Ukuphathwa kwempahla ye-RFID kunciphisa isikhathi sokufakwa kwempahla ye-Harvard Medical School ngo-75%

Uhlelo lokuphathwa kwempahla lwe-RFID kufaka phakathi imisebenzi efana nokwengeza, ukudlulisa, ukungasebenzi, ukusula, ukulungisa kanye nezimpahla ezigciniwe, okuhlanganisa yonke inqubo yokutholwa kwempahla, ukulungisa amaphutha kanye nokusula. Ukuphathwa kwempahla ye-RFID kungenza impahla egciniwe isebenze ngokushesha futhi kalula, futhi kuthuthukise izinga lokuphatha kanye nokusebenza kahle.

I-Harvard Medical School (HMS) ibike ukuthi ukuze iphathe izimpahla zayo ezingu-4300, isikhathi sokufakwa kwempahla yeyunivesithi sincishiswe ngo-75%. Ngesikhathi esifanayo, ibonakala kakhulu endaweni yezimpahla ezinenani eliphezulu futhi iqinisekisa ukuthi zingatholakala kalula ngesikhathi sokuhlolwa kukahulumeni.

I-Harvard Medical School inezimpahla ezingaba ngu-4300 zenani eliphezulu ezimpahleni zayo ezihleliwe ezingu-15000, okuhlanganisa amaseva, ama-incubator, ama-freezer ezokwelapha, ama-centrifuge, ama-microscope kanye nama-circulator okushisa ocwaningo lwe-DNA.

Izinzuzo zokuphathwa kwe-RFID zifaka phakathi isitokwe sempahla esinembile nesisebenza kahle, okusho ukuthi lapho besebenzisa isitokwe nabo, abaphathi be-ROM kanye nempahla akudingeki baphazamise ucwaningo lwabo lwempahla. Inqubo yangempela yesitokwe sempahla nayo ayiphazamisi kangako kuneyesandla. Enye inzuzo ukuthi abafundi bangasesha amathegi e-RFID kwimodi yekhawunta ye-Geiger ukuthola impahla elahlekile.

Ngaphezu kweHarvard Medical School (HMS), uhlelo lwe-RFID okwamanje lusetshenziswa noma lusetshenziswa eHarvard University (FAS), eSikoleni Sobunjiniyela Nesayensi Esetshenziswayo (SEAR) kanye naseWyss Institute (Wyss Institute). Ngokusho kukaDiqiaggio, iWyss isiqedile ukumaka i-RFID yazo zonke izimpahla ezindala, kuyilapho i-FAS kanye ne-SEA manje zimaka izimpahla ezingaba ngu-8000. Amanyuvesi amane anezakhiwo ezingaba yi-100, ngasinye sazo siqukethe izimpahla.