This research study explores the effects of the Leela Quantum Bloc Technology on wound healing rates in biological systems. Conducted under the supervision of Dr. Robert Sheaff, PhD., at the University of Tulsa, the study provides valuable insights into the potential impacts of controlled quantum interactions on biological processes.
Study Design: This double-blind experimental design on human dermal fibroblasts (HDF) cells was divided into two groups: a treatment group exposed to the Quantum Upgrade system and a control group maintained under standard conditions. The 5 experiments tracked the closure of wounds in a cellular monolayer, with multiple observations conducted daily.
Results:
Across all five experiments, cultures exposed to Leela Quantum Bloc Technology consistently reached full confluence faster than non-exposed controls. The improvement in closure rate ranged from ≈ 46 % to ≈ 100 % depending on the run, with the first two experiments showing the largest gains. Control plates showed slower, more variable progress. These observations suggest that the quantum-field intervention was associated with more rapid cell migration and coverage in this in-vitro model.
