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gastric acid

A Wisdom Archive on gastric acid

gastric acid

A selection of articles related to gastric acid

We recommend this article: gastric acid - 1, and also this: gastric acid - 2.
gastric acid

ARTICLES RELATED TO gastric acid

gastric acid: Encyclopedia - Caffeine

Caffeine, or theine, is a xanthine alkaloid found in the leaves and beans of the coffee tree, in tea, yerba mate, guarana berries, and in small quantities in cocoa, the kola nut and the Yaupon holly. In plants, caffeine acts as a natural pesticide that paralyzes and kills many insects feeding upon them. Caffeine is a central nervous system (CNS) stimulant, having the effect of warding off drowsiness and restoring alertness. Caffeine-containing beverages, such as coffee and tea, enjoy great popularity, making caffeine the ...

Including:

Read more here: » Caffeine: Encyclopedia - Caffeine

gastric acid: Encyclopedia - Antihistamine

An antihistamine is a drug which serves to reduce or eliminate effects mediated by histamine, an endogenous chemical mediator released during allergic reactions, through action at the histamine receptor. Only agents where the main therapeutic effect is mediated by negative modulation of histamine receptors are termed antihistamines - other agents may have antihistaminergic action but are not true antihistamines. In common use, the term antihistamine refers only to H1-receptor antagonists, also known as HIncluding:

Read more here: » Antihistamine: Encyclopedia - Antihistamine

gastric acid: Encyclopedia II - Stomach - Anatomy of the human stomach

Image:Stomach2.gif The stomach lies between the esophagus and the first part of the small intestine (the duodenum). It is on the left side of the abdominal cavity, the fundus of the stomach lying against the diaphragm. Lying beneath the stomach is the pancreas, and the greater omentum hangs from the greater curvature. It is divided into five sections, each of which have different cells and functions. The gastric juice which is in the stomach has a pH of 1-3. The pH (power of hydrogen) scale goes from 1 to 14; the lower the pH, the more acidic a substance is. Sometimes gastric juice erodes t ...

See also:

Stomach, Stomach - Anatomy of the human stomach, Stomach - Histology of the human stomach, Stomach - Control of secretion and motility, Stomach - Diseases

Read more here: » Stomach: Encyclopedia II - Stomach - Anatomy of the human stomach

gastric acid: Encyclopedia - Absinth Wormwood

Absinth Wormwood (Artemisia absinthium) is a medicinal plant and a type of wormwood, so named because it was traditionally used to cure intestinal worms. It has been used to repel fleas and moths and in brewing to make the liqueur absinthe. It is also used medically as a tonic, stomachic, febrifuge and anthelmintic. It is native to Europe and Siberia and is now widespread in the United States. Absinthe is a liqueur derived fro ...

Including:

Read more here: » Absinth Wormwood: Encyclopedia - Absinth Wormwood

gastric acid: Ayurveda Ayurvedic Dictionary on Agni

Agni

Being the biological fire that governs metabolism, agni encompasses all the changes in the body and mind from the dense to the more subtle. Such changes include the digestion and absorption of food, cellular transformations, assimilation of sensory perceptions and mental and emotional experiences. Agni therefore covers whole sequences of chemical interactions and changes in the body and mind. Digestive abilities being related to the strength of agni.

 

Agni and pitta are closely connected. While both are hot and light, agni is subtle and dry. The heat energy to help digestion contained by pitta is agni. Pitta is therefore the container and agni the content. Agni is acidic in nature and stimulates digestion. It is subtly related to the movement of vata. In every tissue and cell agni is present and is necessary for maintaining the nutrition and auto-immune mechanism. By destroying micro-organisms, foreign bacteria and toxins in the stomach and the intestines.

 

A balanced agni therefore is vital for health. The strength of the body to resist disease and also its physical strength are directly related to its heat energy determining the metabolic processes of the body. Disturbances to Agni are usually the chief causes of disease.

