SPRING - UCSC Extension Silicon Valley
SPRING - UCSC Extension Silicon Valley
SPRING - UCSC Extension Silicon Valley
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Intellectual Property Essentials<br />
for the Life Science Industry<br />
BUSAD.X491.2 (1.0 quarter unit) MCLE–Minimum<br />
Continuing Legal Education State Board of CA, 10.0 hours.<br />
This course demystifies key intellectual property principles<br />
and applications, emphasizing topics of particular relevance<br />
to the biotechnology, pharmaceutical and medical<br />
device sectors. The instructor explains the basic principles<br />
of patents, and explores their strategic implications in a<br />
variety of contexts, such as securing funding, establishing<br />
barriers to competitor entry, achieving freedom to<br />
operate, technology transfer, federally-funded research<br />
and strategic alliances. Trade secrets, trademarks, copyrights<br />
and contractual agreements are also discussed,<br />
particularly as they apply to the life science industry.<br />
Scientific, engineering, regulatory and business<br />
professionals will benefit from this course.<br />
SOODY TRONSON, J.D., M.S.<br />
SANTA CLARA CLASSROOM<br />
4 meetings: Fridays, 6–9 pm, June 8–29.<br />
Fee: $525 ($52.50 discount for early enrollment).<br />
To enroll, use Section Number 1942.(017)<br />
Medical Device Design and Development<br />
ENGR.X400.006 (2.0 quarter units)<br />
Using real-world examples, the instructor and guest<br />
speakers provide a detailed look at the design and<br />
development process for new medical devices, as well<br />
as insight into the entrepreneurial nature of the medical<br />
device industry. They address medical device hardware<br />
and software design, biomaterials and human factors.<br />
Additional topics include manufacturing, testing, and<br />
strategies to navigate the regulatory pathways.<br />
SUDHI GAUTAM, M.B.B.S., Ph.D.<br />
SANTA CLARA CLASSROOM<br />
3 meetings: Saturdays, 8 am–5 pm, May 5–19.<br />
Fee: $765 ($76.50 discount for early enrollment).<br />
To enroll, use Section Number 19977.(010)<br />
Medical Devices: Regulatory Strategies<br />
and Marketing Pathways<br />
For course description, see page 12.<br />
Molecular Diagnostics<br />
BIOL.X400.414 (1.5 quarter units) CA BRN/LVN Credit—<br />
Provider #CEP13114, 15.0 hours.<br />
This survey course provides a foundation in the basic<br />
science and technologies that underlie the emerging<br />
field of molecular diagnostics, and highlights the potential<br />
impact on the health care landscape. The instructor examines<br />
the role of pharmacogenomics in the development<br />
of new therapeutics and treatment options. He uses case<br />
studies to present the applications of molecular diagnostic<br />
tools in infectious disease identification and early<br />
detection and diagnosis of cancer. Also addressed are<br />
the regulatory challenges that face the new wave of<br />
diagnostic tests, and the changing dynamics of the<br />
molecular diagnostics global marketplace.<br />
Prerequisite(s): College-level biology.<br />
BINAYA PANDA, Ph.D.<br />
SANTA CLARA CLASSROOM<br />
2 meetings: Friday–Saturday, 9 am–5 pm, March 16–17.<br />
Fee: $580 ($58 discount for early enrollment).<br />
To enroll, use Section Number 21972.(006)<br />
Regulation of Drugs and Biologics<br />
For course description, see page 17.<br />
Regulation of Medical Devices<br />
and Diagnostics<br />
For course description, see page 17.<br />
Toxicology Basics for Biotechnology<br />
NATSC.X429.3 (1.5 quarter units) CA BRN/LVN Credit–<br />
Provider #CEP13114, 15.0 hours.<br />
Biopharmaceutical companies expend vast resources<br />
to identify new chemical and biological agents that<br />
have the potential for clinical benefit. However, before<br />
these can be tested and used widely in patients, safety<br />
and acceptable toxicity to critical organs must be<br />
demonstrated. This course surveys the adverse effects<br />
resulting from the interaction of chemical agents with<br />
living systems. Topics include criteria and mechanisms<br />
of toxicity, dose-response relationships, factors influencing<br />
toxic action, acute and chronic effects, kinetics,<br />
metabolism, and toxicity testing. Applications in both<br />
