A team of scientists from Harvard University has demonstrated that the application laser light can trigger stem cells in the body to regenerate tissue. Mark Hawver, writing for Tech Times, explained how David J. Mooney, Ph.D., professor of bioengineering, and his team used laser light to trigger human dental stem cells to form dentin.*
As we learn more about stem cells and their applications we have also learned treating a patient post and pre injection with laser therapy has given doctors a better result and more patient satisfaction.

A 16-watt, 980nm high-power laser with a lightweight handpiece that delivers optically-dense infrared energy to deep tissues, muscles, joints, and organs, thereby significantly reducing treatment time vs. Class III Laser devices. When combined with ALD’s MultiLumen topical device driver, a physician can stimulate circulation, reduce recovery times, combat stubborn conditions like neuropathy and acute and chronic pain, and monitor peripheral vascular and sympathetic nervous system functions. Another use of the ML1001 is for stem cell treatments: use the ML1001 to prepare the receptor site by hyper activating cellular activity and increasing circulation in the target area, a process that serves to attract stem cells as well as exosomes, peptides, minerals, vitamins or kemo types.