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Growth | A Wisdom Archive on Growth | | Growth A selection of articles related to Growth | |
| We recommend this article: Growth - 1, and also this: Growth - 2. |
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growth, Growth
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| ARTICLES RELATED TO Growth | | | | | | | |  Growth: Encyclopedia II - Uneconomic growth - Underlying theories of valueCritics of the idea of uneconomic growth argue that, whether well-being is increasing or decreasing, people must take deliberate steps to accelerate its increase or limit its decline (in the long run, everyone's quality of life must decline to zero - death). These steps lead to remediation, medical, or other expenditure that shows up as economic growth legitimately. Life causes harm and economies can mediate that if individuals have freedom to choose their own remedies. Whether growth has caused harms of its own, they say, is not the same qu ...
See also:Uneconomic growth, Uneconomic growth - Good vs. bad growth, Uneconomic growth - Difficult to detect, Uneconomic growth - Underlying theories of value, Uneconomic growth - Hopelessly political? Read more here: » Uneconomic growth: Encyclopedia II - Uneconomic growth - Underlying theories of value |
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| | | | | Growth: Encyclopedia II - First Growth - Saint-Emilion The region of Saint-Emilion offered its own classification in 1955, and is unique in that it is updated approximately every ten years with each wine able to be promoted or relegated according to quality. The scheme labelled eleven wines Premiers Grands Crus Classés, subdivided into two further classes A and B, and a further 63 wines were classified Grands Crus Classés.
For a full list see Classification of Saint-Emilion wine
First Growth - Premiers Grands Crus Classés - A.
Châtea ...
See also:First Growth, First Growth - Médoc, First Growth - Sauternes, First Growth - Premier Cru Supérieur, First Growth - Premier Cru, First Growth - Graves, First Growth - Saint-Emilion, First Growth - Premiers Grands Crus Classés - A, First Growth - Premiers Grands Crus Classés - B, First Growth - Pomerol, First Growth - Burgundy Read more here: » First Growth: Encyclopedia II - First Growth - Saint-Emilion |
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| | | | | Growth: Encyclopedia II - Limits to Growth - Exponential reserve index One key idea that the book Limits to Growth discusses is that if the rate of resource use is increasing, the amount of reserves cannot be calculated by simply taking the current known reserves and dividing by the current yearly usage, as is typically done to obtain a static index. For example, in 1972, the amount of chromium reserves was 775 million metric tons, of which 1.85 million metric tons were mined annually. (See exponential growth.) The static index is 418 years ( = 775 Mmt/1.85 Mmt/year), but the rate of chromium consumption ...
See also:Limits to Growth, Limits to Growth - Exponential reserve index, Limits to Growth - Criticism, Limits to Growth - Notes, Limits to Growth - ISBNs Read more here: » Limits to Growth: Encyclopedia II - Limits to Growth - Exponential reserve index |
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| | | | | | Growth: Encyclopedia II - First Growth - Médoc In the 1855 classification, three wines were assigned the status Premiers Crus.
Château Lafite Rothschild (Pauillac)
Château Margaux (Margaux)
Château Latour (Pauillac)
Another château, Château Mouton-Rothschild, also from the commune of Pauillac, was elevated to the status of Premier Cru in 1973 and remains the only change to the original list.
In addition to the five Premiers Crus there are 12 Deuxièmes Crus, 14 Troisièmes Crus, 11 Quatrièmes C ...
See also:First Growth, First Growth - Médoc, First Growth - Sauternes, First Growth - Premier Cru Supérieur, First Growth - Premier Cru, First Growth - Graves, First Growth - Saint-Emilion, First Growth - Premiers Grands Crus Classés - A, First Growth - Premiers Grands Crus Classés - B, First Growth - Pomerol, First Growth - Burgundy Read more here: » First Growth: Encyclopedia II - First Growth - Médoc |
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| | | | | Growth: Encyclopedia II - Growth hormone - Other GH uses and treatment indications Many other conditions besides GH deficiency cause poor growth, but growth benefits (height gains) are often poorer than when GH deficiency is treated. Examples of other causes of shortness often treated with growth hormone are Turner syndrome, chronic renal failure, Prader-Willi syndrome, intrauterine growth retardation, and severe idiopathic short stature. Higher ("pharmacologic") doses are required to produce significant acceleration of growth in these conditions, producing blood levels well above physiologic. Despite the higher doses, side effects during tre ...
