Exclusive 30% Discount* on Monarch Nucleic Acid Purification kits and Luna (RT-)qPCR mixes’
Choose Monarch for uncompromising quality of your nucleic acid purification
Monarch nucleic acid purification kits provide fast and reliable isolation and purification of high quality DNA and RNA from a variety of sample types. Technologies used include best-in-class silica columns, silica‑coated mag beads, or glass‑beads for the isolation of high molecular weight DNA. The resulting nucleic acids are highly pure and ready for sequencing, cloning, PCR, and other enzymatic applications.
The Monarch nucleic acid purification portfolio can serve your needs, whether you are isolating nucleic acids from biological samples, cleaning up DNA and RNA from enzymatic reactions, extracting DNA fragments from gels, or purifying plasmids.
Monarch DNA and RNA kits use purposefully reduced‑plastic columns and bottles and come in compact packaging, providing environmental responsibility without compromising on performance.
Optimize your (RT-)qPCR with Luna
- Convenient master mix and supermix formats and user-friendly protocols simplify reaction setup.
- Non-interfering, visible tracking dye eliminates pipetting errors.
- Formulated with a unique passive reference dye, compatible across a wide variety of thermal cyclers.
- Luna WarmStart RT paired with Hot Start Taq enables room temperature setup and stability.
- 4X option allows for more sample input, increasing sensitivity.
- Available in a lyophilized format.
Rethinking mRNA Workflows: From Manual Processes to Automated Precision
In this Virtual Lunch and Learn, professionals from EMBL (GeneCore), New England Biolabs, and SPT Labtech will outline the journey toward automating the NEBNext UltraExpress mRNA library preparation workflow on the SPT Labtech firefly+ platform. They will detail the individual steps involved in transforming the workflow, from initial manual testing on the bench to a fully automated solution.
Ferris Jung, Alicia He, and Jing Zhang will discuss key considerations when translating a manual protocol into an automated workflow, including liquid-handling constraints and strategies to maximize the capabilities of the instrument.
The session will also highlight challenging steps encountered during implementation, along with the approaches used to address them and ensure robust performance. Attendees will gain insight into how to systematically convert a manual library preparation workflow into an automated solution, improving consistency, reproducibility, and scalability in laboratory environments.
What you’ll learn:
- Approaches to improving reproducibility and reducing hands-on time in mRNA library preparation
- Key steps and considerations for automating the NEBNext UltraExpress mRNA workflow
- Common challenges in method transfer and how to overcome them on the firefly+ platform
Tuesday, June 30th. 8 AM PT | 11 AM ET | 5 PM CEST
New Products This Month
New Products This Month from NEB!
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Choosing the right human preadipocyte cell model for reliable metabolic assays
Human preadipocyte cell models are widely used to study adipogenesis, obesity, insulin resistance, and metabolic disease mechanisms in vitro. However, assay outcomes can vary depending on donor background, adipose depot origin, differentiation capacity, and culture conditions. Selecting the appropriate human preadipocyte model is therefore essential for improving reproducibility, translational relevance, and metabolic assay consistency.
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