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Insects. Springtails --- Entomologie --- Entomology --- Auxiliary works --- History of medicine --- History of natural sciences --- Dictionaries, encyclopedias, glossaries --- 21st century --- Australia --- North America --- Physics, chemistry, biology --- Dictionaries, encyclopedias, glossaries. --- 21st century. --- Australia. --- North America. --- Physics, chemistry, biology.
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..."J'espère que ce livre tissera des liens entre les scientifiques, le public, les parlementaires et autres décideurs. En franchissant indifféremment les frontières des nations et des disciplines scientifiques, il pourra contribuer à de nouveaux échanges d'idées, de celles qui façonneront le visage de l'Europe du XXIe siècle"...
Research --- Technology --- Recherche --- Technologie --- Sciences --- History of medicine --- History of natural sciences --- 20th century --- European --- Physics, chemistry, biology --- 20th century. --- European. --- Physics, chemistry, biology. --- Recherche - Europe --- Sciences - Europe --- Technologie - Europe --- Europe
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Succédant à la science d'Aristote, de Ptolémée et de Galien, la science que nous appelons classique s'est déployée en Occident pendant plus de trois siècles, accompagnée, dans sa genèse, par la constitution d'une nouvelle raison. Le projet mécaniste et la mathématisation gouvernent désormais l'appréhension conjointe de la nature céleste et terrestre. Ils sont servis par de nouvelles méthodes centrées sur le couple ratio - experientia, le calcul et l'expérience : dès lors, calculer, mesurer, observer, déduire sont pratiqués de concert. Vouée à une application universelle, la science classique a suscité dans ses débuts des recherches peu conformes, nous semble-t-il aujourd'hui, à la mise en oeuvre d'une raison véritablement scientifique. Quel rôle l'expérience alchimique a-t-elle joué dans la méthode expérimentale ? Dans quelle mesure les spéculations mystiques sur les nombres ont-elles nourri la mathématisation de l'univers ? Comment expliquer que Kepler ait dressé des horoscopes et que Van Helmont ait cru fabriquer de l'or ? Autant de paradoxes qui invitent à se pencher sur le contexte et l'environnement conceptuel de la science classique. Regroupant en quatre parties plusieurs dizaines d'essais, ce Dictionnaire critique traite, dans un premier temps, des milieux, des réseaux et des institutions qui ont contribué à l'apparition de la science classique, ainsi qu'à sa diffusion. Il présente ensuite les acteurs principaux de cette révolution, puis analyse les concepts et les débats les plus caractéristiques : de l'infini à l'hermétisme en passant par les instruments, les atomes ou le mécanisme, ce sont autant de facettes, polies une à une, de la nouvelle science. Enfin, une quatrième partie décrit, de façon plus large, l'évolution des territoires du savoir, comme l'histoire naturelle ou l'homme, le mouvement ou la lumière, l'algèbre et la géométrie. Conduite par une équipe internationale de chercheurs, cette entreprise montre que, dans ses conquêtes et jusque dans ses égarements, la raison scientifique propre à la science classique, soucieuse de saisir la vérité des choses, a modelé la vision du monde des hommes du XXe siècle.
Zonder onderwerpscode: algemeen --- anno 1500-1799 --- Science --- Sciences --- History --- Histoire --- History. --- History of Science --- Auxiliary works --- History of medicine --- History of natural sciences --- Dictionaries, encyclopedias, glossaries --- 17th century --- 18th century --- Renaissance --- 1453-1600 a.d. --- Physics, chemistry, biology --- Dictionaries, encyclopedias, glossaries. --- 17th century. --- 18th century. --- Physics, chemistry, biology. --- Europe --- Scientists --- Scientifiques --- Science - Europe - History
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Science --- Technology --- Sciences --- Technologie --- History --- Dictionaries --- Histoire --- Dictionnaires anglais --- Auxiliary works --- History of human sciences --- History of medicine --- History of natural sciences --- Dictionaries, encyclopedias, glossaries --- Philosophy, anthropology, sociology --- Physics, chemistry, biology --- History of medicine. --- Dictionaries, encyclopedias, glossaries. --- Philosophy, anthropology, sociology. --- Physics, chemistry, biology. --- Dictionaries.
