Rannsóknarniðurstöður

Við hjá Even labs leggjum okkur fram um að finna tæki og lausnir, sem byggja á vísindalegum rannsóknum. Við leitumst við að halda utan um þessar upplýsingar og birta þær jafnóðum á síðunni eða vísa rannsóknarniðurstöður. Við leggjum áherslu á það við okkar viðskiptvini að þeir taki ábyrgð á eigin heilsu. Að því sögðu, þá mælumst við alltaf með því að fólk, sem er í meðferð hjá lækni eða öðrum fagmanni, hafi samráð við lækni ef viðkomandi tekur endanlega ákvörðun um breytingar á inntöku lyfja eða hyggst fara óhefðbundnar leiðir.

Hér að neðan munum við halda utan um upplýsingar um helstu rannsóknir, sem tengjast þeim meðferðum sem við bjóðum uppá. Við munum birta úrdrætti og lykilniðurstöður hér að neðan ásamt hlekk á viðkomandi rannsókn. Við biðjumst velvirðingar á því, að hluti af þessum upplýsingum eru og verða á ensku.

Rauð og innfrarauð ljós (e. Red and Near Infrared lights)

Umfangsmiklar rannsóknir hafa verið gerðar á notkun rauðra og innrauðra ljósa. Tæplega 5000 ritrýndar rannsóknir hafa verið birtar á síðustu áratugum, hlekkurinn vísar á yfirlit heldur utan um þessar rannsóknir, helstu niðurstöður og upplýsingar um hvernig má nálgast rannsóknirnar.

Meðfylgjandi mynd er samantekt á jákvæðum (blár), hlutlausum (grár) eða neikvæðum (rauður) áhrifum rauðra og/eða innrauðra ljósa á mismunandi sjúkdóma og kvilla. Taflan er unnin upp úr ofangreindu yfirliti.

Sogæðanudd (e. Body Compression)
  • “..resulted in a substantially higher average power output after wearing the compression garment compared with that after wearing the placebo garment. The wearing of graduated compressive garments during recovery is likely to be worthwhile and unlikely to be harmful for well-trained endurance athletes.” https://www.ncbi.nlm.nih.gov/pubmed/22240553
  • “..compression garment worn during the 24-hour recovery period after an intense heavy resistance training workout enhances various psychological, physiological, and a few performance markers of recovery compared with noncompressive control garment conditions. The use of compression appears to help in the recovery process after an intense heavy resistance training workout in men and women.” https://www.ncbi.nlm.nih.gov/pubmed/20195085
  • “..wearing whole-body compression garments during prolonged high-intensity intermittent exercise may benefit the physical performance of team-sport athletes by likely metabolic changes within the muscle between high-intensity efforts.” https://www.ncbi.nlm.nih.gov/pubmed/20555284
Lágtíðni Hljóðbylgjunudd (e. Low Frequency Sound Wave Thearapy)

Even labs notar tæki frá Finnska hátæknifyrirtækinu Neurosonic. Tækin senda frá sér lágtíðni hljóðbylgjur, sem hafa sýnt sig að hafa ýmis hagstæð áhrif á vellíðan og heilsu notandans.

  • EFFECTS OF LOW FREQUENCY SOUND VIBRATION TO HUMAN PSYCHOLOGICAL AND PHYSIOLOGICAL PHENOMENON: “..showed that Low frequency sound therapy can reduces the anxiety level, indicated by the decrease of average patients blood pressure up to 10.97 bpm. The significance reduction on patients Fibromyalgia Impact Questionnaire (88.8 to 16.8) indicated the capability of Low frequency sound therapy to overcome Fibromyalgia’s symptoms.” – “potentially lead to the cure Alzheimer disease” – “decrease pain in patients with Juvenile Idiopathic Arthritis”. “Results showed great effects of Low frequency sound thearapy on the health improvement and human psychology.” https://www.researchgate.net 
  • Cancer research is increasingly focused on discovering strategies to induce cancer cell apoptosis without affecting surrounding normal cells. One potential biocompatible method is mechanical vibration, which has been developed as part of the emerging field of mechanomedicine. Glucose consumption was increased in the first 24 h after mechanical vibration but returned to control levels before the onset of apoptosis. These results suggest a possible role for metabolic pathways. Mechanical vibration may thus represent a novel application of mechanomedicine to cancer therapy. Previous work has established that mechanical vibration can halt the progression of several inflammation‐related diseases, such as diabetes and osteoporosis, in animal models. Thus, mechanical vibration may have utility for the treatment of cancer, representing a new application for biomechanical manipulation in medicine.” https://onlinelibrary.wiley.com/doi/full/10.1002/elsc.201900154
  • Low-frequency sound wave therapy may have the potential to promote well-being of frail elderly subjects via improved functional capacity, especially in subjects who are too frail to undertake exercise.” https://www.ncbi.nlm.nih.gov/pubmed/19717506