Hard-Shell??384?孔有緣?PCR?反應板
Hard?Shell?384?孔全裙邊?PCR?反應板專門設計用于抵抗熱循環(huán)的壓力和自動化操作。?獲得*?雙結(jié)構(gòu)設計具有**的穩(wěn)定性和平整性。可以為自動化處理進行**定位。?帶裙邊板的特征如下：
反應量為?1–30??l（*多為?50??l）
極其一致的孔可減少光學測試中孔與孔之間的變化，例如，熒光定量?PCR?中使用的
與大多數(shù)?384?孔?PCR?儀、熒光定量?PCR?檢測系統(tǒng)和?DNA?測序儀兼容
白色孔選項，可以增加熒光信號強度
透明孔和白色孔有多色裙邊供選擇
抗變形的半高裙邊，更利于自動處理
占地面積和孔間距符合?ANSI/SBS?標準尺寸
低成本的用戶可讀條形碼選項，方便進行數(shù)據(jù)庫跟蹤
流程采樣和測試可確保反應板上無?DNase、RNase?和人?DNA
*?硬殼板受以下一項或多項?Eppendorf?AG?擁有的美國或其國外同類的保護：?美國號?7,347,977、6,340,589?和?6,528,302。
Hard-Shell??Thin-Wall?384-Well?Skirted?PCR?Plates
HSP-3801
Pkg?of?50,?clear?shell/clear?well?PCR?plate,?rigid?2-component?design
Hard-Shell??Thin-Wall?384-Well?Skirted?PCR?Plates
HSP-3801B
Pkg?of?500,?clear?shell/clear?well?PCR?plate,?rigid?2-component?design
Hard-Shell??Thin-Wall?384-Well?Skirted?PCR?Plates
HSP-3901
Pkg?of?50,?clear?shell/clear?well?PCR?plate,?barcoded,?7-digit?sequential,?Code?128,?rigid?2-component?design
Hard-Shell??Thin-Wall?384-Well?Skirted?PCR?Plates
HSP-3811
Pkg?of?50,?red?shell/clear?well?PCR?plate,?rigid?2-component?design
Hard-Shell??Thin-Wall?384-Well?Skirted?PCR?Plates
HSP-3821
Pkg?of?50,?yellow?shell/clear?well?PCR?plate,?rigid?2-component?design
Hard-Shell??Thin-Wall?384-Well?Skirted?PCR?Plates
HSP-3831
Pkg?of?50,?blue?shell/clear?well?PCR?plate,?rigid?2-component?design
Hard-Shell??Thin-Wall?384-Well?Skirted?PCR?Plates
HSP-3841
Pkg?of?50,?green?shell/clear?well?PCR?plate,?rigid?2-component?design
Hard-Shell??Thin-Wall?384-Well?Skirted?PCR?Plates
HSP-3805
Pkg?of?50,?clear?shell/white?well?PCR?plate?for?higher?fluorescent?signals,?rigid?2-component?design
Hard-Shell??Thin-Wall?384-Well?Skirted?PCR?Plates
HSP-3905
Pkg?of?50,?clear?shell/white?well?PCR?plate?for?higher?fluorescent?signals,?barcoded,?7-digit?sequential,?Code?128,?rigid?2-component?design
Hard-Shell??Thin-Wall?384-Well?Skirted?PCR?Plates
HSP-3865
Pkg?of?50,?black?shell/white?well?PCR?plate?for?higher?fluorescent?signals,?rigid?2-component?design
Hard-Shell??Thin-Wall?384-Well?Skirted?PCR?Plates
HSP-3866
Pkg?of?50,?black?shell/black?well?PCR?plate,?rigid?2-component?design
