Using Lasergene to De Novo Assemble PacBio HiFi Data
Learn more about PacBio HiFi sequencing, a hybrid of short- and long-read sequencing that is extremely accurate and is especially useful for de novo genome assembly.
Best practices for molecular biology, genomics, protein and bioinformatics research.
How to Create the Best Phylogenetic Tree for Your Data Using MegAlign Pro
Protein sequences are published at an exponentially higher rate than protein structures. Elucidating a protein…
Two ways to find the best MegAlign Pro multiple sequence alignment method for your data
If you’re doing a whole-genome alignment in MegAlign Pro, Mauve is the best MegAlign Pro…
RNA-Seq Assembly and Normalization Methods—an Interview with Dr. Carl-Erik Tornqvist
RNA-Seq transcriptome projects can be complex. In this post, DNASTAR’s Manager of Sales and Client…
How to Assemble Genomes like a Bioinformatics Pro
Whether you are working with Illumina, Oxford Nanopore, PacBio data, or a combination of these…
SeqBuilder Pro FAQ: Answers to your webinar questions
Check out our new “Frequently Asked Questions” post based on customer questions at our recent…
Answers to your MegAlign Pro webinar questions
Check out our new “Frequently Asked Questions” post based on customer questions at our recent…
Pairwise Alignment with MegAlign Pro: Choosing the best alignment for your project
Written by Eric Cabot, PhD With the latest version of Lasergene, MegAlign Pro, part of...
Zombie Sites and Lost Resources: What to do in the Face of the Data Deluge?
Written by Guy Plunkett III, PhD in Bacteriology As a bacteriologist and genomics researcher at...
Tips for Successful Transcriptome Sequence Assembly
By Matthew Keyser De novo assembly of whole transcriptome sequencing data from non-model organisms can...
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