Precision Clinical Communicomics™ Research Program

Advancing the Science of Precision Healthcare Communication

The Precision Clinical Communicomics™ Research Program provides the scientific foundation for the development and translation of precision healthcare communication within the DLEV Studio innovation ecosystem.

The program integrates medicine, communication science, behavioral science, linguistics, artificial intelligence, health informatics, implementation science, and health economics to investigate how communication characteristics influence patient understanding, trust, engagement, shared decision-making, and healthcare outcomes.

Research findings inform the continued development of communication models, computational methods, educational systems, clinical workflows, and enterprise technologies while creating opportunities for academic collaboration, scientific publication, and real-world implementation.

Current Research Program

Current investigations examine how communication can be systematically measured, personalized, and optimized across healthcare settings and populations.

Major areas of research include:

Cancer screening communication and decision-making
Serious illness and end-of-life communication
Human–AI communication and ethical boundaries
Health literacy, numeracy, and message comprehension
Rhetorical framing and communication characteristics
Healthcare workforce communication and education
Decentralized healthcare delivery
Implementation science and health-system performance
Health economics of precision communication

Cancer Screening Research

A coordinated research program is examining communication characteristics across major evidence-based cancer-screening domains, including:

Breast cancer
Colorectal cancer
Cervical cancer
Lung cancer
Prostate cancer

These studies evaluate how characteristics including rhetorical framing, health literacy, health numeracy, educational attainment, language preference, and message structure influence understanding, trust, perceived relevance, reassurance, and behavioral intent.

The broader objective is to determine how precision communication can support more effective screening outreach, patient engagement, informed decision-making, and appropriate utilization of preventive healthcare services.

From Communication Science to Health-System Performance

The research program extends beyond individual communication encounters to examine precision communication as a scalable health-system capability.

Research evaluates how communication characteristics may influence downstream outcomes including screening participation, appointment completion, adherence to recommended care, continuity of care, patient retention, care coordination, and organizational performance.

Implementation-science methods are used to examine how communication interventions can be translated into sustainable clinical and operational workflows.

A complementary health-economics framework evaluates areas including return on investment, cost-effectiveness, operational efficiency, resource utilization, and the organizational impact of communication optimization.

Education, Simulation & IPCCP

The Interdisciplinary Precision Clinical Communication Platform (IPCCP) provides an operational environment for communication education, simulation, competency assessment, and research.

IPCCP enables medical and nursing students, physicians, nurses, pharmacists, allied health professionals, and other healthcare learners to develop and evaluate communication using standardized clinical scenarios and structured performance analytics.

The platform supports interdisciplinary education, communication competency assessment, longitudinal learner evaluation, faculty scholarship, educational research, and multi-institutional collaboration.

As the platform continues to evolve, IPCCP provides a scalable environment through which communication science can be investigated not only as a patient-engagement capability, but also as a measurable healthcare workforce competency.

Translational Research

DLEV Studio approaches research as part of a broader translational continuum.

Scientific findings can inform new communication models, intellectual property, computational architectures, educational methods, clinical workflows, and enterprise software capabilities. In turn, simulation, education, and real-world implementation generate new questions for scientific investigation.

This continuous relationship between research, education, technology development, implementation, and commercialization enables discoveries to move beyond academic investigation while ensuring that emerging technologies remain grounded in scientific evidence.

Academic & Institutional Collaboration

The Precision Clinical Communicomics™ Research Program is designed to support collaboration with academic institutions, healthcare organizations, investigators, educators, and interdisciplinary research teams.

Areas for collaboration include prospective research, communication science, healthcare education, implementation science, health economics, cancer-screening research, human–AI communication, faculty scholarship, and multi-institutional studies.