Types of Paid Clinical Trials in Tampa, Florida

Looking for new treatment options? Paid clinical research studies in Tampa, Florida, provide access to cutting-edge therapies while offering fair compensation and advancing medical research. Whether you're interested in helping test new treatments for asthma, type 2 diabetes, or chronic kidney disease, your participation plays a crucial role in shaping the future of health care.

At Santos Research Center, your safety comes first. As an experienced clinical research facility in Florida, we conduct FDA-approved trials that follow strict Institutional Review Board (IRB) guidelines. Our physicians and researchers ensure every participant is well-informed, comfortable, and protected throughout the study.

Want to learn more? Explore how clinical trials work in our What is a Clinical Trial Study guide.

Understanding Paid Clinical Trials

Clinical research advances medicine, therapy, and vaccine development, ensuring new treatments are safe and effective. Paid clinical trials test these treatments by analyzing data from volunteers to determine their efficacy.

To protect participants, all trials follow strict ethical and regulatory guidelines established by the Institutional Review Board (IRB) and overseen by the Office for Human Research Protections (OHRP). These organizations ensure that human subject research is conducted safely and ethically, with full transparency about potential risks and benefits.

Additionally, many trials are managed by a contract research organization (CRO), which helps coordinate study procedures, analyze data, and maintain compliance with federal regulations. This structured approach ensures that each trial upholds the highest safety and ethical standards while contributing valuable insights to medical research.

If you’re curious about the qualifications and opportunities available, explore our guide: How to Qualify for Paid Clinical Trials.

The Diverse Types of Paid Clinical Trials

Paid clinical trials in Tampa focus on various medical research areas, conditions, and treatments. Some trials study chronic diseases, including:

• Type 2 diabetes, asthma, rheumatoid arthritis, and chronic kidney disease.

Other studies explore new treatments for:

• Lung cancer, ovarian cancer, prostate cancer, and ulcerative colitis.

Researchers also conduct trials on:

• Neurological disorders, such as bipolar disorder.
• Cardiovascular diseases, including myocardial infarction (heart attack) and heart failure.
• Immune-related conditions, like hepatitis, influenza, and dermatitis.

Some trials target dermatological conditions like alopecia areata and acne, while others test experimental therapies for the brain and immune system.

Participating in a paid clinical trial advances medical research and provides access to potential new treatments.

1. Paid Treatment Trials

Treatment trials test the efficacy of new medicine, drugs, devices, and therapies for various conditions. These studies follow Institutional Review Board (IRB) guidelines and are regulated by the Office for Human Research Protections (OHRP) to ensure ethical research and participant safety.

Examples:

• Type 2 Diabetes: A trial testing a new oral medication that mimics the effects of insulin to lower blood sugar levels.
• Rheumatoid Arthritis: Monoclonal antibody therapy targeting inflammatory receptors to reduce joint pain and stiffness.
• Chronic Kidney Disease: An experimental drug that slows kidney function decline by blocking specific enzymes responsible for inflammation.

Case Study: Type 2 Diabetes Treatment Trial

• A recent phase III clinical trial tested a new GLP-1 receptor agonist to help patients with type 2 diabetes better regulate blood sugar levels. The study monitored 1,500 participants over 12 months, comparing the drug’s performance against standard insulin therapy. Patients reported improved glucose control, weight loss, and fewer side effects than traditional insulin-based treatment.

Learn more about the terminology used in these medical research trials: Clinical Trial Terminology and Glossary.

2. Paid Prevention Trials

Prevention trials focus on reducing the risk factors of disease by testing a vaccine, lifestyle intervention, or preventive medication. These studies often partner with a Contract Research Organization (CRO) to manage protocols and analyze data for safety and effectiveness.

Examples:

• Influenza & Respiratory Illnesses: A mRNA-based vaccinetrial evaluating its ability to provide long-term immunity against multiple influenza virus strains.
• HeartDisease & Hypertension: A study testing a cholesterol-lowering injection designed to reduce the risk of myocardial infarction and heart failure in high-risk
• Osteoporosis: Research on a daily calcium and vitamin D supplement regimen to prevent bone loss in postmenopausal women.

Case Study: Influenza Vaccine Trial

• A study conducted across multiple research centers in Florida assessed a new mRNA-based flu vaccine designed to provide longer-lasting immunity compared to traditional flu shots. Participants were divided into two groups—one receiving the new vaccine and the other receiving the standard flu shot. Over the course of a two-year follow-up, researchers tracked immune system responses, infection rates, and side effects, finding that the mRNA vaccine provided better protection against multiple flu strains.

3. Paid Diagnostic Trials

Diagnostic trials aim to improve early detection of diseases, allowing physicians to provide timely treatment. These studies are regulated as human subject research under OHRP and must receive Institutional Review Board (IRB) approval before collecting patient data.

Examples:

• Prostate Cancer: A study testing an AI-driven imaging tool that detects early neoplasms with higher accuracy than standard biopsies.
• Dermatitis & Skin Conditions: A new non-invasive patch test designed to diagnose chronic dermatitis without requiring skin irritation.
• Liver Disease: Blood biomarker analysis to detect fatty liver disease in high-risk populations, including patients with obesity and type 2 diabetes.

Case Study: AI-Powered Prostate Cancer Detection

• Researchers conducted a clinical trial on a new AI-driven imaging tool to improve early detection of prostate cancer. The study analyzed data from 500 men over the age of 50, comparing the AI-assisted imaging system to traditional biopsy procedures. The AI system accurately identified 90% of early-stage prostate cancers, reducing the need for unnecessary biopsies and improving early intervention rates.

