Ngomhla we-10-12 kuSeptemba, ngo-2021, intlanganiso yokuqala yeSebe leZiko lezeMpilo leShandong Society of Health Promotion and Education kunye neNkomfa yesi-5 yePhondo yeZiko lezeMpilo yoKwakha noPhuhliso ibanjelwe ngempumelelo eWeifang Blue Ocean Hotel. Usekela Mongameli weShandong Health Promotion and Education Association; uNiu Dong, uMphathi weSikolo seMfundo eQhubekayo, kwiYunivesithi yeZonyango yokuqala yaseShandong; uGe Guo, uSekela Mongameli weShandong Health Promotion and Education Association kunye noSekela Mongameli weWeifang Medical College; iKomiti yezeMpilo yaseWeifang uZhao Jinshun, umphandi wenqanaba lesibini leCandelo eliQinisekileyo loMthetho; uNjingalwazi Qu Yanchun, umphathi wobugqirha kwiSikolo soLawulo lukaRhulumente kwiYunivesithi eNqabileyo yaseShandong; uZhang Yiting, uMphathi Jikelele weWeifang Xinli Superconducting Magnetoelectric Technology Co., Ltd.; uXu Chunming, uMphathi Jikelele weShandong Langrun Medical Co., Ltd. kunye namanye amalungu esebe kunye nephondo lonke Abantu abangaphezu kwama-300 abavela kwinkqubo yezempilo yedolophu bebekho kwintlanganiso.
Kwintlanganiso yokuqala yeSebe lezeMpilo leShandong Promotion and Education Society ebibanjwe ngomhla we-10, uNjingalwazi uLiu Yan waseShandong First Medical University (Shandong Academy of Medical Sciences) wonyulwa njengosihlalo wesebe, kwaye iilokishi ezili-16 (izithili, amaziko) kuquka uYi Yingqiang, umongameli wesibhedlele wonyulwa njengosekela mongameli. Ukusekwa kwesebe leziko lezempilo kubonelela ngesiqinisekiso esinamandla sokuphuculwa kwenqanaba lonyango oluphambili. Kule ntlanganiso, iingcali kunye nabathathi-nxaxheba baxoxe ngophuhliso lonyango olusisiseko kwiindawo ezisezantsi, kwaye babonisa indlela yophuhliso lolwakhiwo lwezempilo kwixesha elitsha.
I-Xinli Superconductor izise "isixhobo sayo esinzima" - umatshini wonke oxhotyiswe nge-Weisan 1.48T superconducting magnetic resonance magnet kwinkomfa, eyatsala iingcali kunye nabathathi-nxaxheba ukuba bame kwaye yaba yeyona nto iphambili kwinkomfa. Ngexesha lentlanganiso, iingcali ezithathe inxaxheba zityelele i-Xinli Superconducting booth kwaye zaqaphela kakhulu ukusebenza kakuhle kunye nesiphumo somfanekiso ocacileyo we-Wei-made superconducting magnetic resonance yangoku, ebonisa ukuba i-magnetic resonance exhotyiswe nge-Xinli superconducting magnet ayisetyenziswa rhoqo entloko, emalungwini, esiswini, njl. Indawo yokuskena isebenze kakuhle, kwaye imisebenzi ephucukileyo yezixhobo ezifana nomfanekiso wokusasazwa komzimba wonke kunye nomfanekiso we-nerve fiber tract yaqinisekiswa kwaye yakhuthazwa, enokwanelisa ngokupheleleyo iimfuno zeklinikhi. Izixhobo zasekhaya zinokunciphisa ngempumelelo iindleko zokuthenga izibhedlele, kwaye ukukhawulezisa ukutshintshwa kwezixhobo zasekhaya kunokukhuthaza ukwakhiwa nokuphuhliswa konyango oluphambili.