pharmacology and drug development are discussed.<br />
Prerequisite(s): Completion of at least one college-level<br />
chemistry course.<br />
RONALD TJEERDEMA, Ph.D., D.A.B.T.<br />
SANTA CLARA CLASSROOM WITH ONLINE MATERIALS<br />
2 meetings: Friday, 8:30 am–5 pm, June 15;<br />
Saturday, 8:30 am–5 pm, June 16.<br />
Fee: $580 ($58 discount for early enrollment).<br />
To enroll, use Section Number 2310.(013)<br />
Viruses, Vaccines and Gene Therapy<br />
NATSC.X400.003 (1.5 quarter units) CA BRN/LVN Credit–<br />
Provider #CEP13114, 15.0 hours.<br />
Interactive case studies and Web-supplemented lessons<br />
drive our exploration of the interplay of viruses with<br />
their cellular hosts. Building on these foundations, we<br />
examine salient topics in vaccines, gene therapy and<br />
therapeutic viruses. Pertinent and real issues relevant<br />
to the biopharmaceutical industry are also discussed.<br />
Course topics include virus evolution, emerging viruses,<br />
the risks and benefits of vaccines, the polio eradication<br />
campaign, epidemiology of influenza, HIV-1 vaccines,<br />
and the trials and tribulations of gene therapy.<br />
NAY WEI SOONG, Ph.D.<br />
SANTA CLARA CLASSROOM WITH ONLINE MATERIALS<br />
5 meetings: Tuesdays, 6–9:30 pm,<br />
April 24–May 29 (1 no meeting TBA)<br />
Fee: $580 ($58 discount for early enrollment).<br />
To enroll, use Section Number 6974.(011)<br />
Also of Interest<br />
Clinical Trials Essentials:<br />
An Intensive Course<br />
For course description, see page 13.<br />
Biosciences Biotechnology / Clinical Trials<br />
Clinical Trials<br />
Certificate Program<br />
Clinical Trials Design<br />
and Management<br />
Certificate Contact<br />
Applied and Natural Sciences Department, (408) 861-3860<br />
or e-mail program@ucsc-extension.edu.<br />
Program Overview<br />
The Bay Area and <strong>Silicon</strong> <strong>Valley</strong> are leaders in the global<br />
biopharmaceutical and medical device industries. The<br />
continued success of these industries relies on clinical<br />
trials—the complex process of ensuring the safety and<br />
effectiveness of new and existing medical products.<br />
The Certificate in Clinical Trials Design and Management<br />
helps professionals gain a solid and practical understanding<br />
of the entire clinical trials process, from drug and<br />
device development to monitoring, as well as a foundation<br />
in the scientific principles, regulations and ethics that are<br />
vitally important to the conduct of clinical research. Because<br />
of its comprehensive curriculum and intense focus on best<br />
practices in the clinical trial process, this certificate is<br />
appropriate for current professionals—clinical research<br />
associates and coordinators, clinical program managers<br />
and physicians, biomedical and research scientists, nurses,<br />
IRB members and administrators, and pharmacists—as<br />
well as those new to the field.<br />
Many courses in this program qualify for re-certification<br />
CEUs for those certified as CCRAs and CCRCs through<br />
ACRP. Most courses also grant BRN credit for nursing<br />
professionals.<br />
Certificate Requirements<br />
To obtain the Certificate in Clinical Trials Design and<br />
Management, you must complete 6 required courses<br />
and 6 units of elective courses, for a minimum total<br />
of 19 units. For GPA requirements and program time<br />
limits, see page 4.<br />
To pursue two bioscience-related certificates in<br />
parallel or sequence, see page 7.<br />
Courses may be taken individually or as<br />
part of the certificate program.<br />
Prerequisites<br />
Successful completion of “Medical/Clinical Terminology,”<br />
an equivalent course, or medical training. We strongly<br />
recommend that students without a medical background<br />
take “Human Physiology in Health and Disease” early<br />
in their studies.<br />
Wireless Access at<br />
<strong>UCSC</strong> <strong>Extension</strong> <strong>Silicon</strong> <strong>Valley</strong><br />
Wireless Internet access is provided throughout<br />
our Santa Clara facility. Students may need to install<br />
protective software on their laptops<br />
to use our wireless network.<br />
Copyright © 2012 The Regents of the University of California. All Rights Reserved. 11