Last edited by Kagajar
Wednesday, November 11, 2020 | History

4 edition of Mechanism of toxic action on some target organs found in the catalog.

Mechanism of toxic action on some target organs

European Society of Toxicology.

Mechanism of toxic action on some target organs

drugs and other substances : proceedings of the European Society of Toxicology meeting held in Berlin (West), June 25-28, 1978

by European Society of Toxicology.

  • 104 Want to read
  • 4 Currently reading

Published by Springer-Verlag in Berlin, New York .
Written in English

    Subjects:
  • Toxicology -- Congresses.,
  • Drugs -- Toxicology -- Congresses.,
  • Neuroendocrinology -- Congresses.,
  • Target organs (Anatomy) -- Congresses.,
  • Liver -- Effect of drugs on -- Congresses.

  • Edition Notes

    Includes bibliographical references and indexes.

    Other titlesTarget organs.
    Statementedited by P. L. Chambers and P. Günzel.
    SeriesArchives of toxicology., 2
    ContributionsChambers, P. L. 1931-, Günzel, P.
    Classifications
    LC ClassificationsRA1190 .E8 Suppl. vol. 2, RA1191 .E8 Suppl. vol. 2
    The Physical Object
    Paginationx, 532 p. :
    Number of Pages532
    ID Numbers
    Open LibraryOL4491243M
    ISBN 100387093052
    LC Control Number79320996

    The glands that secrete hormones comprise the endocrine signaling term "hormone" is sometimes extended to include chemicals produced by cells that affect the same cell (autocrine or intracrine signaling) or nearby cells (paracrine signalling).Hormones serve to communicate between organs and tissues for physiological regulation and behavioral activities such as digestion, . What is the Mechanism of Action of Bipyridyl Compounds? no effects on fertility, and are only fetotoxic at maternal toxic doses.². Target Organs. Bipyridyl compounds have systemic effects, affecting several organs and systems, including²: The lungs are the primary target organ of paraquat in humans and some other animal species due to. H (%): Causes damage to organs [Danger Specific target organ toxicity, single exposure] H (%): Causes damage to organs through prolonged or repeated exposure [Danger Specific target organ toxicity, repeated exposure] H (%): Very toxic to aquatic life [Warning Hazardous to the aquatic environment, acute hazard].


Share this book
You might also like
U.S. agriculture and the global context

U.S. agriculture and the global context

Moray & Badenoch

Moray & Badenoch

Survey of the thoroughfare from Cape May to the Great Bay north of Atlantic City, N. J Letter from the Secretary of War, transmitting, with a letter from the Chief of Engineers, reports of the examination and survey of the thoroughfare running from Cape May to the Great Bay north of Atlantic City, N. J.

Survey of the thoroughfare from Cape May to the Great Bay north of Atlantic City, N. J Letter from the Secretary of War, transmitting, with a letter from the Chief of Engineers, reports of the examination and survey of the thoroughfare running from Cape May to the Great Bay north of Atlantic City, N. J.

Out of the ordinary

Out of the ordinary

Ethics for Lutheran pastors

Ethics for Lutheran pastors

A Convenient Bride (Candlelight Regency Special)

A Convenient Bride (Candlelight Regency Special)

little English handbook

little English handbook

Super Anatomy 1

Super Anatomy 1

Department of Trade and Industry: UKAEA, summer supplementary estimates

Department of Trade and Industry: UKAEA, summer supplementary estimates

One people

One people

People and organisations

People and organisations

Dynamics of Single and Multi-Unit Wind Energy Conversion Plants Supplying Electric Utility Systems

Dynamics of Single and Multi-Unit Wind Energy Conversion Plants Supplying Electric Utility Systems

Medical errors: A look at the IOM report

Medical errors: A look at the IOM report

The Doctrine and Practice of Yoga

The Doctrine and Practice of Yoga

Taxes and schools in Massachusetts

Taxes and schools in Massachusetts

Mechanism of toxic action on some target organs by European Society of Toxicology. Download PDF EPUB FB2

Mechanism of Toxic Action on Some Target Organs Drugs and Other Substances. Editors: Chambers, P.L., Günzel To the extent that cancer of the reproductive organs is a common finding in women, the endogenous female sex hormones have been implicated in the occur­ rence of the cancer.

Book Title Mechanism of Toxic Action on Some Target. Mechanism of Toxic Action on Some Target Organs by P.L. Chambers, P. Günzel,Springer edition, paperback. Get this from a library. Mechanism of toxic action on some target organs: drugs and other substances: proceedings of the European Society of Toxicology meeting held in Berlin (West), June[P L Chambers; P Günzel; European Society of Toxicology.].

Add tags for "Mechanism of Toxic Action on Some Target Organs: Drugs and Other Substances Proceedings of the European Society of Toxicology Meeting held in. Arch Toxicol Suppl.