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Science --- -Science, Ancient --- -Ancient science --- Science, Primitive --- Natural science --- Science of science --- Sciences --- History --- -Congresses --- Congresses --- Science, Ancient --- History of medicine --- History of natural sciences --- Congresses. --- Greek-roman --- 460bc-576ad --- Physics, chemistry, biology --- -History --- 460bc-576ad. --- Physics, chemistry, biology. --- Conferences - Meetings --- Ancient science --- History&delete& --- Natural sciences
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The lack of a well organised index of synonyms of plant names for the period of the later Middle Ages has increasingly been felt by historians, philologists and sociologists to be one of the big lacunas in their field. In his Boec van medicinen in Dietsche (Brill, 1967) Willem F. Daems presented in a Synonymarium van Middelnederlandse Plantennamen a summary of the plant names which occurred in a single text conceived in c. 1300. He now evaluates, assigns parameters for meaning to and in the majority of cases identifies the pharmaco-botanical material contained in about 100 medieval manuscripts and text editions (German, Dutch and English). The depth and breadth of the author's botanical knowledge is widely recognised and the combination of this with his background in history and philology make this book a long-awaited and indispensable standard reference work in the field.
History of human medicine --- Lexicology. Semantics --- Medieval Latin language --- Pharmacology. Therapy --- anno 500-1499 --- Medicine, Medieval --- Latin language --- Medicinal plants --- Pharmacy --- Medical Latin --- History --- Medicinal plants. --- Medicine, Medieval. --- History of medicine --- History of natural sciences --- Pharmacology --- Medical Latin. --- History. --- Medieval --- 1096-1438 a.d. --- Physics, chemistry, biology --- -Medicinal plants --- -Chemistry --- Medicine --- Drugs --- Materia medica --- Medieval medicine --- Drug plants --- Plants, Useful --- Botanical drug industry --- Botany, Medical --- Materia medica, Vegetable --- Psychotropic plants --- Classical languages --- Italic languages and dialects --- Classical philology --- Latin philology --- -Medical Latin --- Pharmacology. --- Physics, chemistry, biology. --- Language --- Pharmacy. --- Chemistry --- Latin language - Medical Latin --- Pharmacy - History
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History --- Pure sciences. Natural sciences (general) --- 5/6 (09) --- Geschiedenis van de exacte en toegepaste wetenschappen --- Science --- History. --- history --- Auxiliary works --- History of human sciences --- History of natural sciences --- Dictionaries, encyclopedias, glossaries. --- Philosophy, anthropology, sociology. --- Physics, chemistry, biology. --- Geneeskunde --- Wetenschappen --- geschiedenis --- woordenboeken. --- Sciences --- Histoire --- 509 --- Sciences History --- Science - History - Dictionaries. --- Science - History. --- Science - history - Encyclopedias.
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Energy is crucial for events of every kind, in this world or any other. Without energy, nothing would ever happen. Nothing would move and there would be no life. The sun wouldn't shine, winds wouldn't blow, rivers wouldn't flow, trees wouldn't grow, birds wouldn't fly, and fish wouldn't swim; indeed no material object, living or dead, could even exist. In spite of all this, energy is seldom considered a part of what we call "nature." In The Energy of Nature, E. C. Pielou explores energy's role in nature-how and where it originates, what it does, and what becomes of it. Drawing on a wide range of scientific disciplines, from physics, chemistry, and biology to all the earth sciences, as well as on her own lifelong experience as a naturalist, Pielou opens our eyes to the myriad ways energy and its transfer affect the earth and its inhabitants. Along the way we learn how energy is delivered to the earth from the sun; how it causes weather, winds, and tides; how it shapes the earth through mountain building and erosion; how it is captured and used by living things; how it is stored in chemical bonds; how nuclear energy is released; how it heats the unseen depths of the planet and is explosively revealed in the turmoil of earthquakes and volcanoes; how energy manifests itself in magnetism and electromagnetic waves; how we harness it to fuel human societies; and much more. Filled with fascinating information and helpful illustrations (hand drawn by the author), The Energy of Nature is fun, readable, and instructive. Science buffs of all ages will be delighted. "A luminous, inquiring, and thoughtful exploration of Earth's energetics."-Jocylyn McDowell, Discovery
Force and energy. --- Physics. --- Natural philosophy --- Philosophy, Natural --- Physical sciences --- Dynamics --- Conservation of energy --- Correlation of forces --- Energy --- Physics --- Power resources. --- natural world, outdoors, academic, scholarly, research, science, scientific, interdisciplinary, disciplines, earth, sciences, naturalist, physics, chemistry, biology, erosion, mountains, chemical, bonds, nuclear, earthquake, volcano, sun, solar, electromagnetic, waves, illustrated, illustrations, college, university, higher ed, energetics, ocean, atmosphere, wind, sea, seismic. --- Force
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Comprehensive Biochemistry, Volume 17: Carbohydrate Metabolism focuses on the processes, reactions, and transformations involved in the metabolism of carbohydrates, including glycosaminoglycans, enzymes, oxidation, and glycolysis. The selection first elaborates on functional organization contributing to carbohydrate economy and control of synthesis and breakdown of glycogen, starch, and cellulose.