 

As per Ayurveda there are thirteen types of Agni in the body and mind according to the conversion and the transformation made. The most important of them is the Jatharagni, the gastric fire, responsible for digesting food eaten by correlating hydrochloric acid in the stomach and the digestive enzymes and juices secreted into the stomach, duodenum and the small intestines. If digestive agni is low and the capacity is impaired, one may experience pain, discomfort, feeling of heaviness or gases gurgling, constipation or loose stools.

 

(See also: Agni, Ayurveda, Ayurvedic Dictionary, Alternative Health, Body Mind and Soul)

 

gastric acid: Alternative Medicine Dictionary on Herbal therapy, botanical therapy, herbalism

Herbal therapy or botanical therapy or herbalism:

employs parts of plants (seed, stem, flowers, root, bark, leaf) for the relief of conditions, ailments, or complaints; the earliest known form of medicine. Some popular herbs and common applications are:

 

algae (spirulina): the most commonly used variety is blue-green algae. Algae is available in powder, tablet and supplemental fruit drink forms. Used to reduce cholesterol levels and to treat degenerative disorders, including arthritis. Unproven medical benefits include treating obesity, colitis, and diabetes mellitus.

 

aloe or aloe vera: plant widely used as a skin moisturizer and healing agent, especially in treating cuts, burns, insect stings, eczema, bruises, acne, poison ivy rash, sunburn, and psoriasis.

 

arnica: used as an external remedy for bruises, sprains, and sore muscles and joints.

 

astragalus: from a family of peas that benefits digestive processes and the immune system; increases resistance to disease and infections; restores depressed immunity, and is used to treat peripheral vascular diseases and to restore peripheral circulation.

 

black cohosh: helps relieve sinusitis and asthma; lowers cholesterol levels and blood pressure; relieves pain, morning sickness, hot flashes, and menstrual cramps.

 

burdock: with diuretic and orexigenic properties, used to treat cutaneous eruptions, rheumatism, gout, anorexia nervosa, and eczema.

 

calendula: traditionally used to treat gastric and duodenal ulcers, amenorrhea, dysmenorrhea, and epistaxis; varicose veins, hemorrhoids, and conjunctivitis.

 

capsicum/capsaicin/cayenne fruit: taken orally to improve circulation, digestion, and stop bleeding from ulcers, to relieve nausea, rheumatism, arthritis, and pleurisy. Used externally for painful muscle spasms of shoulder, arm, and spine and to treat arthritis, rheumatism, neuralgia, lumbago, chilblains, intractable pain associated with shingles (herpes zoster), postmastectomy, diabetic neuropathy, and cluster headaches.

 

cat's claw bark: used to treat AIDS patients, arthritis, neurobronchitis, allergies, rheumatism, diverticulosis, Crohn's disease, peptic and gastric ulcers, gastritis, parasites, colitis, leaky bowel syndrome, dysentery, hemorrhoids, cancer, herpes, diabetes, and inflammation.

 

chamomile: often made into a tea and used as a digestive aid, nerve tonic, sleep aid, and appetite stimulant.

 

cranberry fruit: used for the relief of ladder and urinary tract infections, blood disorders, stomach ailments, liver problems, vomiting, appetite loss, scurvy, and cancer.

 

dong quai root: used for hot flashes, menopause, premenstrual syndrome, vaginal dryness, anemia with dizziness and palpitation, amenorrhea, dysmenorrhea, constipation, rheumatic arthralgia, menorrhalgia, rheumatalgia, functional bleeding, chest, and abdominal pain.

 

echinacea herb, also called purple coneflower: bitter herb used for colds and chronic infections of the respiratory tract and lower urinary tract, treatment of Candida albicans infections, prostatitis, polyarthritis (rheumatoid arthritis). Externally, an ointment is used for poorly healing wounds and chronic ulcerations, burns, eczema, psoriasis, and herpes simplex.

 

evening primrose oil: aids in weight loss, reduces high blood pressure, and helps to treat all skin disorders, female disorders such as cramps and heavy bleeding, hot flashes, multiple sclerosis, arthritis, and alcoholism.

