top of page

Kimmunity Lab Is Live: Let the Research Begin

After months of planning, ordering, assembling, and troubleshooting, the Kimmunity Lab is officially up and running! Our space is now fully equipped to support our mission: advancing RNA-based therapeutics and immune engineering strategies to tackle cancer and beyond.


Setting up a lab from scratch has been both exhilarating and humbling. Each instrument isn’t just a tool—it’s a launchpad for discovery. With this infrastructure in place, we’re ready to dive into experiments, train students, and build collaborations across UT Austin and beyond.

Cold storage and cell banking: -80°C, -20°C, and 4°C units for sample stability, a large orbital shaker for bacterial growth, and liquid nitrogen storage for long-term preservation of our cell bank.
Cold storage and cell banking: -80°C, -20°C, and 4°C units for sample stability, a large orbital shaker for bacterial growth, and liquid nitrogen storage for long-term preservation of our cell bank.

LNP Station

At the heart of our delivery platform is a high-throughput lipid nanoparticle (LNP) synthesizer, enabling rapid, parallelized formulation of diverse lipid compositions and RNA payloads. We pair this with a combined ML-DLS/NanoDrop system, giving us quick readouts on particle size, uniformity, and RNA encapsulation—all with minimal hands-on time. This setup is designed to fuel large-scale screening efforts and data-driven optimization.

Our Unchained Labs Sunscreen + Stunner combo: high-throughput LNP synthesis and characterization with simultaneous RNA quantification and particle sizing—small volume, high speed, no fuss.
Our Unchained Labs Sunscreen + Stunner combo: high-throughput LNP synthesis and characterization with simultaneous RNA quantification and particle sizing—small volume, high speed, no fuss.

RNA Station

Our dedicated RNA station supports end-to-end in vitro transcription (IVT) workflows. From linear template preparation to RNA purification and quantification, this bench is built for flexibility and throughput. We use a fragment analyzer to validate integrity and size distribution of every RNA batch before it heads into delivery or functional assays.

Our RNA station: a clean, dedicated space for high-quality in vitro transcription workflows—equipped with an AirClean 600 hood, dual thermocyclers, and an Agilent Fragment Analyzer for RNA integrity checks.
Our RNA station: a clean, dedicated space for high-quality in vitro transcription workflows—equipped with an AirClean 600 hood, dual thermocyclers, and an Agilent Fragment Analyzer for RNA integrity checks.

Tissue Culture Room

Our fully equipped tissue culture suite is designed to support both immune cell work, as well as tumor co-cultures and mechanistic assays. With ample space for parallel experiments and a clean, organized layout, the room is already powering the first wave of experiments. We’ve also outfitted the space with a refrigerated centrifuge, automated cell counter, brightfield microscope, and bead bath, ensuring everything needed for high-quality cell-based experiments is within reach.

Our tissue culture room is fully equipped for immune cell work, featuring dual stacked incubators, CO₂ tanks with an auto-switch valve, and a dedicated refrigerator and supply rack.
Our tissue culture room is fully equipped for immune cell work, featuring dual stacked incubators, CO₂ tanks with an auto-switch valve, and a dedicated refrigerator and supply rack.

Looking Forward...

Kimmunity Lab members in action—focused at the LNP station where high-throughput formulation meets serious science.
Kimmunity Lab members in action—focused at the LNP station where high-throughput formulation meets serious science.

The Kimmunity Lab is more than just a physical space—it's a growing community of curious minds united by a passion for innovation, discovery, and impact.


Let the research begin!


 
 

Kim Lab

Division of Molecular Pharmaceutics and Drug Delivery
University of Texas Austin, College of Pharmacy

107 W. Dean Keaton St
Austin, TX 78734

512-232-4000

©2024 Kimmunotherapy

bottom of page