Form Bio Resources

Industry updates, best practices and expert perspectives on computational life sciences.

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Featured
 De-Risking Gene Therapy Biomanufacturing Early to Unlock Late-Stage Success and Cost Savings
Cell and Gene Therapy
blog

De-Risking Gene Therapy Biomanufacturing Early to Unlock Late-Stage Success and Cost Savings

Claire Aldridge, PhD

Our Chief Strategy Officer, Claire Aldridge, PhD, explores the growing trend of early integration of biomanufacturing design to cut costs and time-to-market while improving patient access to gene therapy.

Featured
Leveraging AI Models To Improve Safety of Gene Therapy
Cell and Gene Therapy
blog

Leveraging AI Models To Improve Safety of Gene Therapy

Nick Ketz, PhD

Learn how predictive modeling can generate synthetic regulatory sequences for safer and more efficacious gene therapies.

Featured
Form Bio Applauds The White House’s New Goals and Priorities Promoting Growth of Domestic Cell and Gene Therapy Biomanufacturing
Cell and Gene Therapy
blog

Form Bio Applauds The White House’s New Goals and Priorities Promoting Growth of Domestic Cell and Gene Therapy Biomanufacturing

Andrew Busey & Kent Wakeford

We support the commitment of the Biden-Harris Administration to address global issues through biomanufacturing innovation. Learn more.

Featured
Shortening Gene Therapy Development Time with Strategic Use of Large Language Models
Cell and Gene Therapy
blog

Shortening Gene Therapy Development Time with Strategic Use of Large Language Models

Austin Day, PhD

Leveraging large language models has proven to shorten the development time of gene therapies. Learn more here.

Featured
New Study Finds Large Language Models Applied to DNA Sequences Enabled Accurate Molecular Phenotype Prediction
Computational Life Sciences
blog

New Study Finds Large Language Models Applied to DNA Sequences Enabled Accurate Molecular Phenotype Prediction

Austin Day, PhD

Recent published research is bringing us one step closer to predicting molecular phenotypes from a DNA sequence. Read this blog to learn more.

Featured
Maximizing Therapeutic Efficacy Through Codon Substitution Design
Computational Life Sciences
blog

Maximizing Therapeutic Efficacy Through Codon Substitution Design

Sasha Maslova

Get insights from Sasha, our Artificial Intelligence (AI) Scientist, on a newly published article describing the potential undesirable effects of synonymous codon substitution and the role of computational methods to overcome these challenges.

Featured
The Power of Integrating Single-Cell Multi-Omic Analysis to Accelerate Cell and Gene Therapy Biomanufacturing
Cell and Gene Therapy
blog

The Power of Integrating Single-Cell Multi-Omic Analysis to Accelerate Cell and Gene Therapy Biomanufacturing

Jill Roughan, PhD

Single-cell analysis techniques and multi-omics are providing a newfound understanding of hidden complexity in biological systems, revolutionizing the biomanufacturing process for cell and gene therapies. Here’s how.

Featured
Exploring the Versatility of the Latest Transformer Architecture Variants and Their Implications for Gene Therapy Developers
Cell and Gene Therapy
blog

Exploring the Versatility of the Latest Transformer Architecture Variants and Their Implications for Gene Therapy Developers

Austin Day, PhD

Continuing our blog series on Transformer architectures and their use in gene therapy applications, we explore the latest variants’ size and speed improvements.

Featured
Applying DeepMind's Transformer Architecture to Optimize AAV Constructs
Cell and Gene Therapy
blog

Applying DeepMind's Transformer Architecture to Optimize AAV Constructs

Nick Ketz, PhD

Transformer based architectures are uniquely efficient and powerful when used to process structured data. Read this blog to learn how they can be customized, adapted and applied to AAV construct optimization.

Featured
Healthcare
Informed insights

How Computational Life Sciences Will Help Us Address and Advance Health Equity

Claire Aldridge

Despite significant healthcare spending, the United States sees poorer health outcomes than other countries. Learn how computational life sciences can help address this.

Featured
Cell and Gene Therapy
Informed insights

What the FDA’s New Safety Draft Guidance for AAV Gene Therapies Means and How to Be Ready

Claire Aldridge

Get up to speed on the FDA's safety guidance draft that could impact clinical trials for gene therapy products. Our Chief Strategy Officer provides a framework on how to overcome potential safety issues.

Featured
Emerging Trends
Informed insights

Living in the Golden Age of Deep Learning and Life Sciences

Joe Nipko, PhD

With modern advancements in computational power and learning algorithms, we are in the golden age of deep learning in the life sciences and its applications.

Featured
Emerging Trends
Informed insights

Design for Manufacturing: A New Paradigm for Computational Life Sciences

Alexander Titus, PhD

With the help of computational life sciences, biotechnology is evolving. Learn how design for manufacturing design is advancing research, discovery and development processes.

Featured
Bioinformatics
Informed insights

Opportunities for Applying Today’s Computational Advances to Yesterday’s Analysis Techniques

Brandi Cantarel, PhD

Read hear to learn more about the past, present and future of bioinformatics sequence analysis.

Featured
Navigating Viral Vector Biomanufacturing Scale Up: An Essential Handbook
Cell and Gene Therapy
Downloads

Navigating Viral Vector Biomanufacturing Scale Up: An Essential Handbook

Viral vectors are necessary for cell and gene therapy development yet there are several barriers to high-yield production. Learn how to overcome them in our handbook.

Featured
Evaluating Computational Life Sciences Platforms: 5 Dos and 5 Don'ts
Computational Life Sciences
Downloads

Evaluating Computational Life Sciences Platforms: 5 Dos and 5 Don'ts

Download our guide, to learn what you need to know about selecting a Computational Life Sciences Platform that will serve your organizations needs, today and in the future.

Featured
Comparing Form Bio Data Analysis Performance With and Without NVIDIA Clara Parabricks
Bioinformatics
Downloads

Comparing Form Bio Data Analysis Performance With and Without NVIDIA Clara Parabricks

Genetic variant detection has wide application in genomics including identifying genetic changes that drive phenotypic changes. Over the last decade several open source tools have been developed to improve the accuracy and speed of SNV/Indel variant detection. Download our case report, to learn what how accelerated versions of these tools using GPUs have been shown to reduce computational time and resources.

Featured
An Introduction to BLAST and Sequence Alignment Tools
Computational Life Sciences
Downloads

An Introduction to BLAST and Sequence Alignment Tools

Just learning the basics of BLAST in bioinformatics? Get all the fundamentals on biology’s most widely used bioinformatics tool.

Featured
Computational Life Sciences Careers, Salaries and Resources
Careers
Downloads

Computational Life Sciences Careers, Salaries and Resources

Interested in pursuing a computational life science career? There’s a increasing need for talented computational scientists. Here’s why choosing a computational life science tech job is a good idea.

Featured
RNA-Seq Data Analysis 101: A Primer for Computational Life Scientists
Computational Life Sciences
Downloads

RNA-Seq Data Analysis 101: A Primer for Computational Life Scientists

There is no one-size-fits-all method for doing RNA-Seq, but some well-accepted guidelines exist. Learn about the best practices for RNA-Seq data analysis.

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