 

feverfew: used for prophylaxis and treatment of migraine headaches, nausea, vomiting, arthritis, fever, and menstrual disorders. .

 

flaxseed: used for female disorders, colon problems, inflammation, and tumors. Promotes strong nails, bones, and teeth and healthy skin.

 

garlic cloves: used in the West primarily for its cardiovascular effects, principally as a support to dietetic measures at elevated levels of lipids in blood and as a preventive measure for age-dependent vascular changes. Garlic is also used for atheroma, prophylaxis of atherosclerosis, hypertension, respiratory infections, and catarrhal conditions and as a natural antibiotic.

 

ginger rhizome: primary uses of ginger are prophylaxis of the nausea and vomiting of motion sickness, dyspepsia, stomachic. It is also used as a tonic digestant in sub-acid gastritis, for lack of appetite, as a postoperative antiemetic for minor surgical procedures, for colic, for morning sickness, anorexia, bronchitis, and rheumatic complaints.

 

ginkgo biloba leaf extract: improves memory loss, brain function, depression, cerebral and peripheral circulation, oxygenation, and blood flow. Good for tinnitus, asthma, Alzheimer's disease, heart and kidney disorders, and glucose utilization.

 

ginseng root: used for impotence, stress, cocaine withdrawal, energy, diabetes, colds, and chest problems. Promotes lung function, enhances immune function, stimulates appetite, and normalizes blood pressure. Varieties popularly used include American ginseng, Asian ginseng, and Siberian ginseng.

 

goldenseal: used to strengthen the immune system; acts as an antibiotic; has anti-inflammatory and antibacterial properties, potentiates insulin, and cleanses the body. Good for colds, flu, inflammation, glandular swelling, gum disease, morning sickness, diabetes, hypoglycemia, and ulcers.

 

grape seed extract: used as a dietary supplement for antioxidant and other cardiovascular benefits and for anti-inflammatory actions.

 

green tea leaf: believed to act as an antioxidant to prevent cancer and possibly other diseases; reduces the risk of stroke; lowers the risk of cardiovascular disease.

 

kava kava rhizome: used to treat nervous anxiety, stress, and restlessness.Contraindicated in pregnancy, nursing, or endogenous depression.

 

licorice root: used for catarrhal conditions of the upper respiratory tract and gastric/duodenal ulcers. Licorce is an ingredient in cough drops and syrups, tonics, laxatives, and antismoking preparations.

 

ma huang: has been used to relieve allergies, asthma, hay fever, colds, and inflammatory conditions. The plant contains two primary alkaloids, ephedrine and pseudoephedrine.

 

passionflower: said to possess sedative, hypnotic, antispasmodic, and calming effects. Used to treat neuralgia, seizures, hysteria, nervous tachycardia, spasmodic asthma, and insomnia.

 

saw palmetto berry: used primarily for urination problems in benign prostate hyperplasia stages 1 and 2.

 

St. John's wort: traditionally used as a muscle relaxant to relieve menstrual problems, as a mild tranquilizer and as a treatment for depression and insomnia.

 

valerian root: used primarily for restlessness, sleeping disorders based on nervous conditions; also good for headaches, colic, gas, pain, stress, anxiety, muscle cramps, and spasms.

 

(See also: Herbal therapy, Alternative Medicine, Body Mind and Soul)

 

gastric acid: Encyclopedia II - Diclofenac - Mechanism of action

The exact mechanism of action is not entirely known, but it is thought that the primary mechanism responsible for its anti-inflammatory/antipyretic/analgesic action is inhibition of prostaglandin synthesis by inhibition of cyclooxygenase (COX). Diclofenac, it seems, may also be a unique member of the NSAIDs. There is some evidence that diclofenac inhibits the lipooxygenase pathways, thus reducing formation of the leukotrienes (also pro-inflammatory autacoids). There is also speculation that diclofenac may inhibit phospholipase A2 ...

