CMC Live-Cell Imaging Core (CLIC)
About the core
Understanding cellular function requires the ability to observe dynamic biological processes in living systems. The CMC Live-cell Imaging Core (CLIC), which is affiliated with the Chemical Metabolism Core (CMC), provides advanced tools and expertise to visualize metabolic and signaling dynamics in real time across single cells, organoids, and complex tissues in 2D and 3D systems.
Offerings include:
- Live-cell imaging of metabolic & signaling dynamics: Track dozens of glycolytic and mitochondrial metabolites, second messengers (e.g. calcium, cAMP), and electrical properties including plasma membrane and mitochondrial voltage.
- Biosensors & viral tool development: Use any genetically encoded biosensor with cell-type–specific viral constructs or collaborate with us to develop new tools when needed.
- Integrated functional readouts: Combine live imaging with hormone secretion assays (e.g., insulin, glucagon, or other analytes using available kits).
- Collaborative experimental design & data interpretation: Beyond image acquisition, we work with you on experimental design, biosensor selection or development, assay optimization, and interpretation.
We also offer:
- Library of validated dyes & genetically encoded biosensors
- Organoids, tissues, & 96-well plate assays
- Feedback-controlled solution delivery & temperature control
- Perfusion assays of secreted molecules (insulin, glucagon, etc.)
- Offline 3D analysis with Oxford Imaris software
Available to Yale researchers only
Contacts
Director
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Core/facility
Aberration-Corrected Electron Microscopy (ACEM) Core
Our core's focus is cutting-edge and high-throughput capability in electron microscopy techniques, including TEM, SEM, and FIB.
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Core/facility
Keck Biophysical Resource
As of 2026, the Keck Biophysical Resource will no longer be available for services except for NIDA investigators, who will still have access to some technologies.
Ewa Folta-Stogniew, PhD, MSc
Director (Retired) -
Core/facility
Yale Center for Molecular Discovery
We provide resources for assay development and high-throughput screening with small molecules and arrayed siRNA and sgRNA/CRISPR libraries in biochemical, cell-based and image-based assays (primarily 384-well format).