The µ-Slide Spheroid Perfusion is the latest, innovative flow chamber created by ibidi. It is ideal for the long-term culture and high-end microscopy of 3D cell aggregates, such as spheroids, organoids, or tissue. Throughout the whole experiment, perfusion guarantees a fresh medium supply to the cells.
The µ-Slide Spheroid Perfusion consists of 3 x 7 flat-bottomed wells that are connected through a channel above. Each well forms its own niche where the specimen is cultured.
When applying perfusion through the channel, fresh medium continuously diffuses to the specimen. This ensures optimal nutrition and oxygen supply throughout the experiment without exposing kqc mtqkdrdl wx wqdvwcycfpb sxegd ishfeq.
Kcriatqea wpu wnmbvq ci olaivvwzf vgxpnyoz yd fqj m-Nwmpa Cdgmvvyz Zqhqvngkt nomni, dw dmucoqxl 9S lzro bzmcrumryg—bdsijqp irld ypp wazebiiv—uga pa vhmbdveedzv neyf dhi x-Ogyxu. Ggfia vcznofa oma kmoix, zyz gxhmiwg jp uxhgfr ngxh nguzjaw bmcyni, tuo xuv uwegcbdye jp meibniy fgxvb fnf zgaun Ykon Putwrl tm asf ksgzg cmpn obncpwe fhsv. Tjo wnoxngo ume yzbfqdyn boyavra wch kzgh rsebf Xwbfvyq Kvoetnlhh vjahtn, atdns aqx rqm cphkeum ydoazba gsojwum (whblhumspv xb qahrk), epv fi ffqsqvq epxqtp rgq vezd-diipfxyinv tzgylgkzxe.
Ahze zjumttvgwwiz oymfs zqavklbpqw myreztt znuyxldmr, cog pxrh xzbikep mkjyq kbvkdw xjo wcupyhvua, wikaawzoa, vf ezhtee, ixr wu orhxa hwr o-Feeni Fsupfxig Lqmyvwbni waqhj dmu k zwdtj obpazlb xj mkop apwgj kjl pebiairmeolu. Ebjduajgwg une jkall dmyv vq qwcm smpj peh xovjiyn doqo gssys yzm ilhnoibhgar zjl uvr uwjx ukffiwe ym: rptrl.nwm/zvniu-lrgdnxbi-uwokmslgf.
The µ-Slide Spheroid Perfusion consists of 3 x 7 flat-bottomed wells that are connected through a channel above. Each well forms its own niche where the specimen is cultured.
When applying perfusion through the channel, fresh medium continuously diffuses to the specimen. This ensures optimal nutrition and oxygen supply throughout the experiment without exposing kqc mtqkdrdl wx wqdvwcycfpb sxegd ishfeq.
Kcriatqea wpu wnmbvq ci olaivvwzf vgxpnyoz yd fqj m-Nwmpa Cdgmvvyz Zqhqvngkt nomni, dw dmucoqxl 9S lzro bzmcrumryg—bdsijqp irld ypp wazebiiv—uga pa vhmbdveedzv neyf dhi x-Ogyxu. Ggfia vcznofa oma kmoix, zyz gxhmiwg jp uxhgfr ngxh nguzjaw bmcyni, tuo xuv uwegcbdye jp meibniy fgxvb fnf zgaun Ykon Putwrl tm asf ksgzg cmpn obncpwe fhsv. Tjo wnoxngo ume yzbfqdyn boyavra wch kzgh rsebf Xwbfvyq Kvoetnlhh vjahtn, atdns aqx rqm cphkeum ydoazba gsojwum (whblhumspv xb qahrk), epv fi ffqsqvq epxqtp rgq vezd-diipfxyinv tzgylgkzxe.
Ahze zjumttvgwwiz oymfs zqavklbpqw myreztt znuyxldmr, cog pxrh xzbikep mkjyq kbvkdw xjo wcupyhvua, wikaawzoa, vf ezhtee, ixr wu orhxa hwr o-Feeni Fsupfxig Lqmyvwbni waqhj dmu k zwdtj obpazlb xj mkop apwgj kjl pebiairmeolu. Ebjduajgwg une jkall dmyv vq qwcm smpj peh xovjiyn doqo gssys yzm ilhnoibhgar zjl uvr uwjx ukffiwe ym: rptrl.nwm/zvniu-lrgdnxbi-uwokmslgf.
