelligence as information creating behavior rather than hardwired reflexes. The body is the physical manifestation of the mind in space-they are one. The term "bodymind" reflects this understanding that body is inseparable from mind, with intelligence located throughout the body's cells. This explains why techniques like biofeedback can allow conscious control over supposedly "automatic" bodily functions. The peptides and their receptors enable dialogue between conscious and unconscious processes, creating what could be called a "mobile brain"-a psychosomatic network through which intelligent information travels between systems. Even more remarkable, this biochemical system appears to be evolutionarily ancient. Single-celled organisms like the tetrahymena produce many of the same peptides humans do, including insulin and endorphins. These primitive creatures even have opiate receptors on their cell surfaces identical to those in our brains. This remarkable conservation throughout evolution demonstrates the critical importance of these information molecules as the fundamental communication system of life itself.

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Kapitel 5

Emotions and Health: The Scientific Connection

The bodymind network provides a scientific explanation for something many traditional healing systems-from Traditional Chinese Medicine to Ayurveda-have long recognized: emotions directly impact physical health. When emotions flow freely through this intricate network, health tends to flourish. When they become blocked, suppressed, or chronically imbalanced, illness often follows. This understanding bridges ancient wisdom with modern neuroscience, revealing how our emotional states create biochemical changes throughout the body. Research increasingly confirms these connections through multiple pathways. Studies of cancer patients reveal those who suppress emotions have significantly slower recovery rates than more expressive patients. The difference can be dramatic-up to 40% in some studies. Since we all have tiny cancerous tumors that natural killer cells normally destroy, emotional blockages may disrupt the peptide flow directing these immune cells, potentially allowing cancer to develop. This explains why stress management and emotional support groups often improve cancer outcomes. The peptide-receptor system also explains why heart attacks peak on Monday mornings and after major holidays-times of heightened emotional stress. Immune cells release specific peptides that affect arterial plaque formation and inflammation, creating a direct link between emotional states and cardiovascular health. Studies show that work-related stress alone can increase heart attack risk by up to 23%, while positive emotions can lower blood pressure and reduce inflammation markers. Viruses use the same receptors as neuropeptides to enter cells, suggesting emotional states might determine susceptibility to infection. This could explain why people rarely get sick before anticipated pleasant events-elevated mood may protect against certain viruses by blocking receptor sites with positive-emotion peptides. Research shows that happy people have stronger immune responses, with up to 50% more protective antibodies when vaccinated. Depression's connection to this system is particularly revealing. Research at NIH connected childhood trauma to adult depression through the hypothalamic-pituitary-adrenal axis. When cortical releasing factor (CRF) from the hypothalamus stimulates ACTH release from the pituitary, it triggers steroid production in the adrenal glands. Depressed people have chronically high steroid levels due to a disrupted feedback loop, often showing cortisol levels 15-20% higher than non-depressed individuals. This pattern can be created by early childhood neglect or abuse-landmark monkey studies show babies deprived of maternal nurturing develop high CRF levels, but can be "cured" through physical contact with "monkey hug therapists." These studies demonstrate how touch can break the feedback loop, suggesting non-drug interventions for mood disorders. Similar human studies show that regular therapeutic massage can reduce depression symptoms by up to 50% through similar mechanisms. Pharmaceutical approaches to mental health often ignore this bodymind complexity. Antidepressants that block serotonin re-uptake mechanisms flood receptors throughout the body-not just in the brain-potentially causing gastrointestinal disorders and affecting immune function. Up to 70% of patients report at least one side effect. Similarly, antipsychotic drugs blocking dopamine receptors can trigger hormonal cascades with wide-ranging effects, from weight gain to diabetes risk. While these treatments may address immediate symptoms, they often create new imbalances in the bodymind network, highlighting the need for more holistic approaches to emotional and physical health.

