- Home
- Live Webinars
- Recorded Webinars
- Speakers
- State Requirements
- FAQs
“Very good presenter. Very well-organized. Very personable in responding to questions from participants. Adept at integrating Power Point slides with his verbal presentation. Clearly knowledgeable in this field - both theoretically and clinically. Gracious with his time in being willing to stay online afterward to answer questions.”-Shirley R., Professional Counselor and Psychotherapist, Alabama
Non-prescribing therapists are crucial to the effective and safe use of psychiatric medications by their clients. In contrast to clinicians who focus primarily on medications, therapists generally spend more time with their clients and are more familiar with their history and current situation. They also tend to develop a greater rapport. And considering that most clients diagnosed with depression, anxiety, psychosis, posttraumatic stress disorder, and virtually every other psychiatric disorder receive pharmacological interventions, the non-prescribing therapist needs to understand how psychiatric medications work, their limitations and side effects, and how to help their clients maximize gains through increasing medication compliance. This course is designed to present the non-prescribing mental health practitioner with a review of basic concepts in clinical psychopharmacology and the effective use of common psychiatric medications in the treatment of mental health conditions. Effective medication strategies for treating depression, bipolar disorder, anxiety, psychosis, sleep disorders, and other common psychiatric conditions are covered in detail. Basic general pharmacological concepts such as pharmacodynamics and pharmacokinetics are reviewed as are more specific concepts such as drug absorption, distribution, metabolism, and elimination. You will also become aware of common medication treatment errors to avoid and learn tips for helping your clients become more educated about the medications they take as well as help them manage their side effects.