Our Oral Abstract Presentation
We are excited to announce that one of 5thPort’s pilot programs in Radiation Oncology has been selected for an oral presentation.
Details:
- Abstract Title: A Pilot Study Incorporating AI-Based Avatar Digital Engagements for Patients in a Community Radiation Oncology Practice
- Scientific Session Number: SS 20
- Scientific Session Title: Patient Safety 1: Harnessing AI and Team Efforts to Enhance Patient Care through Workflow and Automation Improvements
- Session Date/Time: September 29, 10:45AM – 12:00PM
The abstract highlights a successful pilot conducted at a large mid-Atlantic radiation oncology where the use of 5thPort improved patient comprehension, engagement and satisfaction while reducing the time clinicians spent on repetitive education. Patients arrived for their consultations educated, reducing provider stress and allowing them to focus on delivering care.
*We will be posting the full results within the Red Journal. URL coming soon…
Presenter Preview: Dr. Gaurav Shukla, Radiation Oncologist at ChristianaCare in Delaware
What is 5thPort?
5thPort is a Patient Education & eConsent Solution that uses multimedia content to educate & engage patients & their caregivers throughout their treatment journey. Radiation Oncologists have found 5thPort improved patient comprehension, saved 15-20 minutes per consult, & significantly reduced clinician stress.
How does it work?
Avatar-led videos walk patients through treatment options, risks, side effects, and aftercare—in their language, on any device.
Clinicians can create avatars in their own likeness, using their voice and face to build trust and personalize the experience.
Built-in teach-back questions, comprehension checks, and eConsent ensure patients are truly informed, not just compliant.
Analytics give providers visibility into patient understanding, readiness, and engagement.
The result? Less time spent on repetitive education, more consistency across teams, and a better experience for everyone.
Connect With Us at Booth #3113
Patient Education Platform
5thPort’s patient education platform delivers prescriptive, multimedia education to patients before they arrive at their consultation. It has proven to greatly improve patient comprehension, save 15-20 minutes per consult, and overcome language barriers.
Each video is tailored to the patient’s diagnosis, delivered in their preferred language, and viewable on any device. Built-in teach-back and comprehension checks ensure patients understand what to expect, leading to more productive consults, reduced patient anxiety, and improved care team efficiency.

Avatar-Led Video Creation
Meet the digital you! You’ll get to see how 5thPort helps providers feel like they’ve cloned themselves.
Providers can create their own AI-powered avatars in their voice, face, and any language they choose to guide patients through their treatment journey. These videos deliver patient education at scale, while helping patients feel a direct connection to their care team.
Providers love the consistency, patients trust the familiarity, and organizations gain back time previously spent educating and re-educating patients.
eConsent Software
5thPort’s eConsent software captures valid eSignatures, simplifying consent-related audit and regulatory compliance in a hospital and clinical trials setting.
The platform supports asynchronous signing and allows for multiple legally authorized representative (LAR) signatures, making it ideal for complex or remote consent scenarios. It also ensures seamless version control and efficient re-consenting, so patients always receive the most up-to-date information.
Additionally, the convenient One Touch Compliance (OTC) report digitally documents every action taken by clinical trial participants and staff during the eConsenting process.

Contact Us
We would love to hear from you. Schedule a 5thPort Patient Education Software demo, request more information or send a note to our sales team by filling out the form to the left.
Location
5thPort, LLC
131 Continental Drive, Suite 409, Newark, DE 19713