PHA 617 emphasizes genomics and bioinformatics approaches that are increasingly important in broad areas of biomedical science. These tools allow us to work with large data sets, analyze the transcriptomes of single cells and whole tissues, visualize data in sophisticated ways, do rigorous experimental design, and perform proper statistical procedures for these types of data. This is a hands-on, experiential course. It includes some lecture material but the emphasis is on computer exercises allowing students to learn tools by using them.

PHA 622 is an advanced course designed to provide graduate students with state of the art information regarding drugs, drug action and targets for drug action. Emphasis will be placed on drugs that interact with the cardiovascular system (PHA 622 section 001), the central nervous system (PHA 622 section 002), chemotherapeutic agents (PHA 622 section 003) and other important drug classes such as nonsteroidal anti-inflammatory agents, steroid hormones, antidiabetic agents and toxicology (PHA 622 section 004). Each section is designed to be a separate one hour course.

PHA 622 is an advanced course designed to provide graduate students with state of the art information regarding drugs, drug action and targets for drug action. Emphasis will be placed on drugs that interact with the cardiovascular system (PHA 622 section 001), the central nervous system (PHA 622 section 002), chemotherapeutic agents (PHA 622 section 003) and other important drug classes such as nonsteroidal anti-inflammatory agents, steroid hormones, antidiabetic agents and toxicology (PHA 622 section 004). Each section is designed to be a separate one hour course.

PHA 622 is an advanced course designed to provide graduate students with state of the art information regarding drugs, drug action and targets for drug action. Emphasis will be placed on drugs that interact with the cardiovascular system (PHA 622 section 001), the central nervous system (PHA 622 section 002), chemotherapeutic agents (PHA 622 section 003) and other important drug classes such as nonsteroidal anti-inflammatory agents, steroid hormones, antidiabetic agents and toxicology (PHA 622 section 004). Each section is designed to be a separate one hour course.

PHA 622 is an advanced course designed to provide graduate students with state of the art information regarding drugs, drug action and targets for drug action. Emphasis will be placed on drugs that interact with the cardiovascular system (PHA 622 section 001), the central nervous system (PHA 622 section 002), chemotherapeutic agents (PHA 622 section 003) and other important drug classes such as nonsteroidal anti-inflammatory agents, steroid hormones, antidiabetic agents and toxicology (PHA 622 section 004). Each section is designed to be a separate one hour course.

The purpose of this course is to introduce graduate students to useful topics in their quest to attain and retain a tenure track researcher position (or equivalent) at some point in their scientific future. These subjects are not always taught by mentors or through a traditional curriculum, but they are of utmost importance in a successful career. A breadth of issues will be presented that many principal investigators would say they wished they learned in graduate school and should give students the resources to become competitive scientific professionals.

Detailed examination of current, significant topics in pharmacology such as: contemporary neuroscience methodology, molecular and cellular pharmacodynamics, transmembrane signaling. Course is designed to offer flexibility to students in different tracks, different emphasis in a given year and to utilize the special research interests in resident and visiting investigators. May be repeated to a maximum of six credits.

Detailed examination of current, significant topics in pharmacology such as: contemporary neuroscience methodology, molecular and cellular pharmacodynamics, transmembrane signaling. Course is designed to offer flexibility to students in different tracks, different emphasis in a given year and to utilize the special research interests in resident and visiting investigators. May be repeated to a maximum of six credits.

Detailed examination of current, significant topics in pharmacology such as: contemporary neuroscience methodology, molecular and cellular pharmacodynamics, transmembrane signaling. Course is designed to offer flexibility to students in different tracks, different emphasis in a given year and to utilize the special research interests in resident and visiting investigators. May be repeated to a maximum of six credits.

Detailed examination of current, significant topics in pharmacology such as: contemporary neuroscience methodology, molecular and cellular pharmacodynamics, transmembrane signaling. Course is designed to offer flexibility to students in different tracks, different emphasis in a given year and to utilize the special research interests in resident and visiting investigators. May be repeated to a maximum of six credits.