Dosage Calc 360 Access Code

Known for its textbook/workbook format, Calculation of Drug Dosages, 10th Edition makes it easy to master the ratio and proportion, formula, and dimensional analysis methods for drug calculation. A basic review of mathematics refreshes your math skills, and plenty of practice problems help you overcome any inexperience or weaknesses you may have. Written by nursing experts Sheila Ogden and Linda Fluharty, this resource helps you calculate drug dosages accurately and with confidence. An extensive math review covers the basic math skills essential for accurate calculation of drug dosages and helps you identify your strengths and weaknesses. Over 1,800 practice problems reinforce your understanding of drug calculations. A logical structure is organized from simple to complex, making it easier to absorb and retain knowledge. Learning objectives keep you focused and explain what you should accomplish upon completion of each chapter. An Alert box highlights information crucial to math calculation and patient safety. Chapter worksheets allow you to practice solving realistic problems. Post-tests at the end of each chapter let you assess your understanding of content. A comprehensive post-test at the end of the book offers additional practice and accurately gauges your overall understanding. Over 600 practice problems on the Evolve companion website cover ratio-proportion, formula, and dimensional analysis methods. 25 flash cards on Evolve contain abbreviations, formulas, and conversions from the book, allowing you to study at your own pace. UPDATED drug labels and equipment photos show the latest drugs and technology used in the market. NEW! Additional Intake and Output problems are included, and the apothecary method is minimized and moved to the appendix. NEW! Easy-access answer key is placed at the end of each chapter rather than in the back of the book.

For courses in Dosage Calculation and use across the Nursing curriculum. Basic dosage calculation and administration for nurses Dosage Calculations: A Multi-Method Approach helps students develop the dosage calculation skills they need to administer medications safely and accurately in clinical settings. Using plain language, problem examples, and practice opportunities, the text aims to reduce the anxiety many nursing students express about math. It covers three dosage calculation methods-dimensional analysis, ratio and proportion, and formula. Illustrated examples walk students through dosage problems step by step, using all three methods and often comparing approaches side by side. The content progresses from simple math topics to complex applications for calculating and administering a range of medications. The updated 2nd edition delivers the most up-to-date standards for dosage calculation. It draws on safety recommendations of the Joint Commission's National Patient Safety Goals, the Institute for Safe Medical Practice, and the CDC's One and Only Campaign. Also available with MyLab Nursing for Dosage Calculations MyLab(tm) Nursing for Dosage Calculations is an online self-study and class preparation program designed to engage students and improve results. It reflects the content and organization of Dosage Calculations: A Multi-Method Approach, and includes access to the Pearson eText. Note: You are purchasing a standalone product; MyLab Nursing for Dosage Calculations does not come packaged with this content. Students, if interested in purchasing this title with MyLab Nursing for Dosage Calculations, ask your instructor to confirm the correct package ISBN and Course ID. Instructors, contact your Pearson representative for more information.

This is the eBook of the printed book and may not include any media, website access codes, or print supplements that may come packaged with the bound book. DRUG DOSAGE CALCULATIONS: A MULTI-METHOD APPROACH introduces all three of today’s leading methods of dosage calculation: Dimensional Analysis, Ratio & Proportion, and Formula. It walks step-by-step through solving dosage problems utilizing all three methods, often comparing multiple approaches to solving the same problem side-by-side. Instructors can choose their preferred method, and students can become expert with all three, ultimately choosing the approach they find most efficient. Unit I offers a diagnostic arithmetic test, reviews basic math skills, presents essentials of medication administration, and offers an easy, common sense introduction to dimensional analysis. Next, the text introduces essential metric and household medication systems and conversions. Then, building on these foundations, the text offers in-depth coverage of calculating oral, parenteral, intravenous, and enteral dosages, including flow rates, titrating IV medications, pediatric dosages, and daily fluid maintenance.

Incorporating the ratio and proportion, formula, and dimensional analysis methods, this interactive online course presents a complete, step-by-step approach to the calculation and administration of drug dosages. It's organized in a consistent, modular format that is designed to be used with Ogden's Calculation of Drug Dosages, 8th Edition. After you've read topics in the text, turn to the online course for animations, case studies, and interactive self-assessment activities - all designed to provide real-world application and practice. Duration for access to this product, which may be at the discretion of your institution, is up to 36 months. Elsevier reserves the right to restrict or remove access due to changes in product portfolio or other market conditions. Includes three major drug calculation methods (ratio and proportion, formula and dimensional analysis) so you can apply the method which works best for you. Modules provide valuable practice and learning resources, including an overview, objectives, a reading assignment for the topic being covered, example problems, practice problems, and one or more quizzes. The latest drug administration techniques and devices are discussed, as well as detailed explanations of the various forms of administering drugs, including oral, intravenous, intra-muscular, subcutaneous and other routes used in drug administration. The most up-to-date, commonly used drugs are included, so you have frequent exposure to what is being used in the "real world" of clinical practice. Information on infusion pumps (enteral, single, multi-channel, PCA and insulin) helps you understand their increased use in drug administration. Recommendations from The Joint Commission (TJC) and the Institute for Safe Medication Practices (ISMP) are followed for use of acceptable abbreviations and dose designations, to ensure patient safety and quality of care. Many math practice problems include a tutorial for each of the three drug calculation methods. When one of the solution buttons is chosen, a step-by-step tutorial to solving the problem in the method chosen is initiated for you to view. Animations demonstrate techniques of drug administration such as how to mix two medications in a syringe or withdrawing medication from an ampule. Case studies depict realistic patient scenarios, helping you apply what you've learned to a patient situation. Interactive self-assessment activities allow you to apply your knowledge in context and develop your critical thinking skills. Glossary with over 100 drug calculation- and medical-related terms serves as a quick reference to key definitions. Quizzes within each module can be used to evaluate your mastery of all the major topics covered in that particular module.

This is a student supplement associated with: Medical Dosage Calculations: A Dimensional Analysis Approach, 10/e June L. Olsen Emeritus, RN, MS, College of Staten Island (HEPM ID: 335442) Anthony P. Giangrasso Ph.D., La Guardia Community College (HEPM ID: 416420) Dolores Shrimpton ISBN: 013215661X

Builds upon its core strengths-comprehensive math review, ratio- proportion method approach, and critical thinking assessment. The author's trusted three step method, Convert, Think, Calculate, trains users how to significantly reduce errors and increase their confidence in dosage calculation.