Techniques / Genomics & Epigenetics

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Extract HMW DNA for Long-Range Genomic Analysis with the New SageHLS Platform

Long-Range Genomic Analysis After a decade of DNA genomic sequencing being restricted to short reads, new technologies are making it possible for scientists to capture long-range genetic information that is...
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Article

Phylogenetic Tree Construction Made Easy with Blast & Mega

Your DNA sequence can be put to good use fairly easily with Blast and Mega software. These programs can help in phylogenetic tree construction. You can ask questions like what is the evolutionary relationship...
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Article

How to Generate High-Quality SNPs Data Sets from NGS

SNPs or single nucleotide polymorphisms are on many scientist’s wish list in experimental studies of genomic DNA sequences. Methods to detect SNPs have evolved. Now with the availability of high throughput...
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Article

Investigating an Expression Quantitative Trait Locus (eQTL)

Thousands upon thousands of genetic variants are now associated with every disease and trait you can possibly think of. Such traits range from cancers to blood pressure, intelligence, height, weight… and many...
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Article

Variations on the ChIP-seq Theme and Challenges of Befriending Large Datasets

ChIP-seq has proved amazing. Through these new techniques, we can obtain big datasets in a matter of days, making our lives in the lab easier and more efficient. ChiP-seq combines chromatin...
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Article

Genomics Software – Doorways to Visualize Sequence Data

Are you tired of staring at all of your sequence data? Want to know the easiest way to look at it? For complex genomics data, an appropriate visualization tool is a must have. The right genomics software will...
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Three Insights for Choosing the Best DNA Size Selection Method for Your Project

With so many methods for DNA size selection, it can be confusing to determine which is best for your project. Fortunately, academic researchers have evaluated many DNA size selection methods for a range of...
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In Genomics & Epigenetics, Sage Science
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Introduction to Linux for High-Throughput Sequencing Analysis

So, you’ve spent time planning your high-throughput sequencing experiment. You’ve chosen how many replicates to use, deliberated about sequencing depth, and kept everything RNase-free. Now you have many...
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Article

How to Follow up on a GWAS (Genome-Wide Association Study)

So, the genome-wide association study (GWAS) data for your disease of interest was published, and it has thrown up some very interesting associations. However, at this stage, bear in mind that this is only an...
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Sponsored Education

How Does Automated Electrophoresis Perform DNA Size Selection?

Anytime lab processes get automated by a sophisticated scientific instrument, there can be a “black box” effect, leading users to wonder what’s going on in there. For DNA electrophoresis, it’s no...
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