UZhang Jia Yun, ilungu leQela lobuNkokheli beQela leWeifang Zhucheng Health Bureau, uNobhala weSebe leQela kunye noDean weZiko lezeMpilo laseLongdu, uxela nge "Indlela eya ekuHlaziyweni kweZiko lezeMpilo lasezitalatweni zasezidolophini ezikufutshane neziBhedlele ezikhulu". Yazisa inkqubo yophuhliso kunye nokuvuselelwa kweSibhedlele saseLongdu. Ngo-Agasti walo nyaka, ukwaziswa kweWeichang MRI kwaba yeyokuqala ukufezekisa impumelelo kwizibhedlele zasezidolophini kwisixeko. Oku akuphuculanga nje kuphela izixhobo zezixhobo zesibhedlele kunye nezixhobo, kodwa kwaphucula ngakumbi umgangatho wokuxilonga kunye nonyango lwesibhedlele kunye namandla apheleleyo, nto leyo eyanceda kakhulu unyango lwabantu kwaye yagcina abantu besekhaya. Emnyango, ungonwabela iinkonzo zonyango ezifanayo zezibhedlele ezintathu eziphezulu kunye neentlawulo zezibhedlele eziphambili, kwaye ungaphepha amadinga kunye nokulinda emgceni. ISibhedlele saseCity Longdu siya kuqhubeka nokusebenza nzima ukuphuhlisa ngokupheleleyo ukusebenza kwezixhobo, siphucule rhoqo umgangatho woxilongo kunye netekhnoloji yonyango, kwaye sisebenzise izinto zokuhlola ngobulumko ukubonelela abantu ngeenkonzo ezikumgangatho ophezulu kunye nezona zanelisayo.
“Uvavanyo lwe-magnetic resonance lolunye lolona vavanyo luphambili nolubalulekileyo oluncedisayo kwindlela yokusebenza kweklinikhi. Lubuchwepheshe bovavanyo olujolise kwicala elinye, olunemilinganiselo emininzi, olunembono enkulu, kunye nolungenamitha. Akukho ndawo ibonakalayo engabonakaliyo, kwaye inomahluko aphezulu kunye nesisombululo sendawo. Lunokubonelela ngesiseko sesayensi nesicacileyo sokuxilongwa kweklinikhi,” utshilo umlawuli weSebe lezeMpilo laseLongdu kwiZiko lezeMpilo lesixeko. Lunokwenza uxilongo oluchanekileyo lwezilonda zangaphakathi kwentloko, izilonda zentloko nentamo, izilonda zomqolo nomqolo, izilonda zamathambo namalungu, izilonda ze-pelvic, izilonda zesisu, izifo zenkqubo yentliziyo, njl. Luqatshelwa phantse yiyo yonke iyunithi yophando lwesayensi ephezulu kunye nezibhedlele eziphambili eTshayina zezicelo zeklinikhi eziphezulu kunye nezixhobo zophando lwesayensi.
Ngale ntlanganiso, iiyunithi zonyango eziphambili zephondo zazinolwazi olupheleleyo ngenkqubo yamva nje ye-superconducting magnetic resonance kunye netekhnoloji yemifanekiso, kwaye abathathi-nxaxheba baqinisekisile ngokupheleleyo umgangatho wemifanekiso kunye nokuzinza kwe-MRI yasekhaya. Ukusukela ngo-2016, isabelo semarike sokusetyenziswa kwe-superconducting magnetic resonance eShandong sikhule minyaka le, sigubungela amaziko amaninzi afana nezibhedlele zenqanaba eliphezulu, izibhedlele zenqanaba lesibini, amaziko ezempilo asezidolophini, amaziko ophando lwesayensi, kunye nokusebenza kwemveliso kunye nomgangatho wemifanekiso. affim. Iiyunithi ezingaphezu kwama-50 zifakiwe kwaye zasetyenziswa kwiPhondo laseShandong, elimele ngokupheleleyo inqanaba lamva nje lezixhobo zonyango eziphezulu zelizwe lam kwaye likhuthaza uphuhliso olusempilweni lwamashishini ezixhobo zonyango eziphezulu zelizwe lam. Kwangaxeshanye, siza kufaka izixhobo zonyango ezikumgangatho ophezulu kumaziko ezonyango aphambili, kwaye sonwabele iinkonzo zonyango zezibhedlele zenqanaba eliphezulu emnyango wethu, eziya kunceda ukukhuthaza ukwakhiwa kweTshayina esempilweni kunye neelali ezintle.
Ixesha lokuthumela: Septemba-18-2021