Respiratory System Book Quotes

The pattern repeats every few minutes. Even though it is a normal occurrence as the respiratory system shuts down, it sounds agonizing, and it is hard to listen to, especially for family members who know that this is the beginning of the end.

respiratory system encompasses the nose, throat, and lungs. Some of the oils that help the respiratory system include eucalyptus, myrrh, fennel, sandalwood, thyme, cypress, bergamot, and sage. · The digestive system is responsible for breaking down food and includes the stomach, liver, intestines, and gallbladder. Oils used for this include dandelion, marshmallow, meadow sweet, and chamomile. · The circulatory system is responsible for transporting blood and oxygen throughout the body. Oils used for this include lemon, lavender, peppermint, fennel, thyme, juniper, and white birch.  · The endocrine system includes the thyroid glands, the pancreas, and the hormone glands. Essential oils used are sweet marjoram, clary sage, fennel, jasmine, rose, lemon, and juniper. · The immune system is responsible for fighting against diseases including everything from a cold to malaria.   ·  The nervous system transmits nerve impulses throughout the body. These cells are vitally important to the function of the human body. Oils used for the nervous system include clove, basil, ylang ylang, lavender, chamomile, bergamot, and sweet marjoram. · The brain is responsible for the functions of almost every organ system throughout the body. The essential oils used for the brain include lavender, chamomile, basil, lemon, peppermint, and ginger.

In the fall of 2020, as we got closer to flu season, I started to worry. Every year, influenza kills tens of thousands of Americans and hundreds of thousands of people around the world, nearly all of them elderly. Even more are hospitalized. At a time when COVID was overwhelming or at least sorely testing virtually every health system on the planet, a bad flu season could have been disastrous. But there was not a bad flu season that year. In fact, there was hardly any flu season at all. Between the flu seasons of 2019–20 and 2020–21, cases dropped 99 percent. As of late 2021, one particular type of flu known as B/Yamagata had not been detected anywhere in the world since April 2020. Other respiratory viruses also dropped dramatically. By the time you read this book, of course, things may have changed. Flu strains have a way of disappearing for long periods and then suddenly recurring without explanation. But the huge decline in cases across the board is unmistakable, however long it lasts, and we know why: Nonpharmaceutical interventions made a dramatic difference in reducing flu transmission when combined with the prior immunity and vaccinations that people had.

t o improve the physical capacity of the horse, a trainer must learn to value its qualities and to compensate for its flaws. Physical training of an athlete, particularly a human athlete, requires a deep understanding of the sporting discipline in question. It is in this same spirit that the chapters in this book describing the biomechanics and physical training of the horse as an athlete have been developed. The presentation of these concepts begins with a series of simplified and educational reminders on the biomechanics of the muscles underlying overall movement. The primary body system involved in active physical exercise is the muscular system and the first three chapters focus on the muscular groups and actions of the forelimb, the hindlimb and the neck and trunk, and this leads to a chapter discussing the biomechanics of lowering of the neck. To evaluate the usefulness of an exercise and to understand its mode of action, including its advantages and disadvantages, it is essential to have a basic understanding of musculotendinous functional anatomy. An understanding of these fundamental ideas is directly applicable to the later chapters, which focus on training and the core exercises for a horse. Training a horse for every discipline brings together two specific but complementary areas, which are often worked on at the same time: conditioning and strengthening. The aim of conditioning is to develop respiratory capacity and to improve cardiovascular function. This results in a greater ability to perform with prolonged effort, while also improving the recovery time after this effort. Strengthening of the horse has two main goals: (1) to improve the flexibility of joints secondary to the action of ligaments and muscles (these structures have an intrinsic role in the control and stability of joints) and (2) to develop effective muscular contraction and coordination, making movements more fluid, lighter and confident (1, 2).

