Synbio Technologies

Synbio Technologies Empowering scientific discoveries with advanced DNA manufacturing and design solutions.

Synbio Technologies was founded in August of 2013 with the hopes of becoming one of the premier companies within the synthetic biology industry. In order to accomplish this goal, many hurdles were circumvented to continue to move forward and offer our customers the highest quality product possible. By striving to move forward in this industry we have fine-tuned our mechanisms of various synthetic

biological applications and continue to do so on a daily basis. This is because we strive to be on the cutting edge of this technology which has led us to make groundbreaking discoveries within this field. In doing so we have developed the world’s first GPS Platform, including genotype, phenotype and synotype. The GPS Platform is what separates us from the rest of the competition within this industry. This platform is broken down into three portions and when combined offers a one stop solution of gene “design-construction-application” process. This streamlined process allows us to offer our customers a unique experience when designing their gene of interest in order to comply with the research interests. In addition to our technologically advanced synthetic biology applications there are hundreds of professionals with experienced track records of success in scientific research and industrial management. We are proud to have such a devoted staff with one goal in mind: to offer our customers with the highest quality product possible within an efficient time-frame. Our staff has perfected and streamlined many of these biological applications in order to comply with our customer’s demands. Please contact us with any questions you may have about our various services that we are currently offering.

🧬 rHuPH20: The “Molecular Scissors” Behind Faster Subcutaneous Drug DeliveryWhy do some biologics require long IV infusi...
09/04/2026

🧬 rHuPH20: The “Molecular Scissors” Behind Faster Subcutaneous Drug Delivery

Why do some biologics require long IV infusions while others can be delivered in just a few minutes?

The answer partly lies in hyaluronic acid (HA), which forms a dense, hydrated matrix beneath the skin.

🔬 rHuPH20 temporarily breaks down HA at the injection site, helping therapeutic molecules spread more efficiently through subcutaneous tissue.

The effect is local, temporary, and reversible, making rHuPH20 an interesting tool for drug-delivery research.

For protein researchers, it also highlights the importance of protein design, glycosylation, expression systems, and functional activity.
https://hubs.la/Q04wt1sB0

🧬 Working with a challenging DNA sequence?For complex gene synthesis, getting the sequence ordered is just the beginning...
09/03/2026

🧬 Working with a challenging DNA sequence?
For complex gene synthesis, getting the sequence ordered is just the beginning.

Difficult regions, high or low GC content, repeats, and long constructs can all affect synthesis and downstream work.

At Synbio Technologies, we bring sequence design, optimization, synthesis, cloning, and QC together in one workflow—helping researchers move from a challenging sequence to a research-ready construct.

Whether you're working with a long construct, multi-gene design, or a sequence that needs extra technical review, our team can help evaluate the project and identify a practical path forward.

🔥 Fall Promotion | Sep 1–30, 2026
Complex Sequences — 53% OFF

Have a sequence you're working on? Let's talk.
https://hubs.la/Q04wtfzk0

🧬 How far can sequential genome editing go?From sgRNA design to clone validation, each step matters. 🔬In a real-world E....
09/02/2026

🧬 How far can sequential genome editing go?
From sgRNA design to clone validation, each step matters. 🔬

In a real-world E. coli intestinal isolate, our researchers used the pCas + pTargetF dual-plasmid system to complete:
🔹 7 consecutive editing rounds
🔹 7 genomic loci
🔹 36 kb of precisely integrated DNA
🔹 3 complete genes
🔹 No irreversible growth defects
🔹 Successful plasmid curing & PCR validation

💡 The system supports knockout, knock-in, replacement, and multi-site sequential editing.
A powerful example of scalable genome engineering in action. 🧬⚙️
https://hubs.la/Q04wcC700

📚 Back to school, back to the lab!A new semester means new ideas, new experiments, and new research goals. 🔬Wishing all ...
09/01/2026

📚 Back to school, back to the lab!

A new semester means new ideas, new experiments, and new research goals. 🔬
Wishing all researchers, students, and scientists a productive and inspiring fall!

To help you power up your research, Synbio Technologies is bringing you Back-to-School Savings all September.
🎓 Sep 1–30, 2026
💡 More ways to save on your research essentials.

