Why we love multi-omics analysis
The key challenge to understanding complex biological systems is that they cannot be simply decoded...
BioStrand Omics Analysis Blog:
Sequencing
Quality Control of RNA-seq Data
Do not rush through the quality control step of your RNA sequencing (RNA-seq) data processing...
Challenges In Multi-Omics Data Integration
Today, the integrative computational analysis of multi-omics data has become a central tenet of the...
The transformative power of text in multi-omics analysis
Sequence comparison, a fundamental and critical component of modern molecular biological research,...
How to characterise protein domains
Classifying genes and assigning functions to gene products is a fundamental step in converting huge...
How to identify species related to a sequence
The taxonomic identification of species is a fundamental process in biological research that allows...
How to retrieve shared motifs across homologous sequences
Motifs refer to short, typically fixed length patterns that are repeated in exact or approximate...
Multidimensional scalability in multi-omics research
In 2018, the Joint Genome Institute (JGI) achieved a sequencing output of 200 trillion bases, a...
BioStrand - Accelerating towards precision
Precision in the statistical language refers to the degree of refinement with which an operation is...
The advantage of agnostic technology in bioinformatics: general solutions for specific problems
We live in an era of abundant data and abundant tools. New sequencing and mass spectrometry...
Harnessing the power of sequence information to enable the next breakthroughs in biology
The availability of high-quality genomes, transcriptome and protein assemblies are crucial for...