See also:Growth hormone, Growth hormone - Terminology, Growth hormone - Structure and gene of the human GH molecule, Growth hormone - Secretion of GH, Growth hormone - Functions of GH, Growth hormone - Clinical problems: too much and too little, Growth hormone - Growth hormone excess: acromegaly and pituitary gigantism, Growth hormone - Growth hormone deficiencyGHD, Growth hormone - Other GH uses and treatment indications, Growth hormone - Risks of GH treatment, Growth hormone - History, Growth hormone - HGH quackery Read more here: » Growth hormone: Encyclopedia II - Growth hormone - Other GH uses and treatment indications |
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| | | | | | Growth: Encyclopedia II - Growth hormone - Structure and gene of the human GH molecule The genes for human growth hormone are localized in the q22-24 region of chromosome 17 and are closely related to human chorionic somatomammotropin (hCS, also known as placental lactogen) genes. GH, human chorionic somatomammotropin (hCS), and prolactin (PRL) constitute a group of homologous hormones with growth-promoting and lactogenic activity.
Human growth hormone is a protein of 191 amino acids with a molecular weight of about 22,000 daltons. The structure includes four helices necessary for functional interaction with the GH rece ...
See also:Growth hormone, Growth hormone - Terminology, Growth hormone - Structure and gene of the human GH molecule, Growth hormone - Secretion of GH, Growth hormone - Functions of GH, Growth hormone - Clinical problems: too much and too little, Growth hormone - Growth hormone excess: acromegaly and pituitary gigantism, Growth hormone - Growth hormone deficiencyGHD, Growth hormone - Other GH uses and treatment indications, Growth hormone - Risks of GH treatment, Growth hormone - History, Growth hormone - HGH quackery Read more here: » Growth hormone: Encyclopedia II - Growth hormone - Structure and gene of the human GH molecule |
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| | | | | Growth: Encyclopedia II - Growth hormone - Clinical problems: too much and too little
Growth hormone - Growth hormone excess: acromegaly and pituitary gigantism.
The most common disease of GH excess is a pituitary tumor comprised of somatotroph cells of the anterior pituitary. These somatotroph adenomas are benign and grow slowly, gradually producing more and more GH. For years, the principal clinical problems are those of GH excess. Eventually the adenoma may become large enough to cause headaches, impair vision by pressure on the o ...
See also:Growth hormone, Growth hormone - Terminology, Growth hormone - Structure and gene of the human GH molecule, Growth hormone - Secretion of GH, Growth hormone - Functions of GH, Growth hormone - Clinical problems: too much and too little, Growth hormone - Growth hormone excess: acromegaly and pituitary gigantism, Growth hormone - Growth hormone deficiencyGHD, Growth hormone - Other GH uses and treatment indications, Growth hormone - Risks of GH treatment, Growth hormone - History, Growth hormone - HGH quackery Read more here: » Growth hormone: Encyclopedia II - Growth hormone - Clinical problems: too much and too little |
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| | | | | Growth: Encyclopedia II - Cell growth - Cell size Many cells never have a large increase in size after they are first formed from a parental cell. Typical stem cells reproduce, double in size, then reproduce again. Most Cytosolic contents such as the endomembrane system and the cytoplasm easily scale to larger sizes in larger cells. If a cell becomes too large, the normal cellular amount of DNA may not be adequate to keep the cell supplied with RNA. Large cells often replicate their chromosomes to an abnormally high copy number or become multinucleated. Large cells that are primarily for nu ...
See also:Cell growth, Cell growth - Cell populations, Cell growth - Cell size, Cell growth - Yeast cell size regulation, Cell growth - Cell size regulation in mammals, Cell growth - Other experimental systems for the study of cell size regulation, Cell growth - Cell reproduction, Cell growth - Comparison of the three types of cell reproduction, Cell growth - Sexual reproduction Read more here: » Cell growth: Encyclopedia II - Cell growth - Cell size |
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| | | | | | Growth: Encyclopedia II - Growth hormone deficiency - Treatment of GH deficiency GH deficiency is treated by replacing GH. Until 1985, growth hormone for treatment was obtained by extraction from human pituitary glands collected at autopsy. Since 1985 GH is a synthetic copy of human GH, manufactured by recombinant DNA technology.
Growth hormone deficiency - Treatment of GH deficiency in childhood.
When treated with GH, a severely deficient child will begin to grow faster within months. In the first year of treatment, the rate of growth may increase from half as fast as ot ...