Learn more about participating in diagnostic trials: Research Study Participants in Tampa Bay.

4. Paid Screening Trials

Screening trials assess the best early detection methods for diseases, often using biomarkers, imaging tests, and genetic analysis. These trials rely on large-scale data collection to validate findings.

Examples:

• Melanoma & Skin Cancer: AI-powered mole-mapping technology that uses deep learning algorithms to identify early signs of melanoma in high-risk Florida
• Heart Failure Detection: A smartwatch ECG study that analyzes heart rhythms to detect signs of arrhythmias or cardiac dysfunction before symptoms appear.
• Ovarian Cancer: A new blood test designed to identify ovarian cancer biomarkers at an earlier stage than current methods.

Case Study: Melanoma Screening in High-Risk Populations

• A trial in Florida and Texas studied a non-invasive skin imaging device that uses deep learning algorithms to detect early-stage melanoma in patients with high sun exposure. The study followed 1,200 participants over 18 months and found that the AI-assisted imaging tool identified abnormal skin lesions with 30% greater accuracy than traditional visual inspections.

5. Paid Quality of Life Trials

Also known as supportive care trials, these studies focus on enhancing quality of life for individuals with chronic illnesses. Researchers assess the efficacy of therapies that improve pain management, sleep, emotional well-being, and mobility.

Examples:

• Insomnia & Sleep Disorders: A study testing a low-dose melatonin supplement versus a placebo to evaluate long-term sleep quality in patients with chronic stress or anxiety.
• Chronic Kidney Disease: A trial investigating a dietary intervention that reduces fluid retention and improves blood pressure
• Pain Management: Monoclonal antibody therapy designed to block pain receptors in patients suffering from neuropathy or migraine headaches.

Case Study: Managing Insomnia in Patients with Chronic Stress

• A clinical trial evaluating a low-dose melatonin supplement studied 800 participants with chronic stress-related insomnia. Researchers assessed sleep duration, quality, and daytime alertness over a three-month period. The study found that participants taking the supplement experienced 50% fewer nighttime awakenings and reported improved cognitive function and emotional well-being.

Learn how quality of life trials can benefit participants: How to Qualify for Paid Clinical Trials.

6. Observational and Interventional Studies

Observational studies collect data from participants without administering treatments, while interventional trials actively test medications, procedures, or lifestyle changes. Both play a key role in medical research and require Institutional Review Board (IRB) approval before recruiting participants.

Examples:

• Observational Study – Type 2 Diabetes: A long-term study tracking the progression of diabetes in different racial and ethnic groups in Florida to analyze risk factors for kidney disease and cardiovascular complications.
• Interventional Study – Neuropathy: A new experimental drug trial testing a nerve regeneration compound to help repair damaged nerve cells in patients with diabetic neuropathy.
• Immune System & Autoimmune Disorders: A study assessing the immune response to a monoclonal antibody therapy for treating rheumatoid arthritis and lupus.

Case Study: Long-Term Effects of Type 2 Diabetes on Heart Health

• A 10-year observational study conducted across multiple U.S. states followed 5,000 adults with Type 2 diabetes to analyze how diabetes progression impacts cardiovascular health. Researchers collected data on blood sugar levels, cholesterol, blood pressure, and heart disease rates, ultimately identifying new risk factors for heart failure in diabetic patients.

Learn more about clinical trials in your area: Research Study Participants in Tampa Bay.

The Importance of Paid Clinical Trials in Modern Medicine

Paid clinical trials drive medical research, innovation, and improved patient outcomes. Many standard treatments for cancer, heart disease, and autoimmune conditions began as experimental drugs in early trials. Researchers use data collection, dose adjustments, and placebo-controlled studies to assess efficacy before public release.

Every trial follows strict informed consent guidelines, ensuring participants understand risks, benefits, and side effects. By joining a trial, individuals in Tampa Bay contribute to global medical advancements while addressing local health concerns.

At Santos Research Center, all studies meet Institutional Review Board (IRB) standards, prioritizing transparency, safety, and ethical research.

Important Note: While Santos Research Center specializes in diverse areas like neurology, dermatology, and chronic conditions, we do not currently conduct cancer clinical trials. For cancer-related studies, consult resources like the National Cancer Institute.

Why Choose Santos Research Center in Tampa?

Santos Research Center is a leader in conducting paid clinical trials in Tampa, Florida. We offer:

• Access to Innovative Treatments: Participants may benefit from experimental drugs, monoclonal antibody therapies, and advanced medical devices.
• Local Expertise: Our facility addresses health conditions prevalent in Florida, such as hypertension, type 2 diabetes, and asthma.
• Fair Compensation: All participants receive financial payment for their contributions, including reimbursement for travel and time.

How to Get Started in a Paid Clinical Trial

Qualifying for paid clinical trials involves a simple process:

Step 1: Complete a Quick Screening – Answer a few basic health questions so we can match you with the right trial. Some studies require specific conditions, while others accept healthy volunteers.

Step 2: Get Fully Informed – You’ll receive all the trial details, safety guidelines, and compensation information so you can make an informed decision.

Step 3: Begin Your Journey – If you qualify, you’ll receive expert health care while contributing to groundbreaking research.

Learn more about the qualification process: How to Qualify for Paid Clinical Trials.

Conclusion: Be Part of Medical Advancements in Tampa

Don’t miss the opportunity to make a difference—for yourself and for future generations. Participating in a paid clinical trial offers a chance to access potential new treatments, contribute to life-changing research, and receive fair compensation for your time.

Call (813) 249-9100 today to speak with a trial specialist or apply online to see which studies you qualify for. You can also visit us at 5927 Webb Rd, Tampa, FL 33615.

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