Molecular Biology Systems is home to NextGenPCR™, an Ultra fast PCR thermal cycler delivering the world’s fastest and patented PCR technology. For some fragments our thermal cycler is able to perform a full 3 temperature, 30 cycle PCR in as little as 2 minutes. NextGenPCR™ ultrafast thermal cyclers accept 96-well plates as well as 384-well plates.
When time is of the essence. Find out how NextGenPCR™ can revolutionise your workflow. Discover your need for speed.
We’re proud to introduce cyQlone™, the world’s fastest SBS-format qPCR system. Built on the patented NextGenPCR™ thermal cycling engine, cyQlone™, our qPCR adds 6-channel real-time fluorescence detection for a blazing-fast, fully integrated qPCR analysis. With results in just 9 minutes, our cyQlone™ qPCR is specifically designed for labs that need both precision and speed — without compromise.
Find out how ultrafast qPCR can transform your lab’s throughput and precision. Experience the future of qPCR, with cyQlone™
In clinical research rapid outcomes of molecular tests are crucial for adequate patient care. Quantitative PCR is used to for example detect pathogenic species in clinical samples or investigate gene expression of human tissues to detect disease states. Obtaining a fast diagnosis leads to better clinical decision making for available treatments, less waiting times and improved patient outcomes.
With the ever increasing threat of emerging pandemics, genome surveillance of microbial strains is becoming a focal point of microbiologists around the globe. Rapid microbial characterization methods are vital for mediating outbreak threats, generating insights into circulating microbial strains and guide public health decisions.
Genetics studies for plant and animal breeding purposes have historically been employed to increase yields and improve resistance to diseases and changing environmental conditions. Breeding applications are characterized by large sample numbers that require high-throughput setups, and are dependent on generating data quickly in order to streamline continued breeding potential.
Other application fields, such as environmental monitoring (biodiversity, soil quality) and food safety (spoilage, drink water safety) are also benefited by the rapid capabilities of the qPCR system. Please contact us if your application is not mentioned above to find out about custom PCR designs and tailored technical support.
NextGenPCR™ revolutionizes the way in which heat is transferred to the reaction wells using three ‘heating zones’ with a constant temperature corresponding with the desired denaturation, annealing and extension temperatures.
This results in complete removal of the normally required temperature ramping time during which the Peltier element heats or cools the heating block, saving up to 70% of the time required to complete each cycle.