Kapitel 6

The Science of Consciousness: How We Create Our Reality

The bodymind network doesn't just influence health - it fundamentally shapes our perception of reality through an intricate filtering system. Our brains must process an estimated 11 million bits of sensory information per second, yet we consciously register only about 40 bits. Emotions act as sophisticated gatekeepers, determining which information deserves our precious attention. Aldous Huxley's metaphor of the brain as a "reducing valve" brilliantly captures this process, describing how consciousness emerges from carefully filtered streams of information. Research has revealed high concentrations of neuropeptide receptors at critical "nodal points" - locations where sensory information first enters the nervous system. The dorsal horn of the spinal cord serves as a primary example, acting as a crucial gateway for bodily sensations. These nodal points operate like sophisticated filtering stations, with receptors functioning as molecular gatekeepers. The filtering process's effectiveness depends on multiple factors: receptor quantity, receptor sensitivity, past emotional experiences, current biochemical state, and even recent nutritional intake. For instance, stress can alter receptor sensitivity, potentially blocking positive sensory input while amplifying threat detection. This filtering mechanism leads to a profound conclusion: there is no purely objective reality! Every person's perception is uniquely filtered through their personal network of peptide-receptor-rich sensory stations, each carrying different emotional signatures. Two people experiencing the same event might have radically different perceptions based on their emotional states and past experiences. A crowded restaurant might feel energizing to someone in a positive emotional state but overwhelming to someone experiencing anxiety. Memory formation and recall operate through similar molecular mechanisms. Donald Overton's groundbreaking research with rats demonstrated state-dependent learning - animals performed best when their biochemical state during testing matched their state during learning. This explains why humans often struggle to recall happy memories during depression or why trauma survivors might suddenly remember details when triggered by similar emotional states. The peptides associated with emotions act as chemical keys, unlocking access to memories tagged with similar emotional signatures. This biochemical basis of memory explains many common experiences: why we're more likely to remember positive experiences when happy, why we tend toward negative thinking when stressed, and why emotional states can dramatically affect performance. A person feeling confident is more likely to perform well in a presentation, while anxiety can trigger a cascade of self-defeating thoughts and behaviors. From an evolutionary standpoint, this emotion-memory link proved crucial - our ancestors needed to remember which situations led to food, safety, or danger, with emotions providing the highlighting mechanism for important experiences. The plasticity of receptor systems offers hope for personal growth and change. Receptors can modify their sensitivity and distribution patterns, creating biochemical opportunities for transformation even when emotionally stuck. While most bodymind processes occur below conscious awareness, techniques like visualization, meditation, and focused attention can help direct these changes. By consciously directing our attention and emotional states, we can influence blood flow, immune response, and even receptor expression patterns, demonstrating the remarkable power we have to shape our biological reality.

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Kapitel 7

Healing Through Emotional Release: The Body Stores What the Mind Ignores

If emotions are biochemical events flowing through our bodies, what happens when we suppress them? Research suggests repressed emotions become stored in the body via neuropeptide ligands, with memories held in their receptors. These blocked emotions can manifest as physical tension, chronic pain, digestive issues, immune system dysfunction, or even serious disease. The connection is so profound that many healthcare practitioners now recognize emotional suppression as a significant factor in chronic illness. This understanding helps explain why so many alternative therapies focus on somatic-emotional release - they recognize the body as the gateway to the mind. Approaches like bioenergetics, network spinal analysis, craniosacral therapy, and somatic experiencing aim to release blocked emotions held in the body. The "energy" these healers work with is likely the free flow of information carried by neuropeptides and their receptors. When blocked emotions are released through physical methods, internal pathways clear, which we experience as energy moving through the body. Patients often report spontaneous emotional releases during bodywork sessions, accompanied by memories or insights they had long forgotten. The body must be healed through the mind, and the mind through the body - this bidirectional relationship is fundamental to holistic healing. Almost every traditional healing system except Western medicine recognizes the importance of emotional catharsis in healing. Chinese medicine links specific emotions to organ systems, while Ayurvedic practice emphasizes emotional balance for health. Even play serves multiple functions beyond stress reduction - it helps express and master overwhelming emotions, loosens our biochemical flow of information, and creates new neural pathways for processing experiences. Environmental factors significantly impact this delicate system. Environmental toxins chronically stimulate hormone receptors into overdrive, potentially leading to various cancers and autoimmune conditions. These pollutants can overwhelm the immune system, causing it to lose resilience and become "tired," resulting in vague fatigue complaints, frequent infections, and serious immune deficiencies. The rising rates of chronic illness mirror the ecological disaster we've created through old-paradigm thinking that views us as isolated from our environment. From air pollution to endocrine-disrupting chemicals in everyday products, our bodies are constantly processing environmental stressors that can block emotional and physical healing. True health requires maintaining the free flow of emotional information through our bodymind network. This involves not just physical wellness but emotional intelligence and environmental awareness. Happiness occurs when our biochemicals of emotion - neuropeptides and their receptors - flow freely throughout the psychosomatic network, integrating our bodily systems in smooth, rhythmic movement. Research in psychoneuroimmunology demonstrates that positive emotional states enhance immune function, accelerate healing, and promote longevity. Happiness is our natural state, with bliss "hardwired" into our systems; unhappiness results when these systems become blocked through trauma, suppression, or environmental factors. Regular practices like meditation, movement therapy, and emotional release work can help maintain this natural flow state.

