Ukuxinana kwamathambo kunye nokukwazi komzimba ukwakha ithambo elitsha kubalulekile kubantu abachacha kukwenzakala.Kwakhona kubalulekile kuthi sonke njengoko sikhula kuba amathambo ethu athambekele ekubeni abe buthathaka ngexesha, enyusa umngcipheko wokuqhekeka.Iinzuzo zokuphilisa amathambo zokukhanya okubomvu kunye ne-infrared zisekwe kakuhle kwaye zibonakaliswe kwizifundo ezininzi zebhubhoratri.
Kwi-2013, abaphandi baseSão Paulo, eBrazil bafunde iziphumo zokukhanya okubomvu kunye ne-infrared ekuphiliseni amathambo egundane.Okokuqala, iqhekeza lethambo lanqunyulwa kumlenze ophezulu (i-osteotomy) yeegundane ezingama-45, eziye zahlulwa zibe ngamaqela amathathu: Iqela le-1 alifumananga ukukhanya, iqela le-2 lilawulwa ukukhanya okubomvu (660-690nm) kunye neqela le-3 libonakaliswe ukukhanya kwe-infrared (790-830nm).
Uphononongo lufumene "ukwanda okukhulu kwinqanaba le-mineralization (inqanaba elimpunga) kumaqela omabini aphathwa nge-laser emva kweentsuku ze-7" kwaye okuthakazelisayo, "emva kweentsuku ze-14, kuphela iqela eliphathwe nge-laser therapy kwi-spectrum ye-infrared ebonisa ukuxinana kwamathambo aphezulu. .”
Isiphelo sophononongo sika-2003: “Sigqibe kwelokuba i-LLLT ibe nefuthe elihle ekulungiseni iziphene zamathambo ezifakwe kwithambo lenkomo lenkomo.”
Isiphelo sophononongo lwe-2006: "Iziphumo zezifundo zethu kunye nabanye zibonisa ukuba ithambo elihlanjululwe kakhulu nge-infrared (IR) wavelengths libonisa ukwanda kwe-osteoblastic, i-collagen deposition, kunye ne-bone neorformation xa kuthelekiswa nethambo elingenakulinganiswa."
Isiphelo sophononongo luka-2008: "Ukusetyenziswa kobugcisa belaser buye basetyenziselwa ukuphucula iziphumo zonyango lotyando lwamathambo kunye nokukhuthaza ixesha elikhululekile emva kotyando kunye nokuphiliswa ngokukhawuleza."
Unyango lwe-infrared kunye nokukhanya okubomvu lunokusetyenziswa ngokukhuselekileyo nguye wonke umntu owaphula ithambo okanye owenza naluphi na uhlobo lokwenzakala ukunyusa isantya kunye nomgangatho wokuphilisa.
Ixesha lokuposa: Oct-25-2022