Latest from The Healthcare Technology Report: Form Bio and PacBio have joined forces to standardize AAV research, addressing key challenges in the industry. Their collaboration, driven by the newly formed AAV Working Group, aims to unify the field with standardized nomenclature and reporting practices. This initiative promotes consistency and reliability in AAV research, streamlining development processes and enhancing collaboration. Together, we are paving the way for more effective gene therapy solutions, ultimately benefiting patients worldwide. 🌟 Read the full article: https://hubs.li/Q02HQYVN0 #AAV #hifisequencing #genetherapy
Form Bio
Software Development
Form empowers scientists to harness the data, computing power and collaboration that drive how breakthroughs are made.
About us
Form empowers scientists to harness the data, computing power and collaboration that drive how today's breakthroughs are made.
- Website
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https://formbio.com
External link for Form Bio
- Industry
- Software Development
- Company size
- 11-50 employees
- Type
- Privately Held
- Founded
- 2022
Employees at Form Bio
Updates
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Join Amanda Kowalczyk, PhD, Computational Biology Manager at Form Bio, as she discusses her transition from academia to industry. Discover why it's crucial for tools like Form Bio to bridge the disconnect between data production and analysis in life sciences. "What gets me out of bed in the morning is that I'm really excited to do the science that I do, and I know that I'm going to have the support that I need to do it." #DataScience #LifeSciences #Innovation
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🔬 Science isn’t complete until it’s communicated. In biological research, data visualization is key to representing big data effectively. With the increasing complexity of sequencing and proteomics workflows, mastering data visualization is crucial. While there’s no one-size-fits-all pipeline for analyzing RNA-Seq data, some foundational visualization types can drive cell and gene therapy discovery and illuminate meaningful gene expression patterns. Discover seven powerful ways to visualize RNA-Seq data in our latest article. Explore how these methods can enhance your understanding of biological insights and inform critical research decisions. #BigData #GeneTherapy #RNA #DataVisualization
7 Powerful Ways to Visualize RNA-Seq Data for Gene Therapy Development
Form Bio on LinkedIn
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Join Form Bio’s Anusha Sriraman, Ph.D. to explore the latest biological study results recorded during the Advanced Manufacturing in Cell and Gene Therapy Workshop organized by Alliance for Regenerative Medicine. Discover how FORMsightAI accurately predicts and optimizes vector outcomes, improving full reads by 28% and minimizing truncation peaks. Learn how these advancements optimize vectors to increase potency by 20% and predict vector design problems accurately. #GeneTherapy #AI #ARM
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Join Thuy Nguyen, Ph.D., a Computational Biologist at Form Bio, as she shares her excitement for bioinformatics in the modern age. Discover how she empowers biologists to process terabytes of data using Form Bio's innovative workflows and experience the camaraderie of belonging to a team formed by some of the brightest minds in the field. #Bioinformatics #Innovation #Teamwork #DataScience
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Curious about how AI can accurately predict vector design problems and enhance vector manufacturability? Explore Form Bio's Biological Validation Studies Report! This report details lab studies conducted over a 10-month period in collaboration with vector and sequencing cores at UT Southwestern Medical Center, with viral vectors produced by multiple leading CDMOs. #AI #LLM #GeneTherapy
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We have a few spots left at our Gene Therapy Leadership Networking Reception this Thursday, from 5:30-8:30pm. Join Form Bio and PacBio for a relaxing evening al fresco in South San Francisco. The atmosphere will be casual, with no formal agenda. Our aim is to bring CGT leaders together for a lively and engaging discussion on new innovations and what’s next for the industry. Complete the form to request an invitation: https://hubs.li/Q02Gy_kM0 #genetherapy #bayarea #networking #biotech
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Empty capsids are AAV particles that lack genetic material, posing immunological risks without offering therapeutic benefits. Despite the absence of formal FDA guidance on upper limits for residual empty capsids in AAV-based therapies, the gene therapy field advises including total capsid titre in FDA applications for safety at high vector doses. Explore the prevailing causes and risks of empty capsids and discover how AI can enhance the design and manufacturability of AAV-based gene therapies by predicting and reducing truncation. Read along to learn more about AI’s potential in unlocking progress in the field of gene therapy. #GeneTherapy #AAV #AI
How Top Biotechs Use Deep Learning to Drive Development of Cell and Gene Therapy
Form Bio on LinkedIn
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Did you know that AAV vectors can achieve long-term expression of therapeutic genes, especially in non-dividing cells? This minimizes the need for repeated treatments. With their broad tropism, AAV vectors can target a wide range of tissues and organs effectively. Moreover, AAV vectors ensure persistent gene expression through stable integration at specific genomic sites. Discover how AAV is transforming gene therapy and explore its versatility, major challenges, and key benefits with insights from Form's CSO, Claire Aldridge. Learn more: https://hubs.li/Q02G46Bc0 #GeneTherapy #AAV #VectorDesign #GeneExpression
The Role of AAV in Gene Therapy - Form Bio
formbio.com
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Join Brandi Cantarel, PhD, VP of Bioinformatics at Form Bio, as she unveils the drivers behind her passion for bioinformatics after 20 years in the field. Discover what excites her about Form Bio and her vision for accelerating scientific and clinical advancements. "My real hope for Form Bio is that it can help scientists and clinicians do their science faster and better." #Innovation #Bioinformatics #Teamwork #Science