Enhancing Diagnostic Precision in Clinical Trials – Collaboration

At Paragon RX Clinical, we partner with a local advanced imaging center equipped with state-of-the-art diagnostic technology to support early detection, disease monitoring, and protocol-specific imaging endpoints across a wide range of therapeutic areas. While the imaging equipment is not housed onsite, our close collaboration ensures seamless scheduling, high-quality imaging, and rapid turnaround to meet study demands. Below is a comprehensive list of the imaging capabilities available through our partnership and how each contributes to the success of our clinical research trials.

1. MRI Scanner – High-Resolution Brain and Tissue Imaging 

  • Provides exceptional soft tissue contrast for neurology, musculoskeletal, and oncology studies
  • Supports Alzheimer’s disease, multiple sclerosis, and brain cancer research
  • Enhances sponsor confidence through quality imaging biomarkers and volumetric analysis

2. CT Scanner – Rapid Cross-Sectional Imaging

  • Delivers fast, accurate anatomical imaging for cardiovascular, GI, and oncology trials
  • Enables baseline, follow-up, and tumor response assessments in cancer studies
  • Essential for lung cancer screening, colorectal imaging, and metastasis tracking

3. DEXA Scan – Bone Density and Body Composition

  • Supports metabolic disease trials, including obesity and osteoporosis studies
  • Offers precise lean/fat mass measurements and BMD tracking over time
  • Non-invasive, quick, and sponsor-preferred for body composition endpoints

4. Ultrasound with Doppler – Real-Time Soft Tissue and Vascular Imaging

  • Enables real-time procedural guidance for liver biopsies and targeted injections
  • Ideal for hepatology, gynecology, and cardiovascular protocols
  • Portable and non-invasive—perfect for diverse populations and longitudinal follow-up

5. Digital X-ray – Fast and Efficient Diagnostic Imaging

  • Commonly used for eligibility screening in orthopedic and respiratory trials
  • Low-radiation, quick turnaround for same-day diagnostic decisions
  • Essential in early-phase studies for detecting bone fractures, lung abnormalities, and joint changes

6. PET/CT Access – Advanced Metabolic and Oncology Imaging

  • Enables precise functional and anatomical imaging in one session
  • Valuable for immunotherapy, oncology, and CNS studies requiring biomarker data
  • Often used for disease staging and monitoring treatment response

7. Echosens FibroScan® – Non-Invasive Liver Fibrosis and Steatosis Assessment

  • Ideal for screening, patient stratification, and follow-up assessments in liver studies
  • Enhances patient comfort and enrollment by reducing reliance on liver biopsy
  • Widely accepted by sponsors and regulatory agencies as a validated surrogate endpoint for NASH and NAFLD trials

8. Liver-Specific MRI with Quantitative Imaging Software – Precision Imaging for Liver Disease Trials

  • Equipped with advanced liver-specific MRI and imaging software, ideal for clinical trials requiring non-invasive liver assessments
  • Enables quantitative analysis of liver fat, fibrosis, and inflammation—critical for modern endpoints in hepatology and metabolic studies

Clinical Trial Indications Supported by Liver-Specific MRI:

  1. NASH (Nonalcoholic Steatohepatitis): Detects liver inflammation and fibrosis without biopsy, ideal for longitudinal tracking in therapeutic trials
  2. NAFLD (Nonalcoholic Fatty Liver Disease): Accurately quantifies liver fat content, enabling early intervention and lifestyle-modification trials
  3. MASH (Metabolic Dysfunction–Associated Steatohepatitis): Offers comprehensive liver and metabolic imaging to align with evolving diagnostic criteria
  4. Chronic Hepatitis B & C: Monitors liver damage progression and treatment response in antiviral drug studies
  5. Liver Fibrosis & Cirrhosis: Uses MR elastography and T1/T2 mapping to non-invasively stage fibrosis
  6. Alcohol-Related Liver Disease (ALD): Evaluates steatosis, inflammation, and fibrosis to support pharmacologic and behavioral research