Like high blood pressure and diabetes, chronic inflammation has no visible symptoms (though it can be measured by a lab test known as high-sensitivity C-reactive protein [hs CRP]). But it damages the vascular system, the organs, the brain, and body tissues. It slowly erodes your health, gradually overwhelming the body’s anti-inflammatory defenses. It causes heart disease. It causes cognitive decline and memory loss. Even obesity and diabetes are linked to inflammation because fat cells are veritable factories for inflammatory chemicals. In fact, it’s likely that inflammation is the key link between obesity and all the diseases obesity puts you at risk for developing. When your joints are chronically inflamed, degenerative diseases like arthritis are right around the corner. Inflamed lungs cause asthma and other respiratory illnesses. Inflammation in the brain is linked to Alzheimer’s disease and other neurological conditions, including brain fog and everyday memory lapses that we write off as normal aging—except those memory lapses are not an inevitable consequence of aging at all. They are, however, an inevitable consequence of inflammation, because inflammation sets your brain on fire. Those “I forgot where I parked the car” moments start happening more frequently, and occurring prematurely. Inflamed arteries can signal the onset of heart disease. Chronic inflammation has also been linked to various forms of cancer; it triggers harmful changes on a molecular level that result in the growth of cancer cells. Inflammation is so central to the process of aging and breakdown at the cellular level that some health pundits have begun referring to the phenomena as “inflam-aging.” That’s because inflammation accelerates aging, including the visible signs of aging we all see in the skin. In addition to making us sick, chronic inflammation can make permanent weight loss fiendishly difficult. The fat cells keep churning out inflammatory proteins called cytokines, promoting even more inflammation. That inflammation in turn prevents the energy-making structures in the cells, called mitochondria, from doing their jobs efficiently, much like a heat wave would affect the output of a factory that lacks air-conditioning—productivity declines under extreme conditions. One of the duties of the mitochondria is burning fat; inflammation interferes with the job of the mitochondria, making fat burning more difficult and fat loss nearly impossible. While someone trying to lose weight may initially be successful, after a while, the number on the scale gets stuck. The much-discussed weight-loss “plateau” is often a result of this cycle of inflammation and fat storage. And here’s even more bad news: Adding more exercise or eating fewer calories in an attempt to break through the plateau will have some effect on weight loss, but not much. And continuing to lose weight becomes much harder to accomplish. Why? Because inflammation decreases our normal ability to burn calories. (We’ll tell you more about other factors that contribute to the plateau—and how the Smart Fat Solution can help you to move beyond them—in Part 2 of this book.)

Habitat. The environmental niche occupied by a plant reflects stresses and conditions which it has had to adapt to, and these often correspond to conditions in the organism. Plants which grow in wet situations often relate to organ systems which handle dampness in the body, such as the lymphatics and kidneys. They correspond to diseases produced by an excess of dampness—respiratory problems, mucus, lymphatic stagnation, swollen glands, kidney and bladder problems, intermittent fever and rheumatic complaints (rheuma = dampness in Greek). Here we think of Horsetail (low, wet sands/kidneys), Eryngo (salty, sandy seashores/kidneys), Gravel Root (swamps/kidneys), Swamp Milkweed (swamps/kidneys), Hydrangea (sides of streams/kidneys), Boneset (wet soils/joints and fever), Willow (low ground/joints and fever), Meadowsweet (low ground/rheumatic pains, intermittent fever), Northern White Cedar (cedar swamps and margins of lakes/lymphatics), Labrador Tea (cedar swamps and margins of lakes/lymphatics), various Knotweeds (low ground/kidneys), Sweet Flag (swamps/mucus, lungs and joints), Angelica (damp, shady, cool valleys/damp, cold rheumatic and respiratory conditions).

Habitat. The environmental niche occupied by a plant reflects stresses and conditions which it has had to adapt to, and these often correspond to conditions in the organism. Plants which grow in wet situations often relate to organ systems which handle dampness in the body, such as the lymphatics and kidneys. They correspond to diseases produced by an excess of dampness—respiratory problems, mucus, lymphatic stagnation, swollen glands, kidney and bladder problems, intermittent fever and rheumatic complaints (rheuma = dampness in Greek). Here we think of Horsetail (low, wet sands/kidneys), Eryngo (salty, sandy seashores/kidneys), Gravel Root (swamps/kidneys), Swamp Milkweed (swamps/kidneys), Hydrangea (sides of streams/kidneys), Boneset (wet soils/joints and fever), Willow (low ground/joints and fever), Meadowsweet (low ground/rheumatic pains, intermittent fever), Northern White Cedar (cedar swamps and margins of lakes/lymphatics), Labrador Tea (cedar swamps and margins of lakes/lymphatics), various Knotweeds (low ground/kidneys), Sweet Flag (swamps/mucus, lungs and joints), Angelica (damp, shady, cool valleys/damp, cold rheumatic and respiratory conditions). It is interesting to note that sandy, gravely soils are also a signature for kidney remedies (Horsetail, Eryngo, Gravel Root, Gromwell, False Gromwell, Uva ursi, etc.)