980nm 1470nm Diode Laser Percutaneous Laser Decompression (PLDD)
A cikin tsarin rage matsewar diski na laser percutaneous, ana aika makamashin laser ta hanyar siririn zare na gani zuwa cikin diskin.
Manufar PLDD ita ce a tururi wani ƙaramin ɓangare na tsakiyar ciki. Cire ƙaramin adadin ƙwayar ciki yana haifar da raguwar matsin lamba a cikin disc, wanda hakan ke haifar da raguwar ɓarnar diski.
PLDD wata hanya ce ta likitanci mai ƙarancin cin zarafi wadda Dr. Daniel SJ Choy ya ƙirƙiro a shekarar 1986 wadda ke amfani da hasken laser don magance ciwon baya da wuya da diskin herniated ke haifarwa.
Tsarin laser na Percutaneous laser decompression (PLDD) shine mafi ƙarancin amfani da laser percutaneous wajen magance diski hernias, cervical hernias, dorsal hernias (banda sashi na T1-T5), da lumbar hernias. Tsarin yana amfani da makamashin laser don shanye ruwan da ke cikin ƙwayar halittar da ke haifar da lalacewa, wanda ke haifar da raguwar matsi.
Dandalin TR-C® DUAL ya dogara ne akan halayen sha na tsawon nisan 980 nm da 1470 nm, wanda, godiya ga kyakkyawar hulɗarsa a cikin ruwa da haemoglobin da kuma zurfin shiga tsakani cikin kyallen diski, yana ba da damar aiwatar da hanyoyin lafiya da daidaito, musamman a kusa da tsarin jiki mai laushi. Daidaiton aikin tiyatar microsurgical yana da tabbas ta hanyar halayen fasaha na musamman na PLDD.
Menene PLDD?
Tsarin rage matsin lamba na diski na laser na Percutaneous (PLDD) wata hanya ce da ake magance faifan intervertebral na herniated ta hanyar rage matsin lamba a cikin discal ta hanyar amfani da makamashin laser. Ana gabatar da wannan ta hanyar allura da aka saka a cikin nucleus pulposus a ƙarƙashin maganin sa barci na gida da kuma sa ido kan fluoroscopic. Ƙaramin adadin nucleus da aka tururi yana haifar da raguwar matsin lamba a cikin discal, tare da ƙaura daga tushen jijiya. Dr. Daniel SJ Choy ne ya fara haɓaka shi a 1986. PLDD ya tabbatar da cewa yana da aminci kuma yana da tasiri. Yana da ɗan haɗari kaɗan, ana yin sa a wurin da ba a kula da shi ba, ba ya buƙatar maganin sa barci gabaɗaya, ba ya haifar da tabo ko rashin kwanciyar hankali na kashin baya, yana rage lokacin gyarawa, ana iya maimaita shi, kuma baya hana tiyata a buɗe idan hakan ya zama dole. Zaɓi ne mai kyau ga marasa lafiya da ke da mummunan sakamako a cikin maganin da ba na tiyata ba. Ana saka allura a yankin da abin ya shafa na faifan intervertebral kuma ana allurar zaren laser ta cikinsa don ƙona nucleus pulposus da laser. Hulɗar nama da zaren laser na TR-C® DUAL, waɗanda ke ba da damar yin tiyata, sauƙin sarrafawa, da kuma mafi girman aminci. Amfani da zare mai laushi na laser mai taɓawa tare da diamita na tsakiya na micron 360 tare da microsurgical PLDD yana ba da damar shiga da shiga cikin wurare masu mahimmanci kamar yankunan diski na mahaifa da lumbar bisa ga buƙatun magani na asibiti. Ana amfani da maganin laser na PLDD galibi bayan zaɓuɓɓukan magani na gargajiya waɗanda ba su yi nasara ba ƙarƙashin kulawar MRT/CT mai tsauri.
- Shafawa a cikin kashin baya na mahaifa, kashin baya na thoracic, da kashin baya na lumbar
- Neurotomy na reshen tsakiya don gidajen haɗin facet
- Neurotomy na reshen gefe don gidajen haɗin sacroiliac
— Ya ƙunshi ciwon diski tare da stenosis na foraminal a jere
- Tsarin kashin baya na Discogenic
- Ciwon Discogenic
- Ciwon haɗin gwiwa na sacroiliac na yau da kullun da kuma ciwon haɗin gwiwa na sacroiliac
— Ƙarin aikace-aikacen tiyata, misali gwiwar hannu ta tennis, da kuma ƙashin ƙugu
— Maganin sa barci na gida yana ba da damar magance marasa lafiya da ke cikin haɗari.
— Lokacin aiki kaɗan ne idan aka kwatanta da hanyoyin buɗewa
— Ƙarancin rikitarwa da kumburi bayan tiyata (Babu rauni a nama mai laushi, Babu haɗarin
epidural fibrosis ko tabo)
— Allura mai laushi tare da ƙaramin wurin hudawa don haka babu buƙatar dinki
- Sauƙaƙa ciwo mai mahimmanci da kuma motsa jiki nan take
- Gajarta zaman asibiti da gyaran jiki
- Ƙananan farashi
Ana yin aikin PLDD ta amfani da maganin sa barci na gida. Ana saka zare na gani a cikin wani bututun musamman a ƙarƙashin fluoroscopic.jagora. Bayan an yi amfani da bambanci ga ɓangaren, ana iya duba matsayin cannula da yanayin faifankumburi. Fara amfani da laser yana haifar da raguwar matsin lamba kuma yana rage matsin lamba a cikin disc.
Ana yin aikin ne daga hanyar da ke bayan hanya zuwa gefe ba tare da tsangwama ga hanyar vertebral ba, saboda haka, akwaiBabu yiwuwar lalata maganin gyara, amma babu yiwuwar ƙarfafa annulus fibrosus.A LOKACIN PLDD, ƙarar faifan yana raguwa kaɗan, duk da haka, matsin lambar faifan na iya raguwa sosai.Ta amfani da laser don narkar da faifan diski, ƙaramin adadin nucleus pulposus yana ƙafewa.
Kayan aikin da aka yi amfani da su wajen tsaftace jiki sun haɗa da filaber mai girman micron 400/600 tare da kariyar jaket, allurar 18G/20G (tsawon 15.2cm), da kuma mahaɗin Y wanda ke ba da damar shiga da tsotsar fifiber. An haɗa mahaɗin da allurar daban-daban don ba da damar sassauci sosai a lokacin magani.
| Nau'in Laser | Diode Laser Gallium-Aluminum-Arsenide GaAlAs |
| Tsawon Raƙuman Ruwa | 980nm+1470nm |
| Ƙarfi | 30W+17W |
| Yanayin Aiki | CW, Pulse da Single |
| Hasken Nufin | Daidaitacce Ja mai nuna alama 650nm |
| Nau'in zare | Zare mara nauyi |
| Diamita na zare | Zaren 300/400/600/800/1000um |
| Mai haɗa fiber | Tsarin ƙasa da ƙasa na SMA905 |
| Pulse | 0.00s-1.00s |
| Jinkiri | 0.00s-1.00s |
| Wutar lantarki | 100-240V, 50/60HZ |
| Girman | 41*33*49cm |
| Nauyi | 18KG |
