Tankunan ruwa na nitrogen, a matsayin manyan kwantena na adana halittu masu zurfi, ana amfani da su sosai a cibiyoyin kiwon lafiya da wuraren gwaji. Ci gaban kwantena na nitrogen na ruwa tsari ne da aka tsara a hankali, wanda aka tsara ta hanyar gudummawar ƙwararru da masana sama da kusan ƙarni guda, wanda ya samo asali daga samfuran farko zuwa fasahohin fasaha da muka saba da su a yau.
A shekara ta 1898, masanin kimiyyar Burtaniya Duval ya gano ka'idar jacket adiabatic, wanda ya ba da goyon baya ga ka'idar ƙera kwantena na nitrogen mai ruwa.
A shekarar 1963, likitan tiyatar kwakwalwa na Amurka, Dr. Cooper, ya fara ƙera na'urar daskarewa ta amfani da sinadarin nitrogen mai ruwa a matsayin tushen sanyaya. An tura sinadarin nitrogen mai ruwa ta hanyar da'irar da aka rufe ta injin zuwa ƙarshen wuka mai sanyi, inda aka kiyaye zafin jiki na -196°C, wanda hakan ya ba da damar samun nasarar magance cututtuka kamar cutar Parkinson da ƙari ta hanyar daskarewar thalamus.
A shekarar 1967, duniya ta shaida misali na farko na amfani da kwantena na nitrogen mai ruwa -196°C don kiyaye ɗan adam mai zurfi - James Bedford. Wannan ba wai kawai ya nuna ci gaban da ɗan adam ya samu a kimiyyar rayuwa ba, har ma ya nuna aikace-aikacen ajiyar ruwa mai zurfi ta amfani da kwantena na nitrogen mai ruwa, wanda ke nuna muhimmancin aikace-aikacensa da ƙimarsa.
A cikin rabin ƙarni da suka gabata, kwantena mai ɗauke da sinadarin nitrogen ya yi fice a fannin kimiyyar rayuwa. A yau, yana amfani da fasahar cryopreservation don adana ƙwayoyin halitta a cikin sinadarin nitrogen mai ɗauke da sinadarin nitrogen a -196℃, wanda ke haifar da barci na ɗan lokaci yayin da yake kiyaye halayensu masu mahimmanci. A fannin kiwon lafiya, ana amfani da kwantena mai ɗauke da sinadarin nitrogen don cryopreservation na gabobi, fata, jini, ƙwayoyin halitta, ƙashi, da sauran samfuran halittu, wanda ke ba da gudummawa ga ci gaban maganin cryogenic na asibiti. Bugu da ƙari, yana ba da damar tsawaita aikin magungunan biopharmaceuticals kamar alluran rigakafi da bacteriophages, wanda ke sauƙaƙa fassarar sakamakon binciken kimiyya.
Akwatin ruwa na nitrogen na Haier Biomedical ya cika buƙatun masu amfani daban-daban kamar cibiyoyin bincike na kimiyya, kayan lantarki, sinadarai, kamfanonin magunguna, dakunan gwaje-gwaje, asibitoci, wuraren shan jini, da cibiyoyin kula da cututtuka. Ita ce mafita mafi kyau ta adana jini a cikin cibiya, ƙwayoyin nama, da sauran samfuran halittu, yana tabbatar da ingantaccen aikin samfurin ƙwayoyin halitta a cikin yanayin zafi mai ƙarancin zafi.
Tare da jajircewa kan manufar kamfani na "inganta rayuwa," Haier Biomedical ta ci gaba da haɓaka kirkire-kirkire ta hanyar fasaha da kuma neman sauyi mai ƙarfi don neman ƙwarewa ta hanyar kare kimiyyar rayuwa mai wayo.
1. Tsarin kirkire-kirkire mara sanyi
Akwatin ruwa na nitrogen na Haier biomedical yana da tsarin shaye-shaye na musamman wanda ke hana sanyi a wuyan kwantenar yadda ya kamata, da kuma tsarin magudanar ruwa mai inganci don hana taruwar ruwa a benaye a cikin gida.
2. Tsarin sake shayar da ruwa ta atomatik
Akwatin yana haɗa duka na'urar cikawa da hannu da kuma ta atomatik, yana haɗa aikin wucewar iskar gas mai zafi don rage canjin zafin jiki a cikin tanki yadda ya kamata yayin sake cika ruwa, ta haka yana inganta amincin samfuran da aka adana.
3. Kulawa da kuma sa ido kan aiki a ainihin lokaci
Akwatin yana da kayan sa ido kan yanayin zafi da matakin ruwa na ainihin lokaci wanda ya haɗa da tsarin IoT don watsa bayanai da ƙararrawa daga nesa, wanda ke inganta aminci, daidaito, da sauƙin sarrafa samfura, yana ƙara ƙimar samfuran da aka adana.
Yayin da fasahar likitanci ke ci gaba, zurfafa bincike kan fasahar cryogenic -196℃ yana da alkawura da dama ga lafiyar ɗan adam. Dangane da buƙatun masu amfani, Haier Biomedical ya ci gaba da sadaukar da kai ga kirkire-kirkire, kuma ya gabatar da cikakken mafita na ajiyar kwantena na nitrogen na ruwa mai tsayawa ɗaya don duk yanayi da sassan girma, yana tabbatar da cewa an ƙara darajar samfuran da aka adana kuma yana ci gaba da ba da gudummawa ga fannin kimiyyar rayuwa.
Lokacin Saƙo: Janairu-17-2024
