Form Bio Blog

Updates and perspectives from our industry experts, scientists and product leaders.

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Featured
Vector Design

How Are AAV Vectors Transforming Gene Therapy?

Discover why AAV vectors are key to gene therapy success, offering precise delivery, wide clinical applications, and transformative impact in genetic disease treatment.

Featured
Artificial Intelligence

AI, Genetic Engineering and Gene Therapy: The Next Frontier in Life Science Innovation

Uncover the emerging role of AI in gene therapy and how it is paving the way for groundbreaking advancements.

Featured
Bioinformatics

Form Bio and Google Team Up To Streamline Multiomics and Accelerate Precision Medicine

Discover how Form Bio and Google Cloud’s Multiomics Suite will empower life scientists to accelerate research, development, and pre-clinical studies in personalized medicine and gene therapies.

Featured
Vector Design

Leveraging AI Models To Improve Safety of Gene Therapy

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

Featured
Biomanufacturing

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

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

Featured
Vector Design

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

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

How Are AAV Vectors Transforming Gene Therapy?
Featured
Vector Design

How Are AAV Vectors Transforming Gene Therapy?

Claire Aldridge, PhD

Claire Aldridge, PhD

February 6, 2024

2024-02-06

Discover why AAV vectors are key to gene therapy success, offering precise delivery, wide clinical applications, and transformative impact in genetic disease treatment.

AI, Genetic Engineering and Gene Therapy: The Next Frontier in Life Science Innovation
Featured
Artificial Intelligence

AI, Genetic Engineering and Gene Therapy: The Next Frontier in Life Science Innovation

Joe Nipko, PhD

Joe Nipko, PhD

December 6, 2023

2023-12-06

Uncover the emerging role of AI in gene therapy and how it is paving the way for groundbreaking advancements.

Form Bio and Google Team Up To Streamline Multiomics and Accelerate Precision Medicine
Featured
Bioinformatics

Form Bio and Google Team Up To Streamline Multiomics and Accelerate Precision Medicine

Chris Haas

Chris Haas

June 13, 2023

2023-06-13

Discover how Form Bio and Google Cloud’s Multiomics Suite will empower life scientists to accelerate research, development, and pre-clinical studies in personalized medicine and gene therapies.

Leveraging AI Models To Improve Safety of Gene Therapy
Featured
Vector Design

Leveraging AI Models To Improve Safety of Gene Therapy

Nick Ketz, PhD

Nick Ketz, PhD

May 3, 2023

2023-05-03

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

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

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

Andrew Busey & Kent Wakeford

Andrew Busey & Kent Wakeford

March 27, 2023

2023-03-27

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

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

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

Austin Day, PhD

Austin Day, PhD

February 10, 2023

2023-02-10

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

Designing AAV Vectors To Produce Functional Proteins
Featured
Artificial Intelligence

Designing AAV Vectors To Produce Functional Proteins

Anusha Sriraman, PhD

Anusha Sriraman, PhD

April 23, 2024

2024-04-23

Explore Form Bio's AI models that predict, optimize, and de-risk AAV vector design outcomes.

Welcoming Form Bio’s New Cell and Gene Therapy Scientific Advisory Board
Featured
Cell and Gene Therapy

Welcoming Form Bio’s New Cell and Gene Therapy Scientific Advisory Board

Angela Anderson

Angela Anderson

April 18, 2024

2024-04-18

Meet the members of Form Bio’s new Scientific Advisory Board, helping to guide our groundbreaking cell and gene therapy innovation.

Charting the Course: A Brief Recap of BGTC's Regulatory Playbook for AAV Gene Therapies
Featured
Biomanufacturing

Charting the Course: A Brief Recap of BGTC's Regulatory Playbook for AAV Gene Therapies

Claire Aldridge, PhD

Claire Aldridge, PhD

March 26, 2024

2024-03-26

Discover key strategies and guidelines for compliance in gene therapy research with BGTC's AAV Gene Therapy Regulatory Playbook.

Removing the Multiomics Data Analysis Bottleneck to Advance Life Science Research and Development
Featured
Bioinformatics

Removing the Multiomics Data Analysis Bottleneck to Advance Life Science Research and Development

Chris Haas

Chris Haas

March 14, 2024

2024-03-14

Explore how to navigate the complexities of multiomics data analysis in life science with our innovative solutions that empower researchers and accelerate R&D processes in the field.

Harmonizing AAV Vector Design, AI and Biological Data for Effective Gene Therapy Development
Featured
Artificial Intelligence

Harmonizing AAV Vector Design, AI and Biological Data for Effective Gene Therapy Development

Joe Nipko, PhD

Joe Nipko, PhD

March 5, 2024

2024-03-05

Discover how harmonizing AAV, AI, and biological data is revolutionizing gene therapy development, paving the way for safe and effective treatments.

Optimizing AAV Gene Therapy: Unlocking Efficiency and Quality in the Production Process
Featured
Artificial Intelligence

Optimizing AAV Gene Therapy: Unlocking Efficiency and Quality in the Production Process

Jill Roughan, PhD

Jill Roughan, PhD

February 20, 2024

2024-02-20

See how process optimization for AAV gene therapies ensure higher efficiency and quality in every batch.

Form Bio Resources

Designing AAV Vectors To Produce Functional Proteins
Artificial Intelligence

Designing AAV Vectors To Produce Functional Proteins

Anusha Sriraman, PhD

Anusha Sriraman, PhD

April 23, 2024

Explore Form Bio's AI models that predict, optimize, and de-risk AAV vector design outcomes.

Welcoming Form Bio’s New Cell and Gene Therapy Scientific Advisory Board
Cell and Gene Therapy

Welcoming Form Bio’s New Cell and Gene Therapy Scientific Advisory Board

Angela Anderson

Angela Anderson

April 18, 2024

Meet the members of Form Bio’s new Scientific Advisory Board, helping to guide our groundbreaking cell and gene therapy innovation.

Charting the Course: A Brief Recap of BGTC's Regulatory Playbook for AAV Gene Therapies
Biomanufacturing

Charting the Course: A Brief Recap of BGTC's Regulatory Playbook for AAV Gene Therapies

Claire Aldridge, PhD

Claire Aldridge, PhD

March 26, 2024

Discover key strategies and guidelines for compliance in gene therapy research with BGTC's AAV Gene Therapy Regulatory Playbook.

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Form Bio Resources

Artificial Intelligence

Designing AAV Vectors To Produce Functional Proteins

Explore Form Bio's AI models that predict, optimize, and de-risk AAV vector design outcomes.

Cell and Gene Therapy

Welcoming Form Bio’s New Cell and Gene Therapy Scientific Advisory Board

Meet the members of Form Bio’s new Scientific Advisory Board, helping to guide our groundbreaking cell and gene therapy innovation.

Artificial Intelligence

The Gene Therapy Developer's Introduction to AI and Computational Life Sciences

Discover the progression of AI from inception to present-day, and how it powers the efficient analysis of big data, revolutionizes gene therapy development, and advances biomanufacturing.