See also:

Diclofenac, Diclofenac - Mechanism of action, Diclofenac - Common uses, Diclofenac - Off label/investigational uses, Diclofenac - Contraindications, Diclofenac - Side effects, Diclofenac - Veterinary information, Diclofenac - Interactions, Diclofenac - Dosage, Diclofenac - Animal toxicity and human overdose, Diclofenac - Environmental problems, Diclofenac - Reference

Read more here: » Diclofenac: Encyclopedia II - Diclofenac - Mechanism of action

gastric acid: Encyclopedia II - Peptic ulcer - Pathophysiology

Classical causes of ulcers (tobacco smoking, blood groups, spices and a large array of strange things) are of relatively minor importance in the development of peptic ulcers. A major causative factor (90% of gastric and 75% of duodenal ulcers) is chronic inflammation due to Helicobacter pylori, a spirochaete that inhabits the antral mucosa and increases gastrin production. Gastrin, in turn, stimulates t ...

See also:

Peptic ulcer, Peptic ulcer - Signs and symptoms, Peptic ulcer - Diagnosis, Peptic ulcer - Pathophysiology, Peptic ulcer - Epidemiology, Peptic ulcer - Treatment

Read more here: » Peptic ulcer: Encyclopedia II - Peptic ulcer - Pathophysiology

gastric acid: Encyclopedia II - Gastrin - Physiology

Gastrin - Genetics. The GAS gene is located on the long arm of the seventh chromosome (17q21). Gastrin - Synthesis and release. Gastrin is a linear peptide hormone produced by G cells that are located mainly in the antrum of the stomach and the D cells of the pancreatic islets. It is secreted into the bloodstream. Gastrin is found primarily in three forms: gastrin-34 ("big gastrin"), gastrin-17 ("little gastrin"), and gastrin-14 ("minigastrin"). The ...

See also:

Gastrin, Gastrin - Physiology, Gastrin - Genetics, Gastrin - Synthesis and release, Gastrin - Function, Gastrin - Factors influencing secretion, Gastrin - Role in disease, Gastrin - External link

Read more here: » Gastrin: Encyclopedia II - Gastrin - Physiology

gastric acid: Encyclopedia II - Hydrochloric acid - History

Hydrochloric acid was first discovered around the year 800 by Arab-Yemeni alchemist Jabir ibn Hayyan (Geber), by mixing common salt with vitriol (sulfuric acid). Jabir discovered or invented many important chemicals, and wrote his findings in over 20 books, which carried his chemical knowledge of hydrochloric acid and other basic chemicals for hundreds of years. Jabir's invention of the gold-dissolving aqua regia, consisting of hydrochloric acid and nitric acid, contributed to the effort of alche ...

See also:

Hydrochloric acid, Hydrochloric acid - History, Hydrochloric acid - Chemistry, Hydrochloric acid - Physical properties, Hydrochloric acid - Production, Hydrochloric acid - Direct synthesis, Hydrochloric acid - Organic synthesis, Hydrochloric acid - Industrial market, Hydrochloric acid - Applications, Hydrochloric acid - Regeneration of ion exchangers, Hydrochloric acid - pH control and neutralization, Hydrochloric acid - Pickling of steel, Hydrochloric acid - Production of inorganic compounds, Hydrochloric acid - Production of organic compounds, Hydrochloric acid - Other applications, Hydrochloric acid - Hydrochloric acid and living organisms, Hydrochloric acid - Physiology, Hydrochloric acid - Pathophysiology and pathology, Hydrochloric acid - Chemical weapons, Hydrochloric acid - Safety, Hydrochloric acid - Related chemical substances, Hydrochloric acid - Related topics

Read more here: » Hydrochloric acid: Encyclopedia II - Hydrochloric acid - History

gastric acid: Encyclopedia II - Histamine - Histamine disorder effects

Histapenia (deficiency of histamine) and histadelia (abundance of histamine) can cause both neurological and physical disorders. Histapenia may be caused by excess copper levels, as this decreases blood histamine. Histamine - Sexual response. Research has shown that histamine is released as part of the human orgasm from mast cells in the genitals, and the histamine release has been connected to the sex flush among women. If this response is lacking while a woman also has trouble achieving org ...

