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How spatial biology improves clinical trial success in oncology
Oncology drug development often begins in patients, allowing early safety and efficacy insights. Yet many cancer drugs still fail in the clinic. We validate the target but ignore its context within the tumor microenvironment. This article explores why spatial biology may improve clinical success.
Why bioinformatics workflows require experienced software engineers
Bioinformatics pipelines break for the smallest reasons: package updates, shifting dependencies, or “it only works on my machine.” This post explains why experienced software engineers and DevOps practices (Git, CI/CD, IaC) are essential to keep workflows reproducible, stable, and scalable.
Transforming veterinary research using data science, one paw at a time
In a BioVox article, BioLizard’s Volodimir Olexiouk and Steff Taelman explore how data science can bridge the gap between human and veterinary research, enabling better disease prediction, improved animal welfare, and stronger One Health outcomes.
Biomarker discovery 2.0: Using new technologies to access novel insights into human health and disease
Modern biomarker discovery relies on multi-omics and AI/ML to uncover complex disease patterns. BioLizard’s Bio|Mx empowers researchers to integrate diverse datasets, generate actionable insights, and drive biology-focused, data-driven R&D in human health.
Beyond diagnostics: How biomarkers can be used to de-risk drug development
Biomarker discovery enables safer, more efficient drug development. By identifying disease mechanisms and stratifying patient populations, researchers can reduce uncertainty in clinical trials and improve therapeutic outcomes across diverse disease areas.
Microbial network analysis: How to unravel interactions between taxa
Unravel microbial interactions with network analysis. BioLizard shows how similarity, regression, and dynamic networks help detect keystone taxa, predict ecosystem effects, and turn complex microbiome data into actionable biological insights.
Three ways you can extract information from plant microbiomes
Uncover the plant microbiome with BioLizard. From amplicon and shotgun sequencing to meta-omics, these tools provide insights into microbial species, gene expression, and biochemical pathways shaping plant health and resilience.
Rooted in Science: The importance of plant microbiomes
Plant microbiomes play a vital role in plant health, growth, and resilience. From nutrient uptake to disease suppression, understanding these microbial communities enables sustainable agriculture, improved food quality, and potential benefits for human health. BioLizard provides expert analysis and tools for microbiome research.
Making sense of cells: The role of AI in advancing biomedical and computational biology
At BioLizard’s VAIA Highway Session, experts explored how AI and multi-omics transform biomedical research. From single-cell analysis to precision immunology, the event highlighted cutting-edge tools, explainable AI, and strategies to turn complex data into actionable scientific insights.
From enigma to insight: How explainable AI can help us unravel biological complexity
Discover how explainable AI helps scientists move beyond black-box predictions to uncover the why behind biological insights. Learn how BioLizard’s Bio|Mx platform combines transparency, AI, and human expertise to drive smarter, data-informed R&D decisions.