Pharmaceutical Sciences Graduate Program - Pharmaceutical Science (PHRMSCI) Track
Published Survey
Submission Number: 212
Submission ID: 212
Submission UUID: 186ce59d-2f3b-45b2-816b-ab9f6ab2ab26
Submission URI: /publishedsurvey

Created: Wed, 03/25/2020 - 06:45
Completed: Fri, 07/31/2026 - 14:42
Changed: Tue, 08/04/2026 - 13:27

Remote IP address: 253.5.48.105
Submitted by: Anonymous
Language: English

Is draft: No
Current page: Complete
Submitted to: Published Survey

Contact Information

Pharmaceutical Sciences Graduate Program - Pharmaceutical Science (PHRMSCI) Track
4301 West Markham #522-10
Little Rock
Arkansas
72205
United States
Arkansas
Yes

Program Application Deadline

December 01, 2026
No
$0
All application material should be received by December 1st of each calendar year. Students are admitted begin course work with the fall semester. Top tier candidates will be invited to an online or on-site interview shortly after December 1st. Initial admission recommendation decisions are generally made by March 1st, and applicants are notified shortly thereafter.
Yes

Program Description

The graduate program in Pharmaceutical Sciences is the only degree program offering similar training in the state of Arkansas. One of the most important and necessary elements of the research enterprise is the education and development of the next generation of scientists and academicians.
Drug Discovery Focus curriculum is to develop scientists focused on the design, discovery and identification of novel drug molecules and targets, the elucidation pharmacological mechanisms of drug action, and the optimization of synthetic and natural product drug entities. Training in the Drug Discovery Track begins with coursework that is tailored to give each student a solid foundation in biochemical, pharmacological and medicinal chemistry aspects of drug discovery, yet is individualized by the student’s advisory committee.
Radiation Health research involves studying the interactions between ionizing radiation and various normal tissues of the human body and the development of pharmaceutical interventions that can prevent the adverse effects of radiation in normal tissues. The overall goal is to make radiation therapy more tolerable, more effective, and safer, and to provide highly effective, non-toxic pharmaceutical countermeasures against radiological and nuclear threats.
Yes

Institution Information

Public
Yes
Fall
Yes

Degree Requirements

72
Not Required
Required
Required
Varies
Required
Yes

Degree Information

On Campus
Behavioral Science, Biochemistry, Biomedical Sciences, Cancer, Cellular Biology, Cognitive Science, Drug Delivery, Drug Development, Drug Discovery, Medicinal Chemistry, Molecular Biology, Molecular Medicine, Molecular Science, Natural Product, Neuroscience, Pharmaceutical Science, Pharmaceutics, Pharmacology, Regulatory Science, Toxicology
Radiation Biology
Yes

Program Statistics

Yes
1
Last academic year-country of origin of the matriculated students:
1
3.8
Yes
Last academic year-graduates job placement:
4
Yes

GRE and Other Tests

No
TOEFL or IELTS
Yes

Letters of Recommendation

Yes
3
Academic Professor, PI, or Mentor preferred.
Yes

Other Admission Requirements

3.00
Yes

Financial Support

100
Tuition Waiver, Stipend
$35,000.00
Yes

Background Checks and Drug Screenings

We are not a participating PharmGrad program
We are not a participating PharmGrad program
Yes