See also:

Histamine, Histamine - Synthesis and metabolism, Histamine - Storage and release, Histamine - Mechanism of action, Histamine - Sleep regulation, Histamine - Histamine disorder effects, Histamine - Sexual response, Histamine - Schizophrenia, Histamine - Other effects

Read more here: » Histamine: Encyclopedia II - Histamine - Histamine disorder effects

gastric acid: Encyclopedia II - Heartburn - Diagnosis

Physicians typically diagnose gastroesophageal reflux disease (GERD) based on symptoms alone. When the clinical presentation is unclear, other tests can be performed to confirm the diagnosis or exclude other disorders. Confirmatory tests include: Ambulatory pH Monitoring A probe can be placed via the nose into the esophagus to record the level of acidity in the lower esophagus. Because some degree of variation in acidity is normal, and small reflux events are relatively common, such monitors must be left in place for at ...

See also:

Heartburn, Heartburn - Pathophysiology, Heartburn - Causes, Heartburn - Diagnosis, Heartburn - Treatment, Heartburn - Prevention, Heartburn - Medications, Heartburn - Restricting Diet, Heartburn - External link

Read more here: » Heartburn: Encyclopedia II - Heartburn - Diagnosis

gastric acid: Encyclopedia II - Clostridium difficile - Bacteriology

Clostridium difficile - Characteristics. Clostridia are motile bacteria that are ubiquitous in nature and are especially prevalent in soil. Under the microscope after Gram staining, they appear as long drumsticks with a bulge located at their terminal ends. Clostridium difficile cells are Gram positive, while its spores are Gram negative. Clostridium shows optimum growth when plated on blood agar at human body temperatures. When the environment becomes stressed, however, the bacteria produce spores ...

See also:

Clostridium difficile, Clostridium difficile - Bacteriology, Clostridium difficile - Characteristics, Clostridium difficile - Toxins, Clostridium difficile - Role in disease, Clostridium difficile - Diagnosis and treatment, Clostridium difficile - Pharmacotherapy, Clostridium difficile - Recurrence, Clostridium difficile - Notable outbreaks, Clostridium difficile - Cracking of the genetic code of the Quebec strain, Clostridium difficile - External link

Read more here: » Clostridium difficile: Encyclopedia II - Clostridium difficile - Bacteriology

gastric acid: Encyclopedia II - Red lead - Preparation

Lead tetroxide is prepared by calcination of lead(II) oxide in air at about 450 to 480 °C: 6 PbO + O2 → 2 Pb3O4 The resulting material is contaminated with lead(II) oxide. If a pure compoun is desired, PbO can be removed by a potassium hydroxide solution: Another method of preparation relies on annealing of lead carbonate (cerussite) in air: 6 PbCO3 + O2 → 2 Pb3See also:

Red lead, Red lead - Preparation, Red lead - Chemical properties, Red lead - Use, Red lead - Physiological effects, Red lead - Ecological issues, Red lead - Historic note

Read more here: » Red lead: Encyclopedia II - Red lead - Preparation

gastric acid: Encyclopedia II - Antihistamine - First-generation H1-receptor antagonists

These are the oldest antihistaminergic drugs and are relatively inexpensive and widely available. They are effective in the relief of allergic symptoms, but are typically moderately to highly potent muscarinic acetylcholine receptor-antagonists (anticholinergic) agents as well. These agents also commonly have action at α-adrenergic receptors and/or 5-HT receptors. This lack of receptor-selectivity is the basis of the poor tolerability-profile of some of these agents, especially compared with the second-generation H1-antihistamines. Patient response and occurrence of a ...

