CoLab

"CoLaboration" Comes to the UMGC

The UMGC has recognized a need among our users for support that goes beyond our traditional service model (“DNA/RNA-in, Data-out”). With hundreds of next-generation sequencing methods in use, including single-cell and spatial genomics techniques that do not start with purified nucleic acid, many of our users now require something new: 1) direct access to genomic instrumentation to perform their own bespoke NGS workflows and 2) training in basic and specialized methods to help them do so.

The UMGC CoLab is our answer to that gap. It is an initiative to provide co-working space with shared access to our lab and instruments, and training in genomic methods. The CoLab will lower the barrier to sophisticated instruments and workflows, giving researchers greater flexibility with experimental design and project turnaround. 

The CoLab will be located within the UMGC’s CCRB facility and will feature six dedicated, fully equipped lab benches for individual use and 1,000 square feet of amenities, standard equipment, specialized instrumentation, and freezer storage. Altogether, UMGC staff have decades of technical experience and extensive knowledge of instrumentation and workflows to share. Training and bench space access will be provided at no cost to UMN researchers. 

CoLab goals

  • Democratize genomics by making specialized, cutting-edge instruments and companion equipment accessible to a broader range of UMN researchers. 
  • Structured, hands-on training for genomics-based approaches, emphasizing single-cell and spatialomic workflows.
  • Permit work to continue outside of regular UMGC working hours when required (CoLab accessible 24/7).
  • Foster a collaborative research environment by creating a lab where serendipitous interactions can occur.

Launching in early May

The CoLab will officially launch in early May and will initially offer training in:

  1. Operating the Luna-FL for cell QC
  2. Preparing 10X Single Cell 3’ or 5' Gene Expression libraries
  3. Operating the QuantStudio 5 Real-Time PCR System 
  4. Constructing Visium CytAssist Spatial Gene Expression libraries for FFPE

We will expand on training and instruments throughout the summer. Contact Aaron Becker at becke044@umn.edu with questions or suggestions for the CoLab.