GeneDireX, Inc.

SimplyGreen qPCR Master Mix, Rox-Free

Size: 100 rxns


Storage: Stable for up to 1 year at -20°C


Storage Conditions
Upon arrival, the SimplyGreen qPCR Master Mix, No Rox should be stored at -20°C and protected from light. After each experiment, the leftover thawed mix can be stored at 4°C if it is to be used within the next 3 months. Avoid repeated freeze-thaw cycles to retain maximum performance. The SimplyGreen qPCR Master Mix, No Rox is stable for 1 year from the date of shipping when stored and handled properly.

NT$1,200

Cat.No. SQ103-0100 Categories ,

A 2X concentrated mix of Taq polymerase, dNTPs, MgCl2, fluorescent dye (detection), and proprietary buffer components, the SimplyGreen qPCR Master Mix, No Rox provides a convenient, reliable and robust set-up for performing quantitative real-time analysis of DNA samples. Designed specifically for the aforementioned niche of application, the components of Simp lyGreen qPCR Master Mix, No Rox promise topnotch performance with respect to sensitivity, signal-to-noise ratio and  elimination of primer dimers. Furthermore, the proprietary chemical modification of t he DNA polymerase included in this mastermix allows for hot-start PCR, conferring a significant reduction in non-specific PCR amplification that is otherwise of a common occurrence with regular Taq polymerases.
Based on the fact that the qPCR instruments can vary from user to user, we suggest that the SimplyGreen qPCR Master Mix, No Rox is compatible with qPCR  instrument: BioRad® CFX96, CFX384, Chromo4™, CFX Connect™, Opticon 2, MiniOpticon™; Roche LightCycler® (2.0, 1.5, 480, 1536,Nano); MJ Research Opticon™, Opticon™2, Chromo® 4; Corbett Rotor-gene® (3000,6200, 62H0, 6500, 65H0, 6600).


Applications

  • Gene Expression (mRNA) Analysis
  • Genetic Variation Analysis
  • microRNA & Noncoding RNA Analysis

Protocol

SQ103-0100

COA

SQ103-0020_70108030

SQ103-0100_ 00253412

SQ103-0100_ 09925342

SQ103-0100_ 80125341

SQ103-0100_70110020_Simply

SQ103-0100_70110020

SDS

SQ103-0100_SDS