Hypothalamus Quotes

Panksepp is emphatic on this point, arguing that his neural studies as well as those of his colleagues show that the prime, fundamental emotions of humans and all mammals do not emerge from the cerebral cortex, as was commonly believed in the twentieth century and as some leading neuroscientists still claim, but come from deep, ancient brain structures, including the hypothalamus and amygdala. It is why, he notes, that "drugs used to treat emotional and psychiatric disorders in humans were first developed and found effective in animals - rats and mice. This kind of research would obviously have no value if animals were incapable of experiencing these emotional states, or if we did not share them. ~ Virginia Morell

The hypothalamus is one of the most important parts of the brain, involved in many kinds of motivation, among other functions. The hypothalamus controls the "Four F's": fighting, fleeing, feeding, and mating. ~ Marvin Dunnette

In Ixion music and party are our only beliefs. Darkness is our comfort. We have few rules but they are absolute. Your endocrine systems have been altered by changes to your hypothalamus. You no longer need to sleep or see sunlight. ~ Marianne De Pierres

The pineal gland is activated by light and controls the body's bio- rhythms in concert with the hypothalamus gland which regulates hunger, thirst, sexual desire and the biological clock that dictates how fast we age. Look at the potential for mass control if you can externally suppress and manipulate the pineal and hypothalamus glands alone. You can make it much harder to perceive beyond the five senses, decide how quickly people age, how much they want sex, when they are hungry and thirsty and for how long. This is the key reason for putting sodium fluoride into water supplies and toothpaste. The pineal gland absorbs more fluoride than any other part of the body and becomes calcified by this highly-damaging toxin. Sodium fluoride is an appalling waste product of the aluminum industry and has been used in rat poison. It causes cancer, genetic damage, Alzheimer's disease, disrupts the endocrine system and dumbs down the brain. It was added to drinking water in the Nazi concentration camps to make the inmates more acquiescent and docile. ~ David Icke

I'm alone. And I'm crying. And no one is coming to the crib. And the nightlight has burned out. And I'm mad. I'm so mad. Left frontal lobe. I ... I ... I don't feel so good. Left occipital lobe. I ... don't remember where ... Left parietal lobe. I ... I ... I can't remember my name,but ... but ... Right temporal ... but I'm still here. Right frontal. I'm still here ... Right occipital.I'm still ... Right parietal. I'm ... Cerebellum. I'm ... Thalamus. I ... Hypothalamus. I ... Hippocampus ... Medulla ... ~ Neal Shusterman

Greetings, conversationalists across the fruited plain, this is Rush Limbaugh, the most dangerous man in America, with the largest hypothalamus in North America, serving humanity simply by opening my mouth, destined for my own wing in the Museum of Broadcasting, executing everything I do flawlessly with zero mistakes, doing this show with half my brain tied behind my back just to make it fair because I have talent on loan from ... God. Rush Limbaugh. A man. A legend. A way of life. ~ Rush Limbaugh

Fear of a bully, fear of a volcano; the power within you does not distinguish. It does not recognize degree. ~ N.K. Jemisin

The hunger drive is truly a mind-body connection. Eating is so important that the nerve cells of appetite are located in the hypothalamus region of the brain. ~ Evelyn Tribole

Rage swallowed remorse. Rage drop-kicked self-pity. Rage murdered sorrow. And then, like blood-red wine tucked into the refrigerator, rage chilled to become cold, calculating anger. Anger was a creature that arrived on her doorstep with a suitcase full of strategy and vengeance. It tipped its hat at her and hopped into her brain. It knocked on the Logic Department's door. It found a broken mirror somewhere in the crevices between her hippocampus and her hypothalamus, and it was wondering if somebody had misplaced it.

