The future lies in platforms that define, simulate, and iterate—design is now the foundation of biology. 🧩📐Real-world case studies in biomanufacturing & precision medicine showed that AI isn’t just accelerating workflows—it’s becoming the architect of synthetic life 🌱🏗️.

#SyntheticBiology #AIinBio #BiodesignHighlights included:.⚙️ Programmable organelles.🧬 Algorithmic enzyme evolution.🔁 AI-designed genetic circuits.A clear shift: from discovery ➡️ design-driven biology.Speakers agreed: working only with nature’s parts is no longer enough.

Industry Update: SEED 2025 Spotlights AI-Driven Design & Evolution in Synthetic Biology. The SEED conference (June 23–26, Houston) gathered global experts to explore how AI is reshaping bio-design workflows 🧠🧪🔗

🔗 Learn more about mSBW 2025: Ready for AI-driven, end-to-end digital biology? Dive in 👉

At zettalab, we’re building exactly that: visual annotation, multi‑sequence alignment, enzyme digests, PCR simulation, and image editing—dispersed into a unified, AI-savvy environment. 🔗 Explore ACM‑BCB 2025:

These events underscore a shift: platforms must go beyond standalone analysis—they need to integrate sequence design, structure, simulation, and ML pipelines into cohesive, lab-connected workflows.

Just ahead, the 2025 International Mammalian Synthetic Biology Workshop (mSBW, Aug 11–12, Irvine) brings together synthetic biology leaders to discuss cutting-edge research in human health applications

ACM‑BCB 2025 (Oct 11–15, Philadelphia) zooms in on AI4Bio, promoting AI advances in computational biology, bioinformatics, and health informatics isscr.org+15acm-bcb.org+15aiche.org+15.

Industry Update: AI meets bioinformatics at ACM-BCB & mSBW—what it means for digital lab platforms like zettalab.

📍 Explore the conference: 🔗 Explore our platform:

At zettalab, we’re building that future—turning raw sequences into functional design-ready data. From multi-sequence alignment to visual annotation and PCR simulation, we’re making digital labs truly connected.

With 500+ expert talks, the conference is shaping a new standard for how data, biology, and algorithms intersect. The message is clear: digital workflows, visualized sequence design, and explainable automation will define the next era of bioinformatics.

As a company building AI-powered digital biology platforms, we’re excited to see this year’s ISMB/ECCB 2025 (July 20–24, Liverpool & online) spotlighting AI-driven modeling, structure prediction, and simulation infrastructure.

The future of AI in computational biology is now—ISMB/ECCB 2025 makes it clear.

And once you're ready: save your final construct with one click.ZettaGene makes cloning visual, editable, and collaboration-ready. Try it now 👉

Highlight any sequence → right-click to create features or design primers 🧫.This means fewer tabs, fewer tools—and much faster workflows. Before committing, preview simulated cloning results 🧪.

Use drag-and-drop or arrows to reorder fragments. Edit sequences directly on the left panel—view features, restriction sites, ORFs, or flip sequences with one click.

🧬 Add your vector & insert fragments from existing projects or upload new files. Then select your preferred linearization method:.🔹 PCR.🔹 Enzymes.🔹 PCR + Enzymes.🔹 Direct use.

Access the Molecular Cloning Workstation from the homepage or toolbar. Choose your method:.🔹 Restriction-Ligation.🔹 Golden Gate.🔹 Gibson Assembly.🔹 In-Fusion.

Designing molecular cloning shouldn't feel like juggling files and enzymes. Here's how ZettaGene streamlines the entire process—from fragments to full assembly.