Lehnes pharmacotherapeutics for advanced practice providers 2nd edition pdf

Summary Lehne's Pharmacotherapeutics for Advanced Practice Providers

Lehne's Pharmacotherapeutics for Advanced Practice Nurses and Physician Assistants, 2nd Edition builds on the same foundation of clearly explained, up-to-date, and clinically current content as the trusted Lehne undergraduate text, while focusing on the information that advanced practice nurses and Physician Assistants specifically need for safe and effective prescribing. Three introductory chapters provide foundational content for new prescribers in the areas of prescriptive authority, rational drug selection, prescription writing, and promoting positive outcomes of drug therapy. Core drug chapters are focused on the drugs that prescribers will most commonly see in clinical practice. Introductory chapters tailored to the specific needs of prescribers cover topics such as prescriptive authority, rational drug selection and prescription writing, and promoting positive outcomes of drug therapy. Carefully focused pharmacotherapeutic content reflects the drugs most commonly seen and used by prescribers, with emphasis not on the first drug discovered or developed in each class but on the agents most often used today. Primary care drugs are addressed first in each chapter as appropriate, followed by acute care drugs. UNIQUE! Prescriber-focused pedagogical aids further reinforce the most important information for prescribers - like Black Box Warnings that alert readers to special warnings and precautions related to particular drugs. Integrated coverage of Canadian trade names appears throughout the text and is highlighted with a familiar maple-leaf icon. Integrated coverage of interprofessional collaboration addresses the growing global interest in interprofessional collaboration and incorporates opportunities for interprofessional collaborative practice throughout. NEW! Genetic and Genomic Considerations chapter addresses our growing understanding of the importance of genetics and genomics in pharmacotherapeutic management of disease. NEW! Muscarinic Antagonists chapter expands on and clarifies coverage of this important drug class. NEW! Immunomodulators chapter covers the growing role of this innovative therapy in cancer treatment. NEW! Increased emphasis on the needs of prescribers includes new Key Prescribing Considerations specifically tailored for advanced practice nurses (APNs) and Physician Assistants (PAs), revised introductory disease content, and refocused illustrations. NEW! Expanded delineation of acute care drugs now extends to the cardiac, neurologic, hypertension, and male and female reproductive chapters. NEW! Significantly revised content on laboratory drug monitoring has been refocused on the needs of APNs and PAs NEW! Updated content on drug legislation, opioid addiction, and legalized marijuana addresses these key areas of change for prescribers. NEW! Illustrations, tables, and boxes have been substituted for text to highlight treatment guidelines (including decision-making algorithms) and drug mechanisms of action. NEW! Improved legibility includes the elimination of "small type" and a more user-friendly graphic design. NEW! Updated content covers the areas of drug legislation, opioid addiction, marijuana.

Lehnes pharmacotherapeutics for advanced practice providers 2nd edition pdf

COMPLETE TEST BANK FOR LEHNE'S PHARMACOTHERAPEUTICS FOR ADVANCED PRACTICE NURSES AND

PHYSICIAN ASSISTANTS 2ND EDITION ROSENTHAL

Unit 02: Basic Principles of Pharmacology

Rosenthal: Lehne's Pharmacotherapeutics for Advanced Practice Nurses and Physician

Assistants, 2nd Edition

MULTIPLE CHOICE

1.When prescribing lovastatin, what will a provider advise to decrease the risk of developing

muscle toxicity?

a. Avoid exercise for 2 hours after administration.

b.Substitute grapefruit juice with orange juice.

c. Monitor aspartate aminotransferase (AST) and alanine aminotransferase (ALT).

d.Take the medication with an NSAID or other anti-inflammatory drug.

ANS: B

Grapefruit juice can inhibit the metabolism of certain drugs including statins like lovastatin.

The juice raises drug levels decreasing the intestinal metabolism of the drug resulting in

increased drug levels which increases the risk for adverse effects such as muscle toxicity.

Taking the drug with an anti-inflammatory drug and avoiding exercise after administration are

not supported by science. Monitoring AST and ALT detects liver toxicity, not muscle toxicity.

2.When prescribing drugs with a narrow therapeutic index, what intervention does the provider

take to decrease risk to the patient?

a. Schedule drug administration intervals that exceed the drug’s half-life.

b. Order the medication to be administered by the intravenous route.

c. Monitor the patient’s plasma drug levels at regular intervals.

d.Teach the patient that optimal outcomes will require adherence to the medication

regimen.

ANS: C

A drug with a narrow therapeutic range or index is more difficult to administer safely, because

the difference between the minimum effective concentration and the toxic concentration is

small. Patients taking these medications must have their plasma drug levels monitored closely

to ensure that they are getting an effective dose that is not toxic. Administering medications at

longer intervals risks increased periods of subtherapeutic levels. Drugs that have a narrow

therapeutic range may be given by any route; intravenous administration is not preferable and

in most cases will not be feasible. Medication regimen adherence is necessary; however, due

to individual variation, for drugs with a narrow therapeutic range, what is an effective dose for

one patient may be a lethal dose for another. For this reason, monitoring drug levels remains

the primary method for decreasing risk.

3.A patient reports that a medication no longer effectively alleviates symptoms. What process

informs the provider’s response to the patient’s concerns?

a. Endogenous antagonists compete with the drug for receptor sites.

b.Decreased selectivity for receptors results in a variety of effects.

c. Desensitization of receptor sites results from continual exposure to the drug.

d.Additional receptor sites are synthesized in response to the medication.

ANS: C

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