Start the semester strong and make your next experiment count!
https://hubs.la/Q04w2mc50

🧪 Plasmid DNA Prep Made Simple—and AffordableLooking for reliable, high-quality plasmid DNA for your next experiment?For...
08/31/2026

🧪 Plasmid DNA Prep Made Simple—and Affordable
Looking for reliable, high-quality plasmid DNA for your next experiment?
For a limited time, get 100 µg of transfection-grade plasmid DNA for just $69.

You can count on:
✅ >85% supercoiled DNA
✅ Low endotoxin
✅ U.S.-based manufacturing
✅ Consistent quality for downstream applications

Perfect for:
🧬 Cell transfection
🦠 Viral vector production
🔬 Gene editing workflows
🧪 Protein expression & antibody production
📩 https://hubs.la/Q04vR40s0

🧬 Personalized Therapies Need Personalized ManufacturingModerna’s latest Phase 3 milestone highlights the potential of p...
08/28/2026

🧬 Personalized Therapies Need Personalized Manufacturing
Moderna’s latest Phase 3 milestone highlights the potential of personalized mRNA therapy. 🚀

But every patient brings a different sequence:
🔄 More customization
⚡ Faster turnaround
🔬 Consistent quality

As personalized therapies scale, flexible and reliable RNA manufacturing will become increasingly important.

At Synbio Technologies, our molecular manufacturing platform enables fast and flexible RNA manufacturing to meet evolving sequence demands. 🧪⚡
https://hubs.la/Q04vF93k0

Tell a friend. Both get paid. Done. ✅You already love our genes, oligos, and synbio solutions. So why keep the good stuf...
08/27/2026

Tell a friend. Both get paid. Done. ✅
You already love our genes, oligos, and synbio solutions. So why keep the good stuff to yourself? 😎
Here’ s a sweet deal: refer a friend to Synbio Technologies. When they place their first order, you both get a $25 Gift Card 🎁
Yes, BOTH of you.
Plus, for first-time customers: you'll save 15% on your first order. 💸
Click the link and start sharing now 👇
https://hubs.la/Q04vvdg-0

🧬 What Is GHK-Cu?GHK-Cu (Copper Tripeptide) is a naturally occurring peptide found in human body fluids and is known for...
08/26/2026

🧬 What Is GHK-Cu?
GHK-Cu (Copper Tripeptide) is a naturally occurring peptide found in human body fluids and is known for its role in tissue repair and regeneration. 🔬

💡 Its key biological effects include:
🧵 Supporting collagen & elastin synthesis
💧 Promoting extracellular matrix remodeling
🩹 Supporting wound-healing processes
🔬 Modulating fibroblast and endothelial cell activity

🌱 Applications: Skin regeneration, wound-healing research, tissue repair, and regenerative medicine.

Small peptide. Big potential. 🧬✨
https://hubs.la/Q04vl6LN0

🧬 More targets. More insights. More possibilities.Gene editing gives researchers the flexibility to investigate gene fun...
08/25/2026

🧬 More targets. More insights. More possibilities.

Gene editing gives researchers the flexibility to investigate gene function, validate targets, study pathways, and develop engineered cells—supporting discovery across modern life science research.

🎉 Limited-time offer: Edit 6 genes, pay for 5.
Explore more targets and get more from your research budget.
https://hubs.la/Q04v9b440

Protein Expression—Without the Cells? 🧬🧪Yes! 🙌 Cell-free protein synthesis produces proteins outside living cells using ...
08/24/2026

Protein Expression—Without the Cells? 🧬🧪

Yes! 🙌 Cell-free protein synthesis produces proteins outside living cells using the essential transcription and translation machinery.

🚀 Key advantages:
⏱️ Results in hours to 1 day
🤖 Easy to automate & scale for screening
🧬 Works well for toxic or difficult proteins
🔎 Great for small-scale functional detection
📈 Some E. coli-based systems reach mg/mL-level yields

From protein screening to mutant library testing, cell-free expression is opening up faster ways to explore protein function. 🔬✨
https://hubs.ly/Q04tYwRJ0

Address

9 Deer Park Drive , Suite J-25
Monmouth Junction, NJ
08852

Opening Hours

Monday 8:30am - 5:30pm
Tuesday 8:30am - 5:30pm
Wednesday 8:30am - 5:30pm
Thursday 8:30am - 5:30pm
Friday 8:30am - 5:30pm

Telephone

+17322303003

Website

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