No retaliation? It scoffed. Think again, missy. ~ Angela Panayotopulos

Together, the hypothalamus, pituitary, and ovary form a trio that plays a wonderful song of fertility from puberty to menopause. ~ Trisha Gura

We have noted that gut feelings are an important part of the body's sensory apparatus, helping us to evaluate the environment and assess whether a situation is safe. Gut feelings magnify perceptions that the emotional centres of the brain find important and relay through the hypothalamus. Pain in the gut is one signal the body uses to send messages that are difficult for us to ignore. Thus, pain is also a mode of perception. Physiologically, the pain pathways channel information that we have blocked from reaching us by more direct routes. Pain is a powerful secondary mode of perception to alert us when our primary modes have shut down. It provides us with data that we ignore at our peril. ~ Gabor Mate

We exist within extraordinarily fine tolerances. Although our body temperature varies slightly through the day (it is lowest in the morning, highest in the late afternoon or evening), it normally doesn't stray more than a degree or so from 98.6 degrees Fahrenheit. (That's in adults. Children tend to run about one degree higher.) To move more than a very few degrees in either direction is to invite a lot of trouble. A fall of just two degrees below normal, or a rise of four degrees above, can tip the brain into a crisis that can swiftly lead to irreversible damage or death. To avoid catastrophe, the brain has its trusty control center, the hypothalamus, which tells the body to cool itself by sweating or to warm itself by shivering and diverting blood flow away from the skin and into the more vulnerable organs. ~ Bill Bryson

Another recent work, an academic article that described research on a single type of nerve cell in the hypothalamus, was over one hundred pages long and cited seven hundred intricate experiments. ~ Leonard Mlodinow

A recent invention, vocal language may date back only ca. 200,000 years. As human primates, we have not fully come to grips with the prolonged, face-to-face closeness required for speech. Speaking to a stranger, e.g., stresses our autonomic nervous system's sympathetic (i.e., fight-or-flight) division, which a. speeds our heartbeat, b. dilates our pupils, and c. cools and moistens our hands. The limbic brain's hypothalamus instructs the pituitary gland to release hormones into the circulatory system, arousing our blood, sweat, and fears. ~ David B. Givens

She extends a fingertip. After a moment's hesitation, Manfred extends a fingertip of his own. They touch, exchanging vCards and instant-messaging handles. She stands and stalks from the breakfast room, and Manfred's breath catches at a flash of ankle through the slit in her skirt, which is long enough to comply with workplace sexual harassment codes back home. Her presence conjures up memories of her tethered passion, the red afterglow of a sound thrashing. She's trying to drag him into her orbit again, he thinks dizzily. She knows she can have this effect on him any time she wants: She's got the private keys to his hypothalamus, and sod the metacortex. Three billion years of reproductive determinism have given her twenty-first-century ideology teeth: If she's finally decided to conscript his gametes into the war against impending population crash, he'll find it hard to fight back. The only question: Is it business or pleasure? And does it make any difference, anyway? ~ Charles Stross

Recent brain scans have shed light on how the brain simulates the future. These simulation are done mainly in the dorsolateral prefrontal cortex, the CEO of the brain, using memories of the past. On one hand, simulations of the future may produce outcomes that are desirable and pleasurable, in which case the pleasure centers of the brain light up (in the nucleus accumbens and the hypothalamus). On the other hand, these outcomes may also have a downside to them, so the orbitofrontal cortex kicks in to warn us of possible dancers. There is a struggle, then, between different parts of the brain concerning the future, which may have desirable and undesirable outcomes. Ultimately it is the dorsolateral prefrontal cortex that mediates between these and makes the final decisions. (Some neurologists have pointed out that this struggle resembles, in a crude way, the dynamics between Freud's ego, id, and superego.) ~ Michio Kaku

What science offers for explaining the feelings we experience when believing in God or falling in love is complementary, not conflicting; additive, not detractive. I find it deeply interesting to know that when I fall in love with someone my initial lustful feelings are enhanced by dopamine, a neurohormone produced by the hypothalamus that triggers the release of testosterone, the hormone that drives sexual desire, and that my deeper feelings of attachment are reinforced by oxytocin, a hormone synthesized in the hypothalamus and secreted into the blood by the pituitary. Further, it is instructive to know that such hormone-induced neural pathways are exclusive to monogamous pair-bonded species as an evolutionary adaptation for the long-term care of helpless infants. We fall in love because our children need us! Does this in any way lessen the qualitative experience of falling in love and doting on one's children? Of course not, any more than unweaving a rainbow into its constituent parts reduces the aesthetic appreciation of the rainbow. ~ Michael Shermer

The immune system, the hypothalamus, the ventro-medial frontal cortices, and the Bill of Rights have the same root cause. ~ Antonio R Damasio