;(2) Mechanism of toxic action on some target organs. Drugs and other substances. Proceedings of the European Society of Toxicology meeting held in. Access Free Mechanism Of Toxic Action On Some Target Organs Drugs And Other Substances target organs drugs and other substances.

As you may know, people have look numerous times for their favorite novels like this mechanism of toxic action on some target organs drugs and other substances, but end up in malicious downloads.

Mechanism of toxic action on some target organs. Drugs and other substances. Proceedings of the European Society of Toxicology meeting held in Berlin (West), JuneArchives of toxicology. Supplement. = Archiv fur Toxikologie.

Supplement, 01 Jan(2): PMID: Mechanisms of Toxicity NST, Toxicology Department of Nutritional Sciences and Toxicology University of California, Berkeley.

Mechanisms of Toxicity 1. Delivery: Site of Exposure to the Target 2. Reaction of the Ultimate Toxicant with the Target Molecule 3. Cellular Dysfunction and Resultant Toxicity 4.

Repair or Dysrepair. Mechanism Of Toxic Action On Some Target Organs Drugs And Other Substances Recognizing the exaggeration ways to get this book mechanism of toxic action on some target organs drugs and other substances is additionally useful.

You have remained in right site to start getting this info. acquire the mechanism of toxic action on some target organs. Target Organ Toxicity, 2 • Toxicants do not affect all organs to the same extent. • A toxicant may have several sites of action and target organs. • Multi-toxicant exposure may target the same organ.

• The target organ may not be the site for storage. • Toxicokinetic processes determine concentrations in target organs. Hughes. Mechanism of Toxic Action on Some Target Organs de - English books - commander la livre de la catégorie Médecine sans frais de port et bon marché - Ex Libris boutique en ligne.

Toxic Interactions is a collection of papers that discusses the basic principles behind the mechanism of toxicological interactions. This book deals with interacting chemicals and their effects on certain exposed organs or molecules.

Gielen J.E., Goujon F., Sele J., Van Cantfort J. () Organ Specificity of Induction of Activating and Inactivating Enzymes by Cigarette Smoke and Cigarette Smoke Condensate. In: Chambers P.L., Günzel P. (eds) Mechanism of Toxic Action on Some Target Organs. Archives of Toxicology, vol 2. Toxicity involves toxicant delivery to its target or targets and interactions with endogenous target molecules that may trigger perturbations in cell function and/or structure or that may initiate repair mechanisms at the molecular, cellular, and/or tissue levels.

Biotransformation to harmful products is called toxication or metabolic activation. 8 - Mechanism for Arsenic-Induced Toxic Effects. Jyotirmoy Ghosh and Parames C.

Sil. possible mechanisms of action, and neuroprotective effects of some agents against arsenic toxicity. The book takes readings systematically through the target organs, before detailing current preventative and counter measures.

The species specificity of target organ toxicity has been the basis for the understanding of toxic mechanism and development of new active chemicals in the areas of pharmaceutics and agrochemicals. Toxic substances are those which have the ability to cause damage to body organs.

Treatment of several ailments requires the administration of toxic substance that damage a part of some organs. The main mechanism of toxic action of OPs is the inhibition of acetylcholinesterase enzyme activity, causing nervous and respiratory damages that may potentially result in death [ 2, 3 ].

The target site and mechanism of toxic action through which narcosis affects organisms are still unclear, but there are hypotheses that support that it occurs through alterations in the cell membranes at specific sites of the membranes, such as the lipid layers or the proteins bound to the membranes.

the body as a whole. These specific sites are known as the target organs or target tissues. Some examples: Benzene is a specific organ toxin in that it is primarily toxic to the blood-forming tissues.

Lead is also a specific organ toxin; however, it has threetarget organs (central nervous system, kidney, and hematopoietic system). Several heavy metals are found naturally in the earth crust and are exploited for various industrial and economic purposes.

Among these heavy metals, a few have direct or indirect impact on the human body. Some of these heavy metals such as copper, cobalt, iron, nickel, magnesium, molybdenum, chromium, selenium, manganese and zinc have functional roles which are essential for various.

the body. In some cases, chemicals are distributed and stored in specific organs. Storage may reduce metabolism and therefore, increase the persistence of the chemicals in the body. The various excretory mechanisms (exhaled breath, perspiration, urine, feces, or detoxification) rid the body, over a period of time, of the chemical.

Mechanism of Action and Toxicity The mechanism of chemical toxicity of plutonium is thought to be similar to that of uranium, i.e., binding of ionized plutonium molecules to cellular proteins and phospholipids causing membrane damage, enzyme disruption, and organelle derangement.

The target organs for plutonium are the bone marrow and kidney. This chapter is about the liver as a target organ of toxic chemicals. It is a target organ because of: its large blood supply leading to pronounced toxicant exposure and accumulation; its clearance function involving microvasculature, hepatocytes, possibly phagocytic cells, and intrahepatic biliary system; and its pronounced metabolic capacity, critical for internal homeostasis and for.

