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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🧬Educational Resources for Scientists
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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.

🔬  When your cells survive the weekend in the incubator 🌈 ✨
12/19/2025

🔬 When your cells survive the weekend in the incubator 🌈 ✨

👋 Meet Lucy, one of our co-op students at abm!Lucy is currently three months into her eight-month co-op term, where she’...
12/18/2025

👋 Meet Lucy, one of our co-op students at abm!

Lucy is currently three months into her eight-month co-op term, where she’s gaining hands-on industry experience while continuing her Biology studies at UBC. As a student still building her scientific foundation, this role has been a great opportunity for Lucy to apply what she’s learned in school and explore new areas within the field.

Outside of work, Lucy loves spending time on the slopes 🏂. Snowboarding is one of her favourite winter activities (and she wishes she could go more often!). She also enjoys journaling ✍️, using it as a way to slow down, reflect, and appreciate the little moments in everyday life.

✨ Fun fact: Lucy started collecting Smiski blind boxes 📦 long before they became popular online!

⚡️ Tired of low transfection rates? ABM’s DNAfectin™ Plus (G2500 | https://buff.ly/ufKM82G ) uses a polycation + liposom...
12/16/2025

⚡️ Tired of low transfection rates? ABM’s DNAfectin™ Plus (G2500 | https://buff.ly/ufKM82G ) uses a polycation + liposome formulation for high DNA delivery efficiency across diverse cell types — with minimal toxicity.

🚀   Spotlight: Featuring Dr. Leona Ogene!✨ Meet Dr. Leona Ogene (), a biomedical engineer using her platform to help fut...
12/12/2025

🚀 Spotlight: Featuring Dr. Leona Ogene!

✨ Meet Dr. Leona Ogene (), a biomedical engineer using her platform to help future scientists feel seen, supported, and confident in their path. As a first-generation scholar and neurodivergent researcher, Leona’s journey into regenerative medicine shows the power of perseverance, self-advocacy, and representation in STEM.

🔬 Her work focuses on tissue engineering and cartilage repair — but what really sets her apart is how she breaks down what it actually looks like to navigate a PhD while managing ADHD, dyslexia, and the pressures of academia.

🔗 Want to learn more about Leona’s research, her mission, and her advocacy for diversity & neurodiversity in STEM? Read the full feature — https://buff.ly/o6ATd3l

12/11/2025

Understanding SYBR Green-Based qPCR 🧬

SYBR Green-based qPCR is a widely used technique for detecting and quantifying DNA by measuring fluorescence during amplification. By binding to double-stranded DNA, SYBR Green enables real-time monitoring of PCR product formation - making it a simple, sensitive, and cost-effective approach for gene expression analysis. Watch our full video on YouTube to learn more.

👉 Link to the video: https://youtu.be/YhXj5Yy4ksQ?si=ITZOmj-i4EWLRpdu

Science Today | Gene Therapy Breakthrough 🌱No more transplants? Scientists found a tiny window right after birth when bl...
12/10/2025

Science Today | Gene Therapy Breakthrough 🌱

No more transplants? Scientists found a tiny window right after birth when blood stem cells circulate freely — and they used it to deliver healthy genes directly with viral vectors.

In mouse models, this in vivo therapy corrected immune deficiencies, bone disease, and marrow failure — offering hope for conditions like ADA-SCID and Fanconi anemia.

From risky transplants to simple injections, this discovery could rewrite how we treat genetic blood disorders.

🔗 DOI: 10.1038/s41586-025-09070-3

⚡️ Mesothelial cells built for the long haul!🔗 https://buff.ly/MJqr2lM ABM’s Immortalized Human Mesothelial Cells – HPV ...
12/09/2025

⚡️ Mesothelial cells built for the long haul!
🔗 https://buff.ly/MJqr2lM

ABM’s Immortalized Human Mesothelial Cells – HPV E6/E7 (Cat. No. T0456) is a ready-to-use human mesothelial cell line derived from normal mesothelial tissue and immortalized by HPV-16 E6/E7 genes. These cells deliver a stable model of mesothelial biology—offering continuous growth and confirmed expression of mesothelial markers—so you can skip the time and effort of generating your own primary line.

✨ Ready-made cell line – no need to immortalize primary mesothelial cells yourself
✨ Characterized & stable – mesothelial marker expression verified, suitable for extended culture
✨ Adherent and reliable – validated for routine culture workflows
✨ Ideal for modeling mesothelial biology in a consistent, reproducible format

Save time and standardize your research!

