THE SCIENCE Behind Digivibe
How Digivibe Works to Reduce Injection Pain
Wondering how Digivibe works? The answer lies in the Gate Control Theory of Pain. When activated, the device emits gentle vibration to the injection site. These signals move faster than pain signals, closing the "gate" before discomfort can be registered—creating a calmer experience for blood sugar testing, injections, and more.
- High-frequency vibrations activate non‑pain nerve fibers
- Pain signals are blocked at spinal level before reaching the brain
- Clinically shown to reduce discomfort from finger pricks and wellness injections
Understanding how Digivibe works gives confidence to those managing injections or glucose monitoring. Vibration eases anxiety and supports consistency.
DIGIVIBE: A Modern Application of the Pain Gate Theory
How Digivibe works to reduce pain using the pain gate theory
Building on the principles of the Pain Gate Theory, Digivibe represents a significant advancement in personal pain management.
The Pain Gate Theory proposes that the spinal cord contains a neurological "gate" that controls the flow of pain signals to the brain. When Digivibe's vibrations activate the larger A-beta nerve fibers, it effectively "closes" this gate to pain signals from smaller C-fibers.
Vibration Technology & The Pain Gate Theory
Utilizes pulsed vibrations to activate larger nerve fibers that block pain signals
Clinical Research on the Pain Gate Theory
Backed by studies confirming vibratory anesthesia reduces pain perception
A study published in 2020 by Doctor W. Yvecki explores the use of vibratory anesthesia to reduce pain perception in upper extremity corticosteroid injections. The research confirmed that vibratory anesthesia significantly decreases patient-reported pain compared to no intervention, illustrating the effectiveness of vibrational stimulation in clinical settings.
The Digivibe device incorporates this same concept, using portable vibrational technology to offer immediate pain relief without the need for pharmaceuticals.
VIEW CLINICAL STUDIESWATCH THE DIGIVIBE Block Injection Pain
Discover how the Pain Gate Theory transforms the patient experience. The DigiVibe applies this groundbreaking concept to help reduce discomfort during injections—bringing science and relief together in one powerful tool.
CLINICAL Studies
Harvard University Clinical Study
By: Jeffrey R. Shaefer, DDS, MS, Stephanie J. Lee, BS, and Nina K. Anderson, PhD.
This study showed that the DigiVibe device significantly reduced pain from dental anesthetic injections. The research demonstrates how vibration technology effectively blocks pain signals through the gate control theory.
Tufts University Clinical Study
By: Tufts University School of Medicine
DigiVibe significantly reduced pain associated with local anesthetic infiltration injections in adolescents. This research supports the effectiveness of vibration therapy as a non-invasive approach to pain management during needle procedures.
Damascus University Clinical Study
By: Rahaf Dak-Albab, Mohammad Bashier Al-Monaqal, Rana Kosehba, and Rania Soudan
This study confirmed that vibration therapy can be used to alleviate pain associated with needle injections, providing additional scientific validation for DigiVibe's approach to needle pain management.
University of Pacific Clinical Study
By: University of Pacific
This research concluded that pain management should become a routine aspect of vaccine delivery. The findings support DigiVibe's application in improving patient comfort during various needle procedures including vaccinations.
THE SCIENCE Behind DigiVibe
Clinical research shows vibration therapy significantly reduces needle pain through targeted nerve stimulation.
View Clinical Studies