Kapitel 8

Living in Harmony with Your Molecules of Emotion

Understanding the molecules of emotion gives us practical tools for healthier living. Most "healthy lifestyle" approaches focus on physical aspects-low-fat meals, exercise, avoiding substances-but neglect emotional self-care. This is "oldthink" from the material-focused paradigm. Emotions are crucial for accessing our bodymind's healing wisdom. We must acknowledge all feelings-anger, grief, fear-which are vital for survival, not negative. Denying emotions creates toxicity; expressing them allows natural release, transforming "bad" emotions to "good" ones. The goal is keeping information flowing and maintaining natural balance by consciously entering the bodymind's conversation. Here are eight practical approaches to living in harmony with your molecules of emotion: First, become conscious of your mental, emotional, and physical experiences-allow yourself to "listen in" on conversations happening at autonomic levels where basic functions and health are determined. Through consciousness, you can intervene at the molecular level to change your physiology. Second, access your psychosomatic network through your frontal cortex-the brain region that handles higher cognitive functions. This part depends on the free flow of emotional peptides. When emotions are blocked through denial or trauma, blood flow becomes chronically constricted, leaving you foggy and less responsive. Release these blockages through counseling, touch therapies, meditation, or prayer. Third, tap into your dreams-they offer direct messages from your bodymind about what's happening physiologically and emotionally. Keep a dreambook, recording both narrative and emotional content upon waking. Fourth, get in touch with your body through movement or touch therapies. Your mind and feelings reside in your body, and it's through somatic experience that feeling is healed. Fifth, reduce stress through meditation-the most effective method for releasing emotions stuck in modes that disrupt healthy mind-body biochemical flow. Self-honesty is another powerful stress-reducer. When we're true to ourselves, our emotions coordinate mental processes and biology coherently. Sixth, exercise to increase blood flow that nourishes and cleanses your brain and organs. Engage your emotions during exercise by listening to music that loosens stuck emotions and puts you more in touch with your body. Seventh, eat wisely by tuning into the emotions as information from your digestive system. Ask yourself if you're genuinely hungry before eating. The environment and emotional state while eating matters tremendously. Eighth, avoid substance abuse by recognizing that all substances-legal or illegal-compete with natural chemicals, flooding receptors and causing decreased sensitivity. What drives substance abuse is typically unhealed emotions-trauma and stress lodged at the receptor level.

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Kapitel 9

The Future of Bodymind Medicine: Science Meets Spirit

The molecules of emotion reveal a profound truth: non-material phenomena precede physical manifestation. Information flows simultaneously from multiple bodily systems, not just from the brain downward. This intelligence must exist in its own realm-what we might call the "inforealm"-beyond time, place, matter, and energy. This understanding bridges science and spirituality. Our emotions connect us in a vast network, vibrating together like violin strings responding to one another-emotional resonance that makes us feel what others feel. In this greater network of humanity, we are each individual nodal points accessing a larger intelligence, connected through emotions that flow between us as empathy, compassion, and joy. The heart of science is feminine: unifying, spontaneous, intuitive, caring-more about surrender than domination. At its core, science is a spiritual endeavor, with insights often coming through mystical processes. Quantum physics and information theory point us away from the model of the detached, solitary genius toward a more collegial, participatory model of knowledge acquisition based on cooperation, communication, and trust. This new paradigm is already transforming medicine. The Office of Alternative Medicine at NIH, once kept outside the "Palace walls" to avoid "tainting" mainstream science, has gradually gained legitimacy. Despite growing public interest-with one-third of Americans using unconventional therapies according to Harvard research-integrative approaches still receive less than 0.1% of NIH funding. True progress requires establishing basic research within mainstream institutions to legitimize new-paradigm science. Only at the bench level, where discoveries happen and belief systems form, can traditional scientists meaningfully interface with alternative approaches. The molecules of emotion offer a scientific language for understanding ancient healing practices. They explain how meditation affects physical health, how touch therapies release stored trauma, and how consciousness can influence biochemical processes. They provide the missing link between mind and body, between science and spirituality. In this new understanding, health isn't just the absence of disease but the harmonious flow of information through our bodymind network. True wellness comes from living unselfishly with loving kindness and forgiveness, taking personal responsibility rather than surrendering authority to medical professionals. By honoring the wisdom of our emotions and learning to keep their molecular messengers flowing freely, we can achieve not just physical health but emotional wholeness and spiritual connection.

