Our mission is to provide quality preclinical and clinical education in pharmacology and therapeutics for medical students, to educate and train graduate and postdoctoral biomedical scientists, to carry out basic research of recognized excellence, and to participate in governance and leadership in the College of Medicine at The University of Arizona and in appropriate national scientific and professional societies.

Home

The Department of Pharmacology at The University of Arizona is comprised of faculty, fellows, students, and technical staff working together to understand how chemicals influence human disease. Some chemicals and drugs are used to treat human diseases while others are known to cause human diseases.

Our mission is to provide quality preclinical and clinical education in pharmacology and therapeutics for medical students, to educate and train graduate and postdoctoral biomedical scientists, to carry out basic research of recognized excellence, and to participate in governance and leadership in the UA College of Medicine, The University of Arizona and in appropriate national scientific and professional societies.

Pharmacology is the science concerned with all aspects of the action of drugs and other chemicals on living systems. Its primary aim is the discovery of chemical mechanisms by which cellular and molecular functions are regulated for the purpose of understanding how existing drugs act and to develop new drugs for treatment and diagnosis of human diseases. The discipline of pharmacology explores biology through the actions of drugs and chemical substances. Drugs and chemicals produce their effects only through modifications of underlying biological systems; their actions are useful in regulating not only normal functions of cells and organisms but also the abnormal processes which occur in disease.

The broad scope of interests of pharmacology ranges from the study of intermolecular reactions of chemical constituents of cells with drugs to the effects of drugs and established therapeutic agents on mammalian physiological organ systems. Professional pharmacologists tend toward careers in basic research and teaching in academia, in conducting innovative research in the pharmaceutical/biotech industry or for government laboratories and in ensuring the safety of drugs and chemicals through work at government agencies. Regardless of where one is employed, it is critical to have knowledge in genomics, proteomics, cell and molecular biology, integrated systems and chemistry.

Todd W. Vanderah, PhD 
Department Head and Professor

Upcoming Events

No events are scheduled for this time period.

Honors, Awards and Accolades

Pain Relief Caused by SARS-CoV-2 Infection May Help Explain COVID-19 Spread

Research shows SARS-CoV-2 promotes pain relief through the receptor neuropilin-1, which gives scientists a new target for non-opioid pain therapeutics and offers one possible explanation for the unrelenting spread of COVID-19.


Dr. Roberta Diaz Brinton Receives Highest Faculty Distinction as 2020 Regents’ Professor

The title of Regents Professor is reserved for full professors whose exceptional achievements merit national and international distinction.


Faculty Mentor Uses Life Experience to Boost Student Success

Known as a champion of students, Dr. John Streicher fosters success through his roles as an assistant professor, researcher and graduate program director.


News

UArizona Prepares to Offer More In-Person Classes

On Oct. 12, the university hopes to resume in-person instruction for classes of 30 or fewer students that were designated in-person or flex in-person courses at the time of registration.


Pain Relief Caused by SARS-CoV-2 Infection May Help Explain COVID-19 Spread

Research shows SARS-CoV-2 promotes pain relief through the receptor neuropilin-1, which gives scientists a new target for non-opioid pain therapeutics and offers one possible explanation for the unrelenting spread of COVID-19.


Immune System Changes May Cause High Blood Pressure in Postmenopausal Women

A new study finds menopause-induced changes to protective immune cells may add to a spike in high blood pressure in postmenopausal women – findings with implications for sex differences in COVID-19 responses.