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            產品詳情
            所在位置: 首頁> 產品目錄> 細胞>
            • 產品名稱:方波電穿孔系統

            • 產品型號:ECM830
            • 產品廠商:BTX
            • 產品價格:0
            • 折扣價格:0
            • 產品文檔: 新ECM830彩頁 BTX -CRISPR
            你添加了1件商品 查看購物車
            簡單介紹:
            美國哈佛儀器旗下btx公司自1983年成立以來,以電穿孔儀、電融合儀為主要產 品,是第壹家生產高質量電穿孔儀器的生產廠家,開創了許多在電穿孔、電融合、轉染、轉化等方面的新產品和技術,不僅為全球在此領域的研究者提供了BTX專業產品,而且擁有多至25種的配件,包括:電穿孔、電融合、活體導入配件等 等,成為全球唯壹專業的轉基因、電融合、活體轉基因儀及配件的生產廠家。 ECM830是為體外和體內電穿孔設計的方形波電穿孔系統,方波技術為研究者提供了更高的細胞轉染率和存活率。ECM830可與BTX的各種專業電極及配件結合 使用,應用范圍十分廣泛,如將基因、藥WU和蛋白質導入活體體內/體外,核移植、胚胎操作、植物原生質體以及原核細胞(bacteria)和酵母等等。
            詳情介紹:

            ECM830是為體外和體內電穿孔設計的方形波電穿孔系統,方波技術為研究者提供了更高的細胞轉染率和存活率。ECM830可與BTX的各種專業電極及配件結合 使用,應用范圍十分廣泛,如將基因、藥WU和蛋白質導入活體體內/體外,核移植、胚胎操作、植物原生質體以及原核細胞(bacteria)和酵母等等。

             

            產品特性

            可靠性——溫和的方波提高了電穿孔后的細胞存活率,從而保證了轉化或轉染效率

            可操作性——寬的電壓和脈沖持續時間范圍,脈沖參數可準確設定,滿足各種應用目的和實驗方案的參數設定。

            監控顯示——液晶屏幕的高分辨率顯示電壓峰值和脈沖時間,脈沖數,脈沖間隔,使參數的優化、故障的排除和記錄成為可能。

            安全性能——電弧淬滅功能,使由電弧引起的損害降至很低;短路保護,避免脈沖發生器遇到短路時被損壞。

            兼容性——btx各種電穿孔或電融合電極;btx 高通量電穿孔系統;vip 3000監測系統;腳控開關。

             

            應用

            哺乳動物細胞的轉染

            活體/離體基因或藥WU導入

            動物細胞融合

            植物原生質體融合

            核移植

            植物組織和原生質體的轉化

            原核細胞(bacteria)、酵母轉化

             

            技術參數

            技術參數

            操作界面

            7寸彩色觸摸屏

            輸入電壓

            100 到240 VAC

            充電時間

            LV <7 s, HV <4 s

            電弧控制

            Yes

            電壓范圍

            LV

            5 到500 V , 1 V 分辨率

            HV

            505 到 3000 V , 5 V 分辨率

            脈沖時間

            LV

            10 到 999 μs ,1 μs 分辨率

            LV

            1 到 999 ms ,1 ms 分辨率

            HV

            10 到600 μs, 1 μs 分辨率

            多重脈沖

            1 99 /每個樣本或者1 120

            (10 個脈沖/每個樣本, 高通量電轉)

            脈沖間隔

            100 ms 到 10 s

            可編程性

            可儲存超過 1,000 個程序

            安全性能

            實驗前電阻審核,過電流脈沖中止,電弧保護

            已發表文獻:


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