'Salicylate' presentation slideshows

Salicylate Toxicity: Avoiding the Pitfalls

Carson R. Harris, MD, FAAEM, FACEP Regions Hospital Clinical Toxicology Service Emergency Medicine Department. Salicylate Toxicity: Avoiding the Pitfalls. Salicylates. Objectives Discuss the toxicological effects of salicylate overdose Identify key management issues

1.11k views • 54 slides

Aspirin Toxicity

Aspirin Toxicity. Principles of Disease Pharmacokinetics. Salts of salicylic acid are rapidly absorbed intact from the GI tract, with appreciable serum concentrations within 30 minutes. Two thirds of a therapeutic dose is absorbed in 1 hour, and peak levels occur in 2 to 4 hours.

552 views • 45 slides

Aspirin

Aspirin. Objectives: 1- Acquire the skills of taking focused history and physical examination for aspirin intoxicated patients in ED 2- Acquire the basic approach to the poisoned patient 3- Understand the pahtophysiological and pharmacological effects of aspirin.

606 views • 35 slides

Salicylate Toxicity

Salicylate Toxicity. Trina Banerjee, Renal Fellow Acid-Base Conference. Pharmacokinitics and Mechanism of Action. Pharmacokinetics I. ASA and salicylic acid are absorbed within 15-30 minutes Salicylate is 90% bound to albumin An acidic pH promotes the movement of salicylate into the tissues.

604 views • 29 slides

CPC Case Conclusion

154 views • 15 slides

Expression of Novel Salicylate Oxygenase Genes from a Sphingomonas Strain in Escherichia coli

Expression of Novel Salicylate Oxygenase Genes from a Sphingomonas Strain in Escherichia coli. Ok-young Cho 1 , Si Wouk Kim 2 , and Eungbin Kim 1. 1 Department of Biology, Yonsei University 2 Department of Environmental Engineering, Chosun University. Abstract

187 views • 8 slides

Figure 1. Schematic description of the electron transport chain

ISP (red). Reductase (red). Ferredoxin (ox). NAD +. ISP (ox). Ferredoxin (red). NADH + H +. Reductase (ox). Figure 1. Schematic description of the electron transport chain for the three component dioxygenase system. NADH + H +. NAD +. XylMA. H 2 O. O 2.

265 views • 8 slides

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