See also:Growth hormone deficiency, Growth hormone deficiency - Terminology, Growth hormone deficiency - Causes of GH deficiency, Growth hormone deficiency - Adult GH deficiency, Growth hormone deficiency - Diagnosis of growth hormone deficiency, Growth hormone deficiency - Treatment of GH deficiency, Growth hormone deficiency - Treatment of GH deficiency in childhood, Growth hormone deficiency - History, Growth hormone deficiency - GH resistance Read more here: » Growth hormone deficiency: Encyclopedia II - Growth hormone deficiency - Treatment of GH deficiency |
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| | | | | Growth: Encyclopedia II - Cell growth - Cell size Many cells never have a large increase in size after they are first formed from a parental cell. Typical stem cells reproduce, double in size, then reproduce again. Most Cytosolic contents such as the endomembrane system and the cytoplasm easily scale to larger sizes in larger cells. If a cell becomes too large, the normal cellular amount of DNA may not be adequate to keep the cell supplied with RNA. Large cells often replicate their chromosomes to an abnormally high copy number or become multinucleated. Large cells that are primarily for nu ...
See also:Cell growth, Cell growth - Cell size, Cell growth - Yeast cell size regulation, Cell growth - Cell size regulation in mammals, Cell growth - Other experimental systems for the study of cell size regulation, Cell growth - Cell reproduction, Cell growth - Comparison of the three types of cell reproduction, Cell growth - Why we have sex Read more here: » Cell growth: Encyclopedia II - Cell growth - Cell size |
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| | | | | | Growth: Encyclopedia II - Growth hormone treatment - Terminology and glossary Growth hormone (GH) is also called somatotropin (British: somatotrophin). The human form of growth hormone is known as human growth hormone, or hGH (similarly ovine growth hormone is abbreviated oGH). GH can refer either to the natural hormone produced by the pituitary (somatotropin), or biosynthetic GH for therapy (somatropin).
HGH is an abbreviation sometimes used for counterfeit or fake "growth hormone" products. See HGH quacke ...
See also:Growth hormone treatment, Growth hormone treatment - Terminology and glossary, Growth hormone treatment - Treatment of GH deficiency in children, Growth hormone treatment - Treatment of adult GH deficiency, Growth hormone treatment - Other GH uses and treatment indications, Growth hormone treatment - GH treatment for other types of shortness, Growth hormone treatment - GH treatment for other benefits beyond height, Growth hormone treatment - Risks of GH treatment, Growth hormone treatment - Ethical issues, Growth hormone treatment - History, Growth hormone treatment - Extraction for treatment, Growth hormone treatment - Synthetic HGH= Read more here: » Growth hormone treatment: Encyclopedia II - Growth hormone treatment - Terminology and glossary |
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| | | | | | Growth: Encyclopedia II - Growth hormone deficiency - Adult GH deficiency Though growth ends with sexual maturity, GH continues to be secreted throughout life. In adults, GH contributes to maintenance of muscle and bone mass and strength. Understanding of the effects and benefits of GH in adults increased in the 1980's and the features of adult GH deficiency have not only been published, but can be said to have gained some notoriety.
Reported effects of severe GH deficiency in adults have included:
reduced muscle mass and strength
reduced bone mass and strength
reduced physica ...
See also:Growth hormone deficiency, Growth hormone deficiency - Terminology, Growth hormone deficiency - Causes of GH deficiency, Growth hormone deficiency - Adult GH deficiency, Growth hormone deficiency - Diagnosis of growth hormone deficiency, Growth hormone deficiency - Treatment of GH deficiency, Growth hormone deficiency - Treatment of GH deficiency in childhood, Growth hormone deficiency - History, Growth hormone deficiency - GH resistance Read more here: » Growth hormone deficiency: Encyclopedia II - Growth hormone deficiency - Adult GH deficiency |
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| | | | | Growth: Encyclopedia II - Exogenous growth model - Development of the model The Neo-classical model was an extension to the Harrod-Domar model including a new term, productivity growth. The most important contribution was probably the work by Robert Solow; in the 1950s he developed a relatively simple growth model, which fit the data on US economic growth with some success[1]. Solow received the 1987 Nobel Prize in Economics for his work on the model.
E ...
See also:Exogenous growth model, Exogenous growth model - Development of the model, Exogenous growth model - Extension to the Harrod-Domar model, Exogenous growth model - Short run implications, Exogenous growth model - Long run implications, Exogenous growth model - Assumptions, Exogenous growth model - Variations in productivity's affects, Exogenous growth model - Empirical evidence, Exogenous growth model - Criticisms of the model, Exogenous growth model - The model and changes in the saving rate, Exogenous growth model - The model and changes in population, Exogenous growth model - Macro-production function, Exogenous growth model - GDP equation, Exogenous growth model - Savings function, Exogenous growth model - Change in capital, Exogenous growth model - Change in workforce, Exogenous growth model - The model's solution, Exogenous growth model - Solution assuming no multifactor productivity growth, Exogenous growth model - Notes Read more here: » Exogenous growth model: Encyclopedia II - Exogenous growth model - Development of the model |
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