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Flow Characteristics of Elastomeric and Peristaltic Enteral Pumps Under Pressurized Conditions: Implications for Enteral Nutrition Intolerance
Poster presented at ASPEN 2026 conference.
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Self-reported Improvements in Enteral Nutrition Tolerance Using Mobility+ Elastomeric Enteral Feeding System
Poster presented at FNCE25 conference.
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Independent Learning Is Feasible To Successfully Operate An Elastomeric Enteral Nutrition Delivery System
Poster presented at ESPEN25 conference.
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Safety & Efficacy in Tube-fed Patients
A summary of our study that looked at how well Mobility+ worked for adults who normally use gravity, a pump, or a syringe to get their nutrition through a feeding tube at home.
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Simple Setup For Patients and Caregivers
A summary of our study that evaluated whether enteral nutrition (EN) patients, caregivers, and individuals new to EN could independently learn to operate the Mobility+ system using instructional materials – without healthcare professional (HCP) assistance.
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Utility, Safety and Effectiveness of Mobility+ Enteral Feeding System.
Poster presented at ASPEN25 conference.
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Flow Rates of a Novel Enteral Feeding System
Poster presented at ASPEN conference.
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Usability of a Novel Enteral Feeding System: A Summative Study
A usability study of our innovative Mobility+ᵀᴹ system was published in Medical Devices Evidence and Research
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Usability of a Novel Mobility-Enhancing Enteral Feeding System Across Different Groups
A usability study of our innovative Mobility+ᵀᴹ system was published in Medical Devices Evidence and Research
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The Effect of Enteral Tube Feeding on Patients’ Health-Related Quality of Life: A Systematic Review
Rockfield has published at study in MDPI
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