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mind-body connection
biochemical basis of emotion
peptide receptor signaling
neuroscience of addiction
cellular communication

Zitate aus Moleküle der Gefühle

Something inside me refused to give up.
The implications were enormous.
We had discovered the biological basis for altered states.
Emotions aren't just abstract feelings but actual molecules.
The body isn't just a vehicle carrying the brain around.

Personen in Moleküle der Gefühle

Candace B. PertNeuroscientist and author who discovered receptors
Dr. Solomon SnyderPert's mentor and supervisor at Johns Hopkins

Über den Autor

Candace Beebe Pert (1946–2013) war die wegweisende Neurowissenschaftlerin und Pharmakologin hinter Moleküle der Gefühle, einem bahnbrechenden Werk der Mind-Body-Medizin und Psychoneuroimmunologie. Als Doktorandin an der Johns Hopkins University entdeckte sie 1972 den Opioidrezeptor des Gehirns, was die Neurowissenschaften revolutionierte und die Tür zum Verständnis dafür öffnete, wie Emotionen durch Neuropeptide und Rezeptoren im Körper gespeichert werden.

Im Laufe ihrer herausragenden Karriere veröffentlichte Dr. Pert über 250 wissenschaftliche Artikel und fungierte als Leiterin der Sektion für Gehirnbiochemie am National Institute of Mental Health – die einzige weibliche Leiterin zu dieser Zeit. Später wurde sie Forschungsprofessorin an der Georgetown University School of Medicine und gründete RAPID Pharmaceuticals, um AIDS-Behandlungen zu entwickeln. Ihre Arbeit führte das Konzept des „Bodymind“ ein und betonte die vereinheitlichte Verbindung zwischen Physiologie, Geist und Bewusstsein.

Dr. Pert war zudem Autorin von Everything You Need to Know to Feel Go(o)d und trat im Dokumentarfilm What the Bleep Do We Know!? sowie in Bill Moyers' Healing and the Mind auf. Moleküle der Gefühle wurde zu einem internationalen Bestseller, der der ganzheitlichen Gesundheit wissenschaftliche Glaubwürdigkeit verlieh und das Verständnis von Millionen von Menschen über die biologischen Grundlagen von Emotionen veränderte.

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"Instead of endless scrolling, I just hit play on BeFreed. It saves me so much time."

@Moemenn

"I never knew where to start with nonfiction—BeFreed’s book lists turned into podcasts gave me a clear path."

@Chloe, Solo founder, LA

117

"Perfect balance between learning and entertainment. Finished ‘Thinking, Fast and Slow’ on my commute this week."

@Raaaaaachelw

"Crazy how much I learned while walking the dog. BeFreed = small habits → big gains."

@Matt, YC alum

108

"Reading used to feel like a chore. Now it’s just part of my lifestyle."

@Erin, Investment Banking Associate , NYC

254

"Feels effortless compared to reading. I’ve finished 6 books this month already."

@djmikemoore

"BeFreed turned my guilty doomscrolling into something that feels productive and inspiring."

@Pitiful

4.5K

"BeFreed turned my commute into learning time. 20-min podcasts are perfect for finishing books I never had time for."

@SofiaP

"BeFreed replaced my podcast queue. Imagine Spotify for books — that’s it. 🙌"

@Jaded_Falcon

201

"It is great for me to learn something from the book without reading it."

