Entry Level Clinical Research Course

Explore the drug discovery process from target identification and validation through lead discovery and optimization, preclinical studies, regulatory approval, and post-approval surveillance, with ai, genomics, and gene editing accelerating development.

Trace the journey from drug discovery to clinical research, covering target identification, lead optimization, and preclinical work through phases one through three trials assessing safety and efficacy.

Clinical research investigates safety and efficacy of new drugs, devices, and interventions in humans through observational, interventional, and expanded access studies, guided by ethical regulation across multiple research phases.

Clinical research tests the safety and efficacy of new drugs, devices, and treatments in humans, guiding approvals and advancing medical knowledge to improve patient outcomes.

Clinical research advances medical knowledge and improves patient care by evaluating the safety and effectiveness of new treatments, drugs, and medical devices, while developing better existing therapies and informing policy.

Learn to report and present clinical research findings clearly and accurately by detailing objective, methods, results, and conclusions, using graphs and tables, addressing limitations, statistics, ethics, and audience needs.

Trace the history of clinical research from James Lind to Nuremberg, highlighting the shift to controlled experiments, randomized trials, informed consent, and the rise of electronic data capture.

Identify the key stakeholders in clinical research from researchers and participants to ethical committees, regulatory authorities, sponsors, CROs, dsmbs, patient organizations, investors, insurers, and the media—and summarize their roles.

Develop a clear study design and protocol that outlines objectives, methods, population, interventions, and outcomes, ensuring ethical and regulatory compliance through IRB review, informed consent, and data protection including GDPR.

Master data collection, management, and analysis to ensure accuracy, integrity, and validity of clinical research results using electronic data capture, data standards, quality control, and dissemination to stakeholders.

Learn how data collection in clinical trials gathers participant information through surveys, interviews, examinations, and tests, using standardized forms and electronic data capture to ensure quality, privacy, and informed consent.

Explore how clinical trial monitoring and quality assurance safeguard participant safety and data integrity by ensuring protocol adherence, gcp compliance, and regulatory oversight from the FDA and European agencies.

Explore electronic data collection methods, including electronic case report forms and electronic data capture systems, to collect, validate, and manage clinical trial data with real time access and improved efficiency.

Explore how SAS and R support data management, statistical analysis, and reporting in clinical trials. See how Tables and Spotfire enable interactive visualizations and dashboards for trial data.

Identify FDA regulation, GCP guidelines, and international standards guiding clinical research to protect participants, ensure data integrity, and uphold informed consent and ethical and legal requirements.

Explore the clinical research focus on evaluating safety and efficacy of new medical interventions, including drugs, devices, and diagnostics, across observational, interventional, randomized and non-randomized trials and phase trials.

Develop and evaluate diagnostic tests for accuracy, reliability, and validity. Use case-control and prospective designs to assess sensitivity, specificity, predictive values, and reduce false positives and negatives for reliable diagnoses.

Identify high-risk individuals through screening studies to detect disease early, enabling preventive measures and timely intervention, while noting limitations like false results and the need for professional consultation.

Observational studies observe data in natural settings without intervention, using retrospective or prospective designs to describe or analyze populations. Subtypes include case-control, cohort, cross-sectional, ecological, and survey studies.

Celebrate completing the clinical research course with a certificate of completion. Earn an internship certificate from Swallow Biotech and OSP Limited after scoring on exam and completing a 150-hour internship.