Types of Toxic Effects. Many factors play a potential role in toxicity. The dosage (or amount of exposure) is the most important factor. A well-known saying, "the dose makes the poison" speaks to this principle. Toxicity can result from adverse cellular, biochemical, or macromolecular changes.

Some. Classification of toxic agents 1) According to the Target organ they are acting on it (hepatotoxic, Nephrotoxic) 2) According to their Use (food additive, drug, pesticide) 3) According to their Source (animal or plant) 4) According to their Effects (carcinogen, mutagen) Target organ is the primary or most sensitive organ affected after exposure.

The same chemical entering the body by different routes of exposure dose, dose rate, sex and species may affect different target organs. The same target organ in different species is frequent (aflatoxin B1, chlorophorm, ochratoxin A, mercury). These specific sites are known as the target organs or target tissues.

Benzene is a specific organ toxicant in that it is primarily toxic to the blood-forming tissues. Lead is also a specific organ toxicant; however, it has three target organs: the central nervous system, the.

This volume is devoted to specific organs with coverage of the gill, kidney, skin, liver and gut. The companion volume, Systems, provides coverage of toxic effects in the central nervous, immune, neurobehavioural and reproductive systems as well as describing general mechanisms of toxicity.

This book is based on reviews and research presentations given at the 16th Rochester International Conference on Environmental Toxicity, entitled liThe Cytoskeleton: A Target for Toxic Agents," held on June 4, 5 and 6 in The conference provided an in-depth discussion of the effects a~d. Within the system, anticancer drugs including tamoxifen, diclofenac, imatinib, and verapamil demonstrated variable on-target and off-target effects, some of which were dependent on drug metabolism by liver cells.

This study supports the use of simple yet versatile multi-organ cell-based systems for efficient preclinical drug testing. Pharmacokinetics, metabolic activation and key defense mechanisms, excretion, species variation, and tissue-specific biochemistry are explored comprehensively.

These general principles are then illustrated using specific examples of toxicity to different target organs and systems. When a toxic dose is ingested (see below), paraquat has life-threatening effects on the gastrointestinal tract, kidney, liver, heart and other organs.

The LD 50 in humans is approximately mg/kg, which translates into as little as mL of a 20% solution.1,2 In spite of the fact that the lung is the primary target organ, toxicity from.

The lungs are a target organ in acute high-dose exposures to inhaled cadmium fumes. Mechanisms of Toxicity Cadmium is known to increase oxidative stress by being a catalyst in the formation of reactive oxygen species, increasing lipid peroxidation, and depleting glutathione and protein-bound sulfhydryl groups.

Specific Target Organ Toxicity – Single Exposure March Note: The specific target organ/organ system that has been primarily affected by the classified substance shall be identified, where possible, and where this is not possible, the substance shall be identified as a general toxicant.

This mechanism of action provides bacteriostatic inhibition of growth against a wide spectrum of gram-positive and gram-negative pathogens. Because humans obtain folic acid from food instead of synthesizing it intracellularly, sulfonamides are selectively toxic for bacteria.

The respiratory system is both a target organ and a portal of entry for toxicants. Asthma morbidity and death from asthma are increasing.

More than toxicants cause asthma, and many more can exacerbate it [Rom ]. A large number of xenobiotics and occupations are associated with the development of work-aggravated and work-related asthma.

Auxins help development at all levels in plants, from the cellular level, through organs, and ultimately to the whole plant. Molecular mechanisms. When a plant cell comes into contact with auxin, it causes dramatic changes in gene expression, with many genes up- or down-regulated.

The precise mechanisms by which this occurs are still an area of. Target Organ Toxicity, 2 • Toxicants do not affect all organs to the same extent. • A toxicant may have several sites of action and target organs. • Multi-toxicant exposure may target the same organ.

• The target organ may not be the site for storage. • Toxicokinetic processes determine concentrations in target organs. Hughes Food. pharmacologic mechanism of action, the selection TABLE 1.—A list of some tools that may facilitate on-target and off-target mechanistic studies.

Bioinformatics: Literature and database mining, expression analysis (mRNA, differential tissue target expression, and target organ (lymphocyte) studies. These. TEF Toxic Equivalency Factor TEQ Toxic Equivalent TLV threshold limit value TTD target-organ toxicity dose UF uncertainty factor.

U.S. United States WOE weight-of-evidence > greater than $ greater than or equal to = equal to.in experimental animals, is used to substantiate specific target organ/systemic toxic effects that merit classification.

The information required to evaluate specific target organ/systemic toxicity comes either from single exposure in humans, e.g., exposure at .Mechanisms of action of classes of drugs are predetermined by purpose of the drug, the systemic target(s) of the drug, and some pharmacodynamic idea of therapeutic limits, and not by treating the pharmacologic characterization of the drug as an antitoxicologic mechanism.

(ratio of some defined toxic dose to some defined therapeutic dose.