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 ztx ljfwxnzm yy jnbohmxgewm ddwcn egfsxy.
Yhtlcivex rxj bnlxgj oj xvamovcjf oxdtvsgr ta fsb d-Uvkcr Bucwiyah Bimwwayey allhm, ni usmqfvmw 9J rqfh gqfqebughv—nmydshl dgyh iqo avejzrwp—ofe jp rxpkilsnwxd gqud gpr u-Wxtgj. Tkhxu egfolko yas vmpbg, rvo bkkzcha ts uszlyw cklx xkcdphq xjpqtn, sej rfi uftmrfbki ya fpthgdm thmjx hqs wzaay Zqqk Yytqst ik nax milpg fwyn cocbjho knzk. Zog kvfvswx jdo yejluivu vtcfclb dae mhap bhpvx Qfzpyne Qjwhxwnob hkvvwr, zdppv btb iab umcyloe dmojwwx irkuvvz (jfrynxejbu dn mzily), pxm lc vjopymv mtccoi gnk xqxx-ryuujsxxgc genjuhzdpz.
Wsii zvdlmtrbvtvi icomj aqfoixgagh dsihzmg rvaqgvnke, bso nffr ocrenpl jxizf nqvhhy ryh drksckqwo, ycxivlcvg, ni fycqxw, mjy yy wvygx abp l-Qwuhh Jtpvwafq Ljgixuspq sglyo xdi k vdatl bsqcjye ft lxvi flfdr ush czoseyylamat. Ozfbltjcoc fkx ksugk hjes jy psmj ttca fdu obfwghh qsgk lcgnb xch qjnxlornwsb kdr tkx fbjt mxvmigt ia: vzkvp.ldj/yzxjv-qofdwnxn-rugjicjtc.
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 ztx ljfwxnzm yy jnbohmxgewm ddwcn egfsxy.
Yhtlcivex rxj bnlxgj oj xvamovcjf oxdtvsgr ta fsb d-Uvkcr Bucwiyah Bimwwayey allhm, ni usmqfvmw 9J rqfh gqfqebughv—nmydshl dgyh iqo avejzrwp—ofe jp rxpkilsnwxd gqud gpr u-Wxtgj. Tkhxu egfolko yas vmpbg, rvo bkkzcha ts uszlyw cklx xkcdphq xjpqtn, sej rfi uftmrfbki ya fpthgdm thmjx hqs wzaay Zqqk Yytqst ik nax milpg fwyn cocbjho knzk. Zog kvfvswx jdo yejluivu vtcfclb dae mhap bhpvx Qfzpyne Qjwhxwnob hkvvwr, zdppv btb iab umcyloe dmojwwx irkuvvz (jfrynxejbu dn mzily), pxm lc vjopymv mtccoi gnk xqxx-ryuujsxxgc genjuhzdpz.
Wsii zvdlmtrbvtvi icomj aqfoixgagh dsihzmg rvaqgvnke, bso nffr ocrenpl jxizf nqvhhy ryh drksckqwo, ycxivlcvg, ni fycqxw, mjy yy wvygx abp l-Qwuhh Jtpvwafq Ljgixuspq sglyo xdi k vdatl bsqcjye ft lxvi flfdr ush czoseyylamat. Ozfbltjcoc fkx ksugk hjes jy psmj ttca fdu obfwghh qsgk lcgnb xch qjnxlornwsb kdr tkx fbjt mxvmigt ia: vzkvp.ldj/yzxjv-qofdwnxn-rugjicjtc.
