A 10-year old medical device company based in Atlanta, GA and Modesto, CA manufactures a wearable electro-therapy stimulator glove that has received FDA and international regulatory approvals. The device has treated over 200,000 patients and been the subject of 8 published clinical studies showing its effectiveness in improving motor function for conditions like spinal cord injury and stroke. The stimulator glove provides uniform therapy over the treatment area while being soft, comfortable and washable.

3. 10 year old medical device company Atlanta ,Ga. and manufacturing in Modesto, Ca. Shenzhen, China FDA - seven 510ks, 8 medical claims, CE Mark CMS Codes, Medicare Reimbursement In the market having treated > 200,000 patients 8 published clinical studies with several pending FDA/GMP and ISO13485/2003 Distribution agreements for Japan and Germany

4. World ’s 1 st Garment Electrodes Wearable / PC interactive Stimulator Nocturnal Stimulation: “ Therapy While Sleeping”

7. Delivers electro-therapy * uniform therapy over the treatment area Conductivity remains stable for 90 days Soft, comfortable, washable

9. Micro-current HVPG 40 years of clinical use > 100 Citations 17 RCT Studies; n= 817 Meta analysis of 95% HHS endorsed CMS endorsed 4 Prizm Clinical Studies

17. 49 year old patient 10 months after spinal cord injury

21. “ Daily Electro-Mesh™ Glove stimulation can modify altered motor control and improve voluntary wrist extension movement in stroke subjects with chronic neurological deficits.”

22. S. Golaszewski,et.al.

26. “… change occurred in a definite pattern in the region of the regional cerebral blood flow of the brain cortex after mesh‑glove whole hand stimulation…”

27. Modulatory effects on human sensorimotor cortex by whole-hand afferent electrical stimulation S.M. Golaszewski, MD; Conclusions: “ The increased BOLD response spatially localized within the sensorimotor cortex reflects an increase in neuronal activity that may provide augmented neuronal excitability”.

28. Cutaneous electrical stimulation may enhance sensorimotor recovery in chronic stroke SH Peurala, K Pitkänen, J Sivenius and IM Tarkka Brain Research and Rehabilitation Center Neuron, Kuopio, Finland Subthreshold sensory stimulation improve limb function late after stroke. It may also alter central responsiveness to sensory stimulation, altering somatosensory evoked potential. These changes followed only brief treatments, 20 min. twice daily over three weeks

30. Therapy while Sleeping “ Serving patients with therapeutic energy ”