@OojasSalunke

"The themed book list podcasts help me connect ideas across authors—like a guided audio journey."

@Leo, Law Student, UPenn

483

"Makes me feel smarter every time before going to work"

@Cashflowbubu

"Instead of endless scrolling, I just hit play on BeFreed. It saves me so much time."

@Moemenn

"I never knew where to start with nonfiction—BeFreed’s book lists turned into podcasts gave me a clear path."

@Chloe, Solo founder, LA

117

"Perfect balance between learning and entertainment. Finished ‘Thinking, Fast and Slow’ on my commute this week."

@Raaaaaachelw

"Crazy how much I learned while walking the dog. BeFreed = small habits → big gains."

@Matt, YC alum

108

"Reading used to feel like a chore. Now it’s just part of my lifestyle."

@Erin, Investment Banking Associate , NYC

254

"Feels effortless compared to reading. I’ve finished 6 books this month already."

@djmikemoore

"BeFreed turned my guilty doomscrolling into something that feels productive and inspiring."

@Pitiful

4.5K

"BeFreed turned my commute into learning time. 20-min podcasts are perfect for finishing books I never had time for."

@SofiaP

"BeFreed replaced my podcast queue. Imagine Spotify for books — that’s it. 🙌"

@Jaded_Falcon

201

"It is great for me to learn something from the book without reading it."

@OojasSalunke

"The themed book list podcasts help me connect ideas across authors—like a guided audio journey."

@Leo, Law Student, UPenn

483

"Makes me feel smarter every time before going to work"

@Cashflowbubu

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Kapitel 5

Moleküle der Gefühle

ÜberblickÜberblick über Moleküle der Gefühle

Ein Buch. Viele Arten, es zu hören.

The Molecular Dance: How Our Emotions Shape Our Health

The Discovery That Changed Everything: Finding the Opiate Receptor

Sieh jedes Wort, während du es hörst

The Molecules Behind Our Emotions: Peptides and Their Receptors

Beyond the Brain: The Bodymind Network

Hol mehr aus Moleküle der Gefühle heraus

Emotions and Health: The Scientific Connection

The Science of Consciousness: How We Create Our Reality

Sieh jedes Wort, während du es hörst

Healing Through Emotional Release: The Body Stores What the Mind Ignores

Living in Harmony with Your Molecules of Emotion

Hol mehr aus Moleküle der Gefühle heraus

The Future of Bodymind Medicine: Science Meets Spirit

Du bist am Ende von Moleküle der Gefühle angekommen

Kernthemen in Moleküle der Gefühle

Zitate aus Moleküle der Gefühle

Personen in Moleküle der Gefühle

Über den Autor

Zusammenfassung von Moleküle der Gefühle herunterladen

Nutzern gefiel auch

FAQ zu diesem Buch

What is Molecules of Emotion by Candace B. Pert about?

Who should read Molecules of Emotion by Candace Pert?

Is Molecules of Emotion worth reading?

Who is Candace B. Pert and why is she significant?

Teil eines Lernplans

Human physiology

Biochemistry, Neuroscience, Molecular

Human physioligy

Mehr entdecken

1,000,000+ curious minds.

1,000,000+ curious minds.

Ein Buch. Viele Arten, es zu hören.

The Molecular Dance: How Our Emotions Shape Our Health

The Discovery That Changed Everything: Finding the Opiate Receptor

Sieh jedes Wort, während du es hörst

The Molecules Behind Our Emotions: Peptides and Their Receptors

Beyond the Brain: The Bodymind Network

Hol mehr aus Moleküle der Gefühle heraus

Emotions and Health: The Scientific Connection

The Science of Consciousness: How We Create Our Reality

Sieh jedes Wort, während du es hörst

Healing Through Emotional Release: The Body Stores What the Mind Ignores

Living in Harmony with Your Molecules of Emotion

Hol mehr aus Moleküle der Gefühle heraus

The Future of Bodymind Medicine: Science Meets Spirit

Du bist am Ende von Moleküle der Gefühle angekommen

Nutzern gefiel auch

Teil eines Lernplans

Human physiology

Biochemistry, Neuroscience, Molecular

Human physioligy

Mehr entdecken

Überblick über Moleküle der Gefühle