See also:

Antihistamine, Antihistamine - Pharmacology, Antihistamine - Clinical use of antihistamines, Antihistamine - Indications, Antihistamine - Adverse drug reactions, Antihistamine - First-generation H1-receptor antagonists, Antihistamine - Ethylenediamines, Antihistamine - Ethanolamines, Antihistamine - Alkylamines, Antihistamine - Piperazines, Antihistamine - Tricyclics, Antihistamine - Common structural features of classical antihistamine, Antihistamine - Second-generation H1-receptor antagonists, Antihistamine - Systemic, Antihistamine - Topical, Antihistamine - Common structural features of non-sedating antihistamines, Antihistamine - Third-generation H1-receptor antagonists, Antihistamine - Systemic, Antihistamine - Other agents, Antihistamine - Inhibitors of histamine release, Antihistamine - H2-receptor antagonists, Antihistamine - H3- and H4-receptor antagonists, Antihistamine - Other agents with antihistaminergic activity

Read more here: » Antihistamine: Encyclopedia II - Antihistamine - First-generation H1-receptor antagonists

gastric acid: Encyclopedia II - Coca-Cola - History

Coca-Cola - Early years. Coca-Cola was invented in Columbus, Georgia, by John S. Pemberton in 1884, originally as a cocawine called Pemberton's French Wine Coca. He was inspired by the formidable success of French Angelo Mariani's cocawine, Vin Mariani. In 1885, the year Atlanta and Fulton County passed Prohibition legislation, Pemberton developed a non-alchoholic, carbinated version of the French Wine Cola and named it Coca-Cola. The beverage was named Coca-Cola because the stimulant mixed in the beverage ...

See also:

Coca-Cola, Coca-Cola - History, Coca-Cola - Early years, Coca-Cola - World War II, Coca-Cola - New Coke to the present, Coca-Cola - Coca-Cola formula, Coca-Cola - Coca-Cola design, Coca-Cola - Coca-Cola's advertising, Coca-Cola - Recent History, Coca-Cola - Sport event sponsorships, Coca-Cola - Criticisms, Coca-Cola - Business practices, Coca-Cola - International appeal, Coca-Cola - Notes, Coca-Cola - Types of Coke, Coca-Cola - Brands owned by Coca-Cola

Read more here: » Coca-Cola: Encyclopedia II - Coca-Cola - History

gastric acid: Encyclopedia II - Absinth Wormwood - Description

A hardy, herbaceous perennial, it can grow to 4 feet tall (1 meter). It is covered in silky silvery-white hairs and many oil-producing glands. Its stems are a silvery-green color, straight, grooved, branched, and covered in leaves. The leaves are alternate, a greenish-grey color on the upper side, and almost white and silky underneath. The basal leaves measure up to 25 centimetres in length and have long petioles. The cauline leaves (those on the stem) have short petioles and are less divided. The top leaves can even be both simple an ...

See also:

Absinth Wormwood, Absinth Wormwood - Description, Absinth Wormwood - Botanical Characteristics, Absinth Wormwood - Distribution and Habitat, Absinth Wormwood - Cultivation, Absinth Wormwood - Uses

Read more here: » Absinth Wormwood: Encyclopedia II - Absinth Wormwood - Description

gastric acid: Encyclopedia II - Immune system - Structure

Most multicellular organisms possess an "innate immune system", generally comprising a set of germ-line encoded receptors to pathogens, that does not change during the lifetime of the organism. Adaptive immunity, in which the responses to pathogens change and develop during the lifetime of an individual, seems to have appeared somewhat abruptly in evolutionary time, with the appearance of ch ...

See also:

Immune system, Immune system - Structure, Immune system - Innate immune system, Immune system - Adaptive immune system, Immune system - Intersections between systems, Immune system - Disorders of the human immune system, Immune system - Other factors that affect immune response, Immune system - Pharmacology

Read more here: » Immune system: Encyclopedia II - Immune system - Structure

gastric acid: Encyclopedia II - Caffeine - Effects of caffeine

Caffeine is a central nervous system stimulant, and is used both recreationally and medically to restore mental alertness when unusual weakness or drowsiness occurs. It is important to note, however, that caffeine cannot replace sleep, and should be used only occasionally as an alertness aid. Caffeine is sometimes administered in combination with medicines to increase their effectiveness, such as with ergotamine in the treatment of migraine and cluster headaches, or with certain pain relievers such as aspirin or acetaminophen. Caffein ...