Cell membranes --- Cell membranes. --- Cell surfaces --- Cytoplasmic membranes --- Plasma membranes --- Plasmalemma --- Membranes (Biology) --- Glycocalyces --- Amino acids --- Biological transport, active. --- Biochemistry --- Biochemistry. --- Biophysics. --- Dna repair. --- Dna replication. --- Dna --- Energy transfer. --- Energy metabolism --- Genetic code. --- Proteins --- Rna --- Sulfur --- Metabolism --- Disorders. --- Metabolism. --- History. --- Biosynthesis. --- Research --- 577.1 --- Biochimie --- History --- Histoire --- DNA --- DNA Repair. --- DNA Replication. --- Genetic Code. --- Protein Biosynthesis. --- RNA --- biosynthesis. --- Molecular biology --- General biochemistry --- History of natural sciences --- Philosophy --- Physics, chemistry, biology. --- General. --- history --- Vitamins --- Trace elements --- Accessory elements --- Microelements --- Micronutrients --- Minerals, Trace --- Minor elements --- Trace metals --- Trace minerals --- Agricultural chemicals --- Chemical elements --- Nutrition --- Avitaminosis --- DNA Repair --- DNA Replication --- Genetic Code --- Protein Biosynthesis --- Protein Biosynthesis, Ribosomal --- Protein Synthesis, Ribosomal --- Ribosomal Peptide Biosynthesis --- mRNA Translation --- Genetic Translation --- Peptide Biosynthesis, Ribosomal --- Protein Translation --- Translation, Genetic --- Biosynthesis, Protein --- Biosynthesis, Ribosomal Peptide --- Biosynthesis, Ribosomal Protein --- Genetic Translations --- Ribosomal Protein Biosynthesis --- Ribosomal Protein Synthesis --- Synthesis, Ribosomal Protein --- Translation, Protein --- Translation, mRNA --- mRNA Translations --- Peptide Biosynthesis --- Codon, Initiator --- Codon, Terminator --- Code, Genetic --- Codes, Genetic --- Genetic Codes --- Codon --- Histone Code --- Replication, Autonomous --- Autonomous Replication --- Autonomous Replications --- DNA Replications --- Replication, DNA --- Replications, Autonomous --- Replications, DNA --- DNA-Binding Proteins --- Virus Replication --- S Phase --- Base Excision Repair --- Excision Repair --- Nucleotide Excision Repair --- Base Excision Repairs --- Excision Repair, Base --- Excision Repair, Nucleotide --- Excision Repairs --- Nucleotide Excision Repairs --- Repair, Base Excision --- Repair, Excision --- Repairs, Base Excision --- DNA-Formamidopyrimidine Glycosylase --- DNA Repair Enzymes --- Targeted Gene Repair --- biosynthesis --- Issue --- 577.122 --- 577.122 Protein metabolism --- Protein metabolism --- metabolism --- Amino Acid Metabolism, Inborn Errors --- Amino Acids --- 577.1 <035> --- Metabolism&delete& --- Disorders --- Amino Acid Metabolism Disorders, Inborn --- Amino Acid Metabolism, Inborn Error --- Amino Acid Metabolism, Inherited Disorders --- Amino Acidopathies, Inborn --- Congenital Amino Acidopathies --- Inborn Errors, Amino Acid Metabolism --- Inherited Errors of Amino Acid Metabolism --- Amino Acidopathies, Congenital --- Amino Acidopathy, Congenital --- Amino Acidopathy, Inborn --- Congenital Amino Acidopathy --- Inborn Amino Acidopathies --- Inborn Amino Acidopathy --- Amino compounds --- Organic acids --- Peptides --- 577.1 <035> Chemical bases of life. Biochemistry and bio-organic chemistry generally--Grote handboeken. Compendia --- Chemical bases of life. Biochemistry and bio-organic chemistry generally--Grote handboeken. Compendia --- Amino acid metabolism --- Amino acid metabolism, Inborn errors of --- Aminoacidopathies --- Molécules --- Molécules --- Sulphur - Metabolism --- Amino acids - Metabolism - Disorders --- Amino acids - Metabolism --- Amino Acids - metabolism --- Sulfur - metabolism --- Acides aminés --- metabolism. --- Métabolisme --- Bioenergetics --- Microbial respiration --- Carbohydrates --- Carbohydrate metabolism --- Biological chemistry --- Chemical composition of organisms --- Organisms --- Physiological chemistry --- Biology --- Chemistry --- Medical sciences --- Composition --- Biochemistry - history --- Energy metabolism - Research - History --- Structure moléculaire --- Alchemy [not cas]
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