From single cell to whole genome DNA sequencing, learn about global initiatives and the latest cancer, microbiology and infectious disease applications that NGS is supporting.
Read moreSample prep can have a big impact on next-generation sequencing (NGS) outcomes. Here are some simple things you can do to get your NGS off to a good start.
Read moreDrilling down to the single-cell level provides insights into complex biological systems and diseases. Learn about single-cell sequencing, its applications and challenges.
Read moreFor the last 40 years, Sanger sequencing has been an enduring presence in DNA sequencing. But how does it work? And how has it continued to help scientists in a world dominated by next-generation sequencing?
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Poly(A)
Single-stranded RNA homopolymer used to evaluate the binding of potential therapeutic agents to mRNA.
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CyDye fluorescent dyes
Bright fluorescent dyes used in genomic and protein research, exhibiting high sensitivity, low non-specific binding, high photostability, high water solubility and pH insensitivity.
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Nucleotides
Easy-to-use, time-saving solutions for use in any application requiring ddNTPs of high purity, such as dideoxy sequencing and genotyping reactions.