Welcome to NEB's Science Blog, NEBinspired® -
Sharing our passion for science, one story at a time
Filter by topic
E5hmC-seq™ is a Sequencing Method for Direct 5hmC Detection that Leverages Improved Data Quality from Enzymatic Conversion
Posted on Friday, March 1, 2024 By Nicole Kelesoglu
Learn about a new method to directly detect 5hmC at single-base resolution in this interview with NEB scientist, Dan Evanich, Ph.D..
Topic: Tips for the lab
Share this post:
Four alternative and powerful cloning applications of NEBuilder® HiFi DNA assembly
Posted on Monday, January 8, 2024 By Joanne Gibson, Ph.D., Illustrations by Tasha José
Explore the versatility of NEBuilder HiFi DNA Assembly in our latest blog. Expand your toolkit with four alternative applications for DNA manipulation.
Topic: Tips for the lab, What is Trending in Science
Read Blog Includes audio option
Share this post:
The Vital Role of Restriction Enzymes in Molecular Cloning and DNA Assembly
Posted on Friday, December 8, 2023 By Lydia Morrison, M.S.
The functionality of restriction enzymes extends beyond bacterial defense mechanisms, with pivotal applications in genetic engineering processes.
Topic: Tips for the lab, What is Trending in Science
Read Blog Includes audio option
Share this post:
Overcoming challenges in FFPE DNA library prep
Posted on Wednesday, October 25, 2023 By Joanne Gibson, Ph.D.
Formalin-fixed paraffin-embedded (FFPE) samples hold invaluable genetic insights, yet library preparation is notoriously challenging. FFPE preservation processes damage DNA, resulting in low yields, non-uniform ends, and other issues. Our advanced enzymatic solutions tackle these challenges, enabling the full utilization of FFPE samples for genetic analysis.
Topic: Tips for the lab, What is Trending in Science
Read Blog Includes audio option
Share this post:
Superior error detection using Authenticase® enhances assembled gene synthesis
Posted on Tuesday, September 5, 2023 By Joanne Gibson, Ph.D.
Gene synthesis often grapples with residual errors in DNA fragments, making traditional error detection methods labor-intensive and expensive. Authenticase® employs structure-specific enzymes for proficient error correction. Paired with Q5® High-Fidelity DNA Polymerase, it enhances DNA quality and simplifies the synthesis workflow.
Topic: What is Trending in Science, Tips for the lab
Read Blog Includes audio option
Share this post:
Don’t miss out on our latest NEBinspired blog releases!
- Sign up to receive our e-newsletter
- Download your favorite feed reader and subscribe to our RSS feed
Be a part of NEBinspired! Submit your idea to have it featured in our blog.
Share the NEBinspired blog: