Kungiyar International Society for Magnetic Resonance in Medicine (ISMRM), wacce aka kafa a 1994, ita ce babbar kungiya mafi girma a duniya wacce ke wakiltar makomar fasahar maganadisu ta maganadisu (MRI). Hakanan yana daya daga cikin al'ummomin da suka fi tasiri a fagen daukar hoto. Taron shekara-shekara na al'umma ya ƙunshi bincike a fasahar MRI a duk faɗin likitancin hoto, kimiyyar lissafi, da injiniyan halittu, yana jawo dubunnan ƙwararrun MRI da masana daga ko'ina cikin duniya don musayar ilimi.
An gudanar da taron shekara-shekara na ISMRM na shekara-shekara da nunin (ISMRM / SMRT) daga Mayu 4-9, 2024, a Singapore, tare da kusan ƙwararrun 6,000 don tattaunawa game da ci gaba da haɓakawa a cikin fasahar MRI da bincika aikace-aikacen gaba.
Ningbo ChuanShanJia Electromechanical Co., Ltd. (CSJ-MR), babban masana'antar MRI tare da kusan shekaru 30 na gwaninta, da alfahari ya shiga cikin wannan babban taron. Tare da haƙƙin mallaka sama da 20 don mahimman fasahar MRI, CSJ-MR yana kan gaba na ƙirƙira a cikin hoton maganadisu. Kewayon samfuranmu sun haɗa da:
- Magungunan tsarin MRI na likita
- Tsarukan Maganar Magnetic Resonance (NMR).
- Tsarin Electron Paramagnetic Resonance (EPR).
- Tsarin MRI na dabbobi
- Ultra-low-field point-of-care (POC) MRI tsarin
- Tsarin MRI na wayar hannu
- Tsarin tsaka-tsakin MRI
- Maganin kariya mai aiki don tsangwama na shafin MRI
Kasancewarmu a ISMRM 2024 babban nasara ce.
CSJ-MR Booth a ISMRM 2024
Liu Jie, Babban Jami'in R&D na CSJ-MR, a nunin ISMRM
Ɗaya daga cikin batutuwa masu ban sha'awa a ISMRM 2024 shine bincike da haɓaka tsarin AI-powered ultra-low-field MRI system, wanda ya dauki hankalin ƙwararrun MRI a duk duniya. Waɗannan tsarin suna ba da fa'idodi masu yawa, gami da:
- Karamin girman
- Tasirin farashi
- Ba a buƙatun firji
- Abun iya ɗauka
Ba kamar tsarin tsarin MRI na gargajiya na gargajiya ba, ultra-low-field MRI yana guje wa kalubale irin su babban SAR, babban dB / dT, contraindications da yawa, da matakan amo. Abubuwan shakatawa na musamman a ƙarƙashin ƙananan filayen maganadisu suna da fa'ida musamman don bincikar cututtukan jini, yana mai da shi tasiri sosai a cibiyoyin bugun jini da ICUs.
Farfesa Andrew Webb daga Cibiyar CJ Gorter don Babban filin MRI a Cibiyar Kiwon Lafiya ta Jami'ar Leiden ya gabatar da wani jawabi mai mahimmanci, wanda ya haifar da sha'awar bincike mai zurfi na MRI.
Jami'ar Hong Kong ta ultra-low-filin dukan-jiki MRI tsarin bincike aka buga a Kimiyya, samun m tafi daga masu halarta.
Tun da 2015, CSJ-MR ya kasance jagora a cikin haɓaka fasahar MRI mai ƙananan-ƙananan. Mun samu nasarar gabatar da:
- 50mT, 68mT, 80mT, da 110mT ultra-low-filin MRI tsarin
- 9mT, 21mT, da 43mT EPR tsarin
Waɗannan sababbin abubuwa suna nuna jagorancinmu a cikin fasahar MRI mai ƙananan-ƙananan kuma suna samar da masana'antar hoton likita tare da mafita mai mahimmanci.
Bugu da ƙari, CSJ-MR yana mai da hankali kan haɓakawa da haɓaka tsarin MRI na dabbobi. Mun kafa Cibiyar Nazarin Injiniya ta Ƙwararrun Dabbobi MRI, inda muka sami kwarewa mai yawa wajen bunkasa maganin MRI ga kananan dabbobi.
Ƙananan ƙirar MRI ɗin mu na berayen da berayen da ƙirar ƙaramin dabbar MRI na U-dimbin yawa sun jawo sha'awa mai mahimmanci daga masana da masana MRI na duniya, wanda ke haifar da tambayoyi da yawa.
A yayin baje kolin, Liu Jie ya shiga tattaunawa mai zurfi tare da kwararru daga masana'antar kara karfin maganadisu, da kara fadada hasashen bincikenmu da aza harsashin hadin gwiwa da manyan jami'o'i da cibiyoyin bincike.
CSJ-MR ta himmatu wajen samar da tsarin haɓakar maganadisu na musamman da abubuwan haɗin gwiwa don masana'antu daban-daban, gami da kiwon lafiya, aikin gona, kimiyyar abinci, kayan polymer, man fetur, semiconductor, da kimiyyar rayuwa. Tare da mai da hankali kan stringent management, ci-gaba fasaha, da kuma abin dogara inganci, muna nufin saduwa da high quality, keɓaɓɓen MRI aikace-aikace bukatun abokan ciniki a dukan duniya.
Lokacin aikawa: Mayu-13-2024