Applied Biological Materials - abm

Applied Biological Materials - abm Conducting research shouldn’t cost you a fortune! abm is here to help! Check out our online store: https://www.abmgood.com/

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Applied Biological Materials (abm) is your one-stop shop for anything lifesciences - from genome-wide collections of viral vectors/viruses and CRISPR gene editing tools, to cell lines and antibodies.

🧬 New technology advances viral vector quality controlA recently developed nanosensing technique enables researchers to ...
09/03/2026

🧬 New technology advances viral vector quality control

A recently developed nanosensing technique enables researchers to analyze viral vector particles with unprecedented precision, offering an important advancement for gene therapy manufacturing and quality assurance.

Improved characterization of viral vectors can help increase consistency, support regulatory requirements, and strengthen confidence in gene delivery research.

🔗 Read more:
https://buff.ly/ozBz8i2

🧪 Need ultra-pure lentivirus for sensitive downstream applications? ABM's Ultra Pure Lentivirus Purification Kit (Cat. N...
09/02/2026

🧪 Need ultra-pure lentivirus for sensitive downstream applications? ABM's Ultra Pure Lentivirus Purification Kit (Cat. No. LV998) delivers rapid purification while removing impurities that can interfere with your research.

✨ Fast, simple lentivirus purification workflow
✨ Produces ultra-pure viral preparations
✨ Helps improve consistency for downstream applications
✨ Ideal for gene delivery and functional studies

Purify with confidence and keep your experiments moving forward.
🔗https://buff.ly/uYz409v

Spheroids and Organoids are reshaping the future of drug discovery and disease modeling.The new Spheroid & Organoid Medi...
09/01/2026

Spheroids and Organoids are reshaping the future of drug discovery and disease modeling.

The new Spheroid & Organoid Medium portfolio from abm is designed to support reproducible and scalable 3D culture workflows for modern research environments.

Applications include:
✅ Drug screening
✅ Disease modeling
✅ Precision medicine research
✅ Advanced oncology workflows
✅ Physiologically relevant in vitro systems

Featuring specialized media for:
• Bronchial Epithelial Organoids
• Breast Cancer Organoids
• Brain Tumor Organoids

Supporting better models starts with better culture systems.

Explore Today:https://buff.ly/iM5VhFW

✨ Employee Spotlight: Angelique ✨Meet Angelique, Product Marketing Specialist for abm's Protein/PCR team! She first join...
08/31/2026

✨ Employee Spotlight: Angelique ✨

Meet Angelique, Product Marketing Specialist for abm's Protein/PCR team! She first joined abm as a co-op student in the Protein Department in 2015 and became a full-time team member in 2016. A graduate of Simon Fraser University with a degree in Molecular Biology and Biochemistry, Angelique has helped develop and launch several PCR products over the years and now supports both product marketing and the management of the Protein/PCR Department.

Outside of work, Angelique enjoys staying active and creative through baking, cooking, hiking, camping, paddling, running, and playing pickleball. 🥾🏓

We're grateful to have Angelique's expertise, dedication, and passion as part of the abm team. 💙

🧬 Understanding how AAV vectors enter cellsA deeper understanding of viral vector biology is essential for advancing gen...
08/26/2026

🧬 Understanding how AAV vectors enter cells

A deeper understanding of viral vector biology is essential for advancing gene therapy.

Researchers have identified a key receptor involved in AAV entry into cells, providing valuable insight into how these vectors deliver therapeutic genes. Discoveries like this can help improve the design of next-generation viral vectors for research and clinical applications.

🔗 Read more: https://buff.ly/7uYgKYv

Traditional 2D culture systems can only tell part of the story.abm’s Spheroid &Organoid Medium Kits are designed to help...
08/25/2026

Traditional 2D culture systems can only tell part of the story.

abm’s Spheroid &Organoid Medium Kits are designed to help researchers build more physiologically relevant 3D models for translational and disease-focused research.

Our initial portfolio supports applications in: 🧫 Respiratory biology 🧠 Brain tumor research 🎯 Breast cancer modeling

With specialized formulations developed for spheroid and organoid growth, these kits help researchers move closer to in vivo-like biology.

