Pharmaceutical Care Pathway Requirements - School of Pharmacy

Pharma-
ceutical Care Pathway

Course Descriptions

Goals & Competencies

Requirements

Sample Schedule

UCSF School of Pharmacy

UCSF → School of Pharmacy → PharmD Degree Program → Curriculum → Pathway Curriculum → Pharmaceutical Care Pathway → Pharmaceutical Care Pathway Requirements

Pharmaceutical Care Pathway Requirements

The pharmaceutical care pathway requires 58 units. In the table below, APPEs are Advanced Pharmacy Practice Experiences -- the terminology for clinical experience.

Total Units					190 units
Core Curriculum					120 units
Pharmaceutical Care Pathway Requirements & Required APPEs					58 units
	CP 137	Advanced Topics in Clinical Care	3 units
	CP 146 CP 146S	Hospital Pharmacy Systems and Practice Advanced Pharmacy Practice Experience Hospital Supplemental Advanced Pharmacy Practice Experience 6 weeks of advanced pharmacy practice experience in a hospital pharmacy setting	7 units
	CP 147 CP 147S	Community Pharmacy Systems and Practice Advanced Pharmacy Practice Experience Community Supplemental Advanced Pharmacy Practice Experience 6 weeks of advanced pharmacy practice experience in a community pharmacy setting	7 units
	CP 148 CP 148S	Acute Patient Care Advanced Pharmacy Practice Experience Acute Care Supplemental Advanced Pharmacy Practice Experience 6 weeks of clinical experience in inpatient settings with conference and projects	7 units
	CP 149 CP 149S	Ambulatory Patient Care Advanced Pharmacy Practice Experience Ambulatory Care Supplemental Advanced Pharmacy Practice Experience 6 weeks of clinical experience in outpatient settings with conference and projects	7 units
		APPE Elective 4 elective, 6-week APPE rotations providing clinical experience and practice in a variety of pharmacy settings. A minimum of 2 of the APPE electives must be in Direct Patient Care (DPC). DPC APPEs are specified by the program director.	24 units
	CP 150	Pharmaceutical Care Pathway Project Students will complete an individual or group independent study in the area of pharmacy practice.	3 units
Electives					12 units

More pathway topics

Background image
Genetically engineered yeast grow in the lab of UCSF School of Pharmacy synthetic biologist Christopher Voigt, PhD
Using tools from synthetic biology, Voigt's lab group programmed the DNA of yeast to produce a chemical precursor molecule of gasoline from biomass and salt. The precursor is methyl halide, and the gasoline derived from it through catalytic conversion is chemically indistinguishable from that produced from petroleum. Methyl halides have been extensively explored as intermediates for the conversion of natural gas to gasoline, but until Voigt's research, they had been completely overlooked as potential building blocks from biomass. Image credit: © majedphoto.com
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