Business Sponsorship Opportunities at Goodwill

Goodwill Image: goodwill.org

Goodwill
Image: goodwill.org

 

A pharmacist with more than a decade of experience, Dr. Ashkan Khabazian serves as Lead Emergency Department Clinical Pharmacist at Sharp Memorial Hospital in San Diego. Outside of work, Dr. Ashkan Khabazian contributes to several charitable organizations, including Goodwill.

While Goodwill provides opportunities for individuals to donate, it also offers sponsorship opportunities to businesses. By sponsoring Goodwill, businesses can align with the well-known Goodwill brand and boost their sales revenue by reaching new audiences. Businesses that sponsor the organization also benefit from access to Goodwill decision makers, who can facilitate relationships with local Goodwill agencies and other Goodwill-affiliated businesses.

Business interested in an annual sponsorship can choose from four levels: bronze at $10,000, silver at $20,000, gold at $30,000, and platinum at $50,000. Annual sponsorships allow businesses to attend four or five meetings per year. Each level comes with unique benefits, including greater exposure through digital and print event marketing materials.

Businesses can also choose to sponsor an individual Goodwill event. To learn more about these sponsorship opportunities, visit www.goodwill.org.

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Pharmacokinetics Examines Relationship Between Human Body, Drugs

pharmacokinetics Image: en.wikipedia.org

pharmacokinetics
Image: en.wikipedia.org

 

An experienced San Diego pharmacist, Dr. Ashkan Khabazian earned his doctor of pharmacy from the University of Michigan in Ann Arbor and completed postdoctoral training at Scripps Mercy Hospital in San Diego. He has served as an emergency department clinical pharmacist with Sharp HealthCare since 2009. One of Ashkan Khabazian’s areas of professional interest is pharmacokinetics.

The field of pharmacokinetics examines the relationship between the human body and any drug that it ingests. Pharmacokinetics follows the movement of a drug from absorption to excretion. This field of study should not be confused with pharmacodynamics. While pharmacodynamics studies what drugs do to the body, pharmacokinetics studies what the body does to drugs.

By mastering pharmacokinetic principles, healthcare professionals can more effectively and rapidly prescribe appropriate medication in accurate dosages. In order to predict the pharmacokinetic parameters in a given population, pharmacokinetic researchers must consider patient-related factors such as age, sex, and general renal function.

Basic Principles of Pharmacokinetics

pharmacokinetics

pharmacokinetics

As Lead Emergency Department Clinical Pharmacist at Sharp Memorial Hospital in San Diego, California, Dr. Ashkan Khabazian collaborates with physicians and other staff to treat trauma and other acute conditions. Dr. Ashkan Khabazian applies principles of pharmacokinetics to ensure that each patient receives the correct drug dosage for his or her body.

While it is important for a pharmacist to understand what the drug does to a body, it is equally crucial that he or she understand how the body processes the drug. This area of knowledge is known as pharmacokinetics. It gives pharmacists a framework through which to understand the pathways the drug follows through metabolism and excretion.

Pharmacokinetics helps identify how a drug reaches a site in the body, how much of a drug reaches the site, and in what tissues the drug is likely to concentrate. This knowledge allows a pharmacist to develop dosage plans based on an individual patient’s concentration of tissue types and how this will affect the drug’s movement through the body.

Pharmacokinetics also allows pharmacists to analyze a drug’s metabolism by the body and to predict how certain substances in the patient’s system might affect this process. Pharmacists will also consider how the patient’s age, genetic makeup, and organ functions might change the rate at which a drug breaks down, which in turn impacts the drug’s effectiveness. Such a knowledge of the interaction between drug and body helps the pharmacist to more effectively administer drugs, which may in turn improve patient outcome.