See also:

Caffeine, Caffeine - Sources of caffeine, Caffeine - Caffeine equivalents, Caffeine - History of caffeine use, Caffeine - Effects of caffeine, Caffeine - Caffeine metabolism, Caffeine - Mechanism of Action, Caffeine - Side effects of caffeine, Caffeine - Withdrawal, Caffeine - The dangers of caffeine pills, Caffeine - Extraction of pure caffeine

Read more here: » Caffeine: Encyclopedia II - Caffeine - Effects of caffeine

gastric acid: Encyclopedia II - Coca-Cola - International appeal

Coca-Cola is the best-selling soft drink in most countries. Nevertheless, there are some places like Scotland, where the locally produced Irn-Bru is more popular; Peru, where Inca Kola, the "national beverage" (independently produced until 1999, when Coca-Cola acquired Corporación Inca Kola del Perú S.A., the Peruvian company that formerly produced it) is more popular; and Quebec, Ontario, Newfoundland and Labrador, and Prince Edward Island in Canada, where Pepsi is the market leader. In Sweden, despite Coca-Cola's strong holiday-oriented marketing efforts, Julmu ...

See also:

Coca-Cola, Coca-Cola - History, Coca-Cola - Early years, Coca-Cola - World War II, Coca-Cola - New Coke to the present, Coca-Cola - Coca-Cola formula, Coca-Cola - Coca-Cola's advertising, Coca-Cola - Sport event sponsorships, Coca-Cola - Criticisms, Coca-Cola - Business practices, Coca-Cola - International appeal, Coca-Cola - As a political and corporate symbol, Coca-Cola - Notes, Coca-Cola - Types of Coke

Read more here: » Coca-Cola: Encyclopedia II - Coca-Cola - International appeal

gastric acid: Encyclopedia II - Immune system - Pharmacology

Despite high hopes, there are no medications that directly increases the activity of the immune system. Various forms of medication that activate the immune system may indeed cause autoimmune disorders. Suppression of the immune system is often used to control autoimmune disorders or inflammation when this causes excessive tissue damage, and to prevent transplant rejection after an organ transplant. Commonly used immunosuppressants include glucocorticoids, azathioprine, methotrexate, ciclosporin, cyclophosphamide and mercaptopurine. I ...

See also:

Immune system, Immune system - Structure, Immune system - Innate immune system, Immune system - Adaptive immune system, Immune system - Intersections between systems, Immune system - Disorders of the human immune system, Immune system - Other factors that affect immune response, Immune system - Pharmacology

Read more here: » Immune system: Encyclopedia II - Immune system - Pharmacology

gastric acid: Encyclopedia II - Proton pump inhibitor - Pharmacokinetics

The absorption of PPIs is decreased up to 50% by food, so they should always be taken on an empty stomach. However, for them to work the proton pumps must be actively secreting acid. In a fasting state, only 10% of the proton pumps are active. It is therefore recommended that PPIs be taken about one hour before eating a meal. PPIs can inhibit acid secretion for up to 24 hours due their irreversible inhibition of the proton pumps. It takes this long for new proton pumps to be made. PPIs are not removed by the kidneys and a ...

See also:

Proton pump inhibitor, Proton pump inhibitor - Clinical Use, Proton pump inhibitor - Mechanism of action, Proton pump inhibitor - Pharmacokinetics, Proton pump inhibitor - Examples of proton pump inhibitors, Proton pump inhibitor - Adverse effects

Read more here: » Proton pump inhibitor: Encyclopedia II - Proton pump inhibitor - Pharmacokinetics




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