Some chase balance — others are born stable.
12/06/2025

Some chase balance — others are born stable.

🧬 Science Today | “Invisible” Immune Cells Destroy CancerMIT & Harvard scientists created stealth CAR-NK cells that evad...
12/05/2025

🧬 Science Today | “Invisible” Immune Cells Destroy Cancer

MIT & Harvard scientists created stealth CAR-NK cells that evade immune attack and destroy tumors. By knocking down HLA genes and boosting PD-L1, these cells cleared cancer in mice — offering a safer, faster path to off-the-shelf cancer therapy.

🔗 DOI: 10.1038/s41467-025-63863-8

🧬🤍 December is HIV/AIDS Awareness Month!At abm, we’re supporting HIV research by curating specialized cell models that i...
12/03/2025

🧬🤍 December is HIV/AIDS Awareness Month!

At abm, we’re supporting HIV research by curating specialized cell models that illuminate virus-host interactions. 📣 From cells engineered with dendritic cell receptors to T-cells with host gene knockdowns, our collection empowers studies of HIV entry, replication, and pathogenesis.

🔬 Highlights include:
🔹 T3390 | https://buff.ly/PCY31qB – NIH/3T3 cells expressing human DC-SIGN (a dendritic cell receptor that helps HIV attach to cells
🔹 T6332 | https://buff.ly/zRuvmz5 – HEK293T cells with stable CD4 & CCR5 expression (key HIV-1 entry receptors
🔹 T6124 | https://buff.ly/L39rmdA – Jurkat T cells with NonO gene knockdown (used to uncover how this host protein restricts HIV infection

…and many more.

⚡️ Nourish your epithelial cultures with confidence!ABM’s Human Epithelial Cell Growth Medium Kit (Cat. No. TM106 | http...
12/02/2025

⚡️ Nourish your epithelial cultures with confidence!

ABM’s Human Epithelial Cell Growth Medium Kit (Cat. No. TM106 | https://buff.ly/Hvl06nI ) is a complete culture system engineered and tested specifically for the growth of human epithelial cells. Each lot is verified for adherence, viable growth, and typical epithelial morphology, giving you a reliable foundation for your experiments. The kit includes a basal medium and matched supplement(s), streamlining your workflow from day one.

✨ Complete kit – basal medium + supplement(s) included
✨ Tested performance – adherence, growth and morphology of human epithelial cells
✨ Ready to use – simplify media preparation and focus on your research
✨ Designed for consistency – lot-tested to help reduce variability

Maintain healthy, reproducible epithelial cultures and eliminate uncertainty around media preparation with ABM’s TM106 Growth Medium Kit.

🌊 Science Today | Ocean Bacteria Eat PlasticDeep beneath the waves, scientists at KAUST have uncovered marine bacteria t...
11/20/2025

🌊 Science Today | Ocean Bacteria Eat Plastic

Deep beneath the waves, scientists at KAUST have uncovered marine bacteria that feast on plastic. These microbes carry a special enzyme mark — the M5 motif — on their PETase enzyme, giving them the ability to digest PET, the tough plastic used in bottles and fabrics.

This breakthrough reveals how life is evolving to tackle human pollution. The M5 motif acts like a fingerprint, showing which bacteria have the power to break down plastic waste. Found in over 80% of global ocean samples — from surface gyres to deep-sea trenches — these microbes are quietly recycling our trash into carbon fuel for survival.

While this natural cleanup happens too slowly to solve the crisis alone, it could revolutionize industrial recycling. By mimicking the M5 motif, scientists may design faster, more efficient enzymes to close the plastic loop on land — turning waste into a resource instead of a burden.

🔗 DOI: 10.1093/ismejo/wraf121

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Our Story

Applied Biological Materials (abm) provides quality research reagents and custom services at incredible prices. We have an extensive product range to make abm your one-stop supplier for all your research needs: PCR, RT-PCR, qPCR, antibodies, siRNA, miRNA, CRISPR, stable cell lines, immortalized cell lines, growth factors, and various viral expression systems (adenovirus, lentivirus, AAV).

If you can’t find what you need, please let us know; our R&D team will tailor to your needs. We also provide custom services for the more challenging or time-consuming parts of your research projects. Custom recombinant adenovirus, custom lentivirus, custom cloning, gene synthesis, protein production and sequencing services are a few examples of abm’s assortment of services available to you. Conducting research shouldn’t cost you a fortune! abm is here to help! Please contact us for more information on any of our products and available services.