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Autonomic Nervous System --- Cholinergic Agents --- Cholinergic Fibers --- Cholinergic mechanisms --- Neuromuscular Junction --- Receptors, Cholinergic --- Synaptic Transmission --- drug effects --- congresses. --- therapeutic use --- physiology --- Congresses.
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Animal genetics. Animal evolution --- Animal psychology and neurophysiology --- Neuropathology --- Acetylcholine --- Parasympathomimetic agents --- Synapses --- Nerve endings --- Nerves --- Neural circuitry --- Neural transmission --- Synaptosomes --- Cholinergic agents --- Cholinomimetics --- Parasympathomimetics --- Autonomic drugs --- Biomimetics --- Choline --- Neurotransmitters --- Cholinergic mechanisms --- Metabolism&delete& --- Congresses --- Receptors&delete& --- Testing&delete& --- Metabolism --- Receptors --- Testing
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PEPTIDE RECEPTOR LIGAND DRUGS --- NARCOTIC ANALGESICS --- CHOLINERGIC AGENTS --- NEUROMUSCULAR BLOCKERS --- ENZYMES-SUBSTRATES INHIBITORS --- ASTHMA --- PHOSPHODIESTERASE INHIBITORS --- OPIOID PEPTIDES --- NEUROKININS --- VASOPRESSIN --- OXYTOCIN --- ASPERLICIN --- BENZODIAZEPINES --- SOMATOSTATIN --- GASTRIN-RELEASING PEPTIDE --- BOMBESIN --- MOTILIN --- LUTEOLYTIC AGENTS --- FERTILITY REGULATION --- CALCIUM CHANNELS --- DIURETICS, THIAZIDE --- INSULIN --- ANTITUMOR AGENTS --- ANTIVIRAL AGENTS --- QUINOLONE ANTIBACTERIALS --- ANTIBIOTICS, LACTAM --- CALCIUM --- ALDOSE REDUCTASE INHIBITORS --- THERAPEUTIC USE --- ANALOGS --- ENGINEERING --- CELLULAR SIGNIFICANCE
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Organophosphate compounds, first synthesized in the 1800's, have been used for insecticides, pesticides, and in war and terrorism, such as the 1995 Tokyo subway poisoning. This book provides an in-depth examination of the effects of organophosphates and nerve agents and offers therapeutic and prophylactic countermeasures. Beginning with an overview of milestones in the use of toxic chemicals and chemical warfare agents, the formulae and toxicities of compounds are given, along with tables outlining animal toxicities. Data on various compounds' inhibitions and subsequent accumulations are...
Nerve agents -- Poisoning. --- Organophosphate compounds. --- Organophosphate. --- Enzyme Inhibitors --- Poisons --- Cholinergic Agents --- Anatomy --- Protective Agents --- Enzyme Reactivators --- Weapons of Mass Destruction --- Weapons --- Specialty Uses of Chemicals --- Noxae --- Physiological Effects of Drugs --- Neurotransmitter Agents --- Molecular Mechanisms of Pharmacological Action --- Manufactured Materials --- Pharmacologic Actions --- Chemical Actions and Uses --- Toxic Actions --- Technology, Industry, and Agriculture --- Chemicals and Drugs --- Technology, Industry, Agriculture --- Antidotes --- Cholinesterase Inhibitors --- Chemical Warfare Agents --- Cholinesterase Reactivators --- Nervous System --- Public Health --- Health & Biological Sciences --- Toxicology & Public Health --- Nerve gases. --- Poisons. --- Chemical agents (Munitions) --- Chemical warfare agents --- Chemical weapons --- Chemicals --- Poisonous chemicals --- Poisonous substances --- Toxic chemicals --- Toxic substances --- Toxicants --- Toxics --- Bioactive compounds --- Hazardous substances --- Toxicology --- Nerve agents (Munitions) --- Nerve gas --- Cholinesterase inhibitors --- Gases, Asphyxiating and poisonous --- Neurotoxic agents --- Organophosphorus compounds
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Acetylcholine --- Astrocytes --- Autonomic nervous system --- Behavior, animal --- Bewustzijn. --- Brain damage, chronic, diagnosis --- Brain diseases --- Brain --- Cell interaction --- Central nervous system --- Cerebellum --- Cerebral cortex --- Cerveau --- Cholinergic agents --- Cholinergic fibers --- Cholinergic mechanisms --- Cholinesterases --- Circadian rhythm --- Circadian rhythms --- Cochlea --- Cognition disorders --- Cognition disorders. --- Computational neuroscience. --- Conscience --- Consciousness disorders --- Consciousness --- Consciousness. --- Developmental neurobiology. --- Diagnosis, computer-assisted. --- Efferent pathways --- Efferent pathways. --- Electroencephalography --- Emotions --- Equilibrium (physiology) --- Gait --- Gonadotropins --- Hearing --- Hypothalamus --- Interneurons. --- Intracerebral transplantation. --- Locomotion. --- Locus coeruleus --- Luteinizing hormone releasing hormone --- Luteinizing hormone releasing hormone. --- Memory disorders. --- Molecular neurobiology --- Motor activity --- Motor neurons --- Motor neurons. --- Movement. --- Nerve growth factor --- Nerve net --- Nerve regeneration --- Nerve tissue --- Nerves --- Nerves, peripheral. --- Nervous system physiology. --- Nervous system --- Neural circuitry --- Neural networks (neurobiology) --- Neural networks (neurobiology). --- Neural transmission --- Neurobiologie --- Neurobiologie. --- Neurobiology --- Neurobiology. --- Neurochemistry. --- Neuroglia --- Neuroglia. --- Neuromuscular junction --- Neuromuscular transmission. --- Neuronal plasticity --- Neurons --- Neurons, afferent --- Neurons. --- Neuropathologie. --- Neuropeptides --- Neurophysiology --- Neuroplasticity --- Neuroplasticity. --- Neuropsychology --- Neuropsychology. --- Neurosciences. --- Neurotropin --- Nitric oxide --- Nociceptors. --- Noradrenergic neurons --- Orientation --- Oxytocin --- Pain --- Perception --- Peripheral nervous system --- Posture --- Prosthesis design --- Receptors, cholinergic --- Receptors, gonadotropin --- Receptors, n-methyl-d-aspartate --- Receptors, neuropeptide --- Retina. --- Self-organizing systems --- Sex differentiation --- Sex factors --- Spinal cord --- Superior colliculus --- Suprachiasmatic nucleus --- Synaptic transmission --- Système nerveux --- Tomography --- Vasopressin --- Vestibular apparatus --- Vision --- Visual cortex --- Visual pathways --- Visual perception --- Physiological effect --- Congresses. --- Physiology --- Drug effects --- Physiopathology. --- Anatomy & histology --- Anatomy & histology. --- Diseases --- Computer simulation. --- Diseases. --- Growth & development. --- Physiology. --- Sex differences --- Pathophysiology --- Physiopathology --- Transplantation. --- Growth & development --- Maladies --- Therapeutic use --- Metabolism --- Physiological aspects --- Receptors. --- Growth --- Regeneration --- Pathophysiology. --- Physiological effect. --- Methods. --- Wounds and injuries
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