Explore the next generation of 3D culture tools.

🔗 Learn more: https://buff.ly/iM5VhFW

🚀 Spotlight: Featuring Anupa!✨ Meet Anupa, a neuroscience PhD student researching one of the biggest unanswered questi...
08/24/2026

🚀 Spotlight: Featuring Anupa!

✨ Meet Anupa, a neuroscience PhD student researching one of the biggest unanswered questions in Alzheimer's disease: why are women twice as likely to develop the disease as men?

🔬 Through her research, Anupa is investigating the biological differences between male and female Alzheimer's patients, helping advance our understanding of the disease and supporting the future of personalized medicine.

Beyond the lab, Anupa shares an honest look at life as a PhD student on Instagram. From troubleshooting experiments (lots of troubleshooting!) to mentoring students and sharing practical advice, she's passionate about making the PhD journey feel more approachable for aspiring researchers.

💡 One message she hopes to share with early-career scientists? Failure is part of the process. Every experiment—whether it works or not—is an opportunity to learn, grow, and build resilience.

🔗 Want to learn more about Anupa's research, her journey into neuroscience, and why she's passionate about making science more accessible?
Read the full feature: https://buff.ly/Au94zrP

Still using 2D cell culture when you know your model needs to be 3D?You're not alone.Most labs stay with 2D models longe...
08/20/2026

Still using 2D cell culture when you know your model needs to be 3D?

You're not alone.

Most labs stay with 2D models longer than they should — not because they don't know the limitations, but because the jump to 3D feels expensive, risky, and complicated.

abm's Custom Organoid Generation Service is designed to remove all three of those barriers:

✅ Expensive: project-specific SOW pricing; cost fraction of a PDX program
✅ Risky: no-success, no-charge guarantee written into every project agreement
✅ Complicated: feasibility-first workflow — we handle the protocol development, you focus on the science

We generate iPSC/ESC-derived organoids, tissue-derived organoids (TDO), and patient-derived tumor organoids (PDO) — from your starting material, to your assay, with optional publication-ready characterization.

Free feasibility consultation — no commitment, 20 minutes, honest assessment of whether abm can build your specific model.

🔗 Learn more: https://buff.ly/wgQVkUw

🧬 New Resource: Human Hair Follicle Cell CollectionAdvances in hair biology and regenerative medicine start with the rig...
08/19/2026

🧬 New Resource: Human Hair Follicle Cell Collection

Advances in hair biology and regenerative medicine start with the right cell model.

abm's Human Hair Follicle Cell Collection brings together 15 primary and immortalized human cell models to support research in hair growth, alopecia, regenerative medicine, and cosmetic science.

Our collection includes:
✅ Dermal papilla cells
✅ Outer root sheath cells
✅ Inner root sheath cells
✅ Germinal matrix cells
✅ Disease-relevant androgenetic alopecia models

Whether you're investigating hair follicle biology, evaluating therapeutic candidates, or screening cosmetic ingredients, abm provides reliable, research-ready cell models to help accelerate your discoveries.

🔗 Explore the Human Hair Follicle Cell Collection: https://buff.ly/4qOrTIP

Introducing abm’s new Spheroid & Organoid Medium Kit portfolio!Built for advanced 3D culture applications, these kits su...
08/18/2026

Introducing abm’s new Spheroid & Organoid Medium Kit portfolio!

Built for advanced 3D culture applications, these kits support the growth and maintenance of physiologically relevant spheroid and organoid models across a range of research areas.

Launch portfolio includes: 🧫 Bronchial Epithelial Organoid Medium Kit (TM601) 🎯 Breast Cancer Organoid Medium Kit (TM602) 🧠 Brain Tumor Organoid Medium Kit (TM603)

Designed to support: ✅ Disease modeling ✅ Oncology research ✅ Stem cell applications ✅ Translational biology ✅ Drug discovery workflows

The future of in vitro modeling is 3D. Explore today!

🔗 Explore the portfolio today: https://buff.ly/iM5VhFW

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