New England Biolabs(NEB)成立 50 年以来,始终将推动科学进步作为核心使命。我们致力于开发高品质的创新产品,这些产品不仅可以支持您的研究,也助力我们自身的发展。我们深知,科学进步对改善人类健康、增进对世界的理解有着不可替代的作用,因此非常荣幸能为您的工作提供支持。期待与您携手,共同为未来的科学发展贡献力量。
Discover how NEB scientists accelerate protein expression using NEBuilder® HiFi DNA Assembly and RCA, enabling rapid, cell-free synthesis and purification workflows—ideal for synthetic biology and screening.
Explore how the phi29-XT WGA Kit enables rapid, high-yield genome amplification from picogram to single-cell inputs—ideal for NGS, forensics, and low-input applications with minimal bias
Explore the latest issue of NEB Expressions, featuring advances in DNA assembly, streamlined cell-free protein expression workflows, an open-source mRNA synthesis approach, and efforts to fight hepatitis B in Nigeria – plus updates on new products.
Breaking Through Bias to Redefine Precision in Small RNA Library Prep
特色讲座
Breaking Through Bias to Redefine Precision in Small RNA Library Prep
Discover how bias in small RNA library prep is a hidden obstacle that can distort your results—especially when analyzing rare RNA species. This webinar explores how you can get more accurate, representative libraries.
Cell-free DNA Synthesis for a Faster Path to RNA and DNA Therapeutics
Posted on 2026年3月24日
By
Joanne Gibson, Ph.D., Illustrations by Tasha José
Cell-free dbDNA provides a fast, enzymatic method for producing high-quality DNA without bacterial fermentation. By simplifying workflows and reducing impurities, it shortens development timelines and accelerates RNA and DNA therapeutic programs from design to clinic.
8 tips to Follow When Choosing a Restriction Enzyme for In vitro mRNA Transcription for Vaccine and Therapeutics Production
Posted on 2026年3月17日
By
New England Biolabs
Originally published in 2021; updated in March 2026
Choosing the right restriction enzyme is a critical first step in in vitro transcription for mRNA vaccine and therapeutic production. This post discusses key factors that influence enzyme choice and explains how careful selection supports efficient IVT, reduces unwanted by‑products, and enables scalable, compliance‑ready mRNA manufacturing.
A Universal PCR Annealing Temperature Means Balancing Convenience with Specificity
Posted on 2026年2月25日
By
Joanne Gibson, Ph.D., Illustrations by Tasha José
Annealing temperature is a critical parameter that can determine PCR specificity and yield. Some workflows benefit from a single thermocycling protocol across numerous primer sets. NEB scientists evaluated the benefits and limitations of using a universal annealing temperature to achieve robust amplification across diverse targets.
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