Calyx and Invicro are now Perceptive
Independent review of trial event assessments by adjudication experts.
Proven expertise in delivering high-quality imaging data at a global scale.
With strengths in instrument engineering, signal processing, and pharmaceutical R&D, Perceptive Discovery consistently delivers successful imaging study designs and executions.
Effective RTSM, built on 30 years of experience, and connected to an ecosystem which includes eConsent and eCOA.
Highly established imaging centers for first-in-human and multicenter trials.
900+ agents radiolabeled and counting.
Supporting both malignant and non-malignant indications.
Experts in Alzheimer’s Disease, Parkinson’s Disease imaging and more.
Supporting over 85% of radiopharmaceutical companies.
Optimize preclinical and clinical trials in other areas and drug classifications.
Therapeutic and technical expertise in imaging modalities, protocol design, and acquisition.
Oncology imaging, RTSM, and clinical adjudication services.
Tackling unique rare disease trial supply, imaging and adjudication challenges.
We are here to serve science.
From discovery, through early to late-phase clinical development, to regulatory approval and post-market, you can count on Perceptive to be dependable, diligent, and driven in everything we do.
Perceptive Discovery bridges preclinical insights to early clinical success, ensuring rigorous scientific analysis and high-quality data to support innovation.
Providing the right-fit randomization & trial supply management solution for your trials, delivered by experts.
The right people, experience, and technology to drive clinical trial imaging success.
Functional Magnetic Resonance Imaging (fMRI) is a flexible set of techniques that image aspects of blood flow to measure regional variations in brain activity. Task-specific patterns of activity can be derived using a wide variety of perceptual, emotional, or cognitive task paradigms, or alternatively, baseline brain function and connectivity within brain networks can be assessed by resting-state fMRI (where no task/stimuli are used). Both methods can be sensitive markers of drug effects in healthy volunteers or patient groups. fMRI provides whole-brain, systems-level information, which can be closely tied to clinical outcomes, with the selection of an appropriate task and experimental design. Modern analysis techniques based around machine-learning algorithms are showing great promise in identifying potential biomarkers of disease states from fMRI data.
Reach out today and one of our solution experts will be in touch to learn about your specific needs.
"*" indicates required fields
Δ
