Molecular Interactions & Imaging Core (MIIC)

Location:
Vail Building, Room 309
Geisel School of Medicine, Hanover, NH
603.646.5182

INTERACTIONS AND IMAGING

The Molecular Interactions and Imaging Core (MIIC) enables research projects by offering support on numerous methodologies to characterize biomolecular interactions. In particular, we provide expertise on sample preparation (working with the MTC), data collection, and analysis for a range of instrumentation including surface plasmon resonance (label-free analysis of biomolecular interactions) and numerous measurements using absorbance, luminescence, and fluorescence (fluorescence anisotropy, alpha-screen, near-infrared fluorescence). The MIIC can facilitate access to additional instrumentation and various applications to characterize biological systems, including drug target identification and validation, such as isothermal calorimetry and nuclear magnetic resonance.

 

AVAILABLE EQUIPMENT IN THE MIIC:

(for more information, including additional equipment details, reserving equipment, and  requesting training, visit RaDar)

EquipmentDescription
Synergy Neo2 Hybrid Multi-Mode Microplate Reader For numerous HTS applications with multi-detection modes.
LI-COR Odyssey ClxFor quantitative, highly sensitive near-infrared fluorescence detection.
DeNovix DS-11 FX+Spectrophotometer/FluorometerFor a variety of micro-volume nucleic acid and protein analyses.
Bio-Rad GelDocXRFor high-resolution nucleic acid and protein gel imaging.
Biacore X100 Measurement of biomolecular interactions in real-time.

MICROSCOPY

Contact: 
Zdenek Svindrych, Ph.D.
Pat Robison, Ph.D.

We provide microscopy support to the bioMT community.  With a broad range of microscopes available at Dartmouth (either located in one of the imaging cores – Class of 1978 Life Sciences Center and Dartmouth-Hitchcock Medical Center, or in individual labs), we can cover many applications. The MIIC uses microscopy for both biochemical and cellular studies and assists investigators with designing and implementing methodologies to answer specific research questions.

AVAILABLE MICROSCOPES AND IMAGE-PROCESSING SOFTWARE:

Type of MicroscopeMicroscope NameDescriptionLocation
Laser Scanning ConfocalZeiss LSM880With Airyscan; live cell incubation capabilities Imaging Facility, Biology/Life Sciences Center
Laser Scanning ConfocalZeiss LSM800With Airyscan; live cell incubation capabilitiesMicroscopy Facility, DHMC, IPIM
Spinning Disk ConfocalAndor W1With Mosaic and Micropoint photostimulation/photoablationImaging Facility, Biology/Life Sciences Center
Spinning Disk ConfocalNikon Ti-E-invertedNikon Ti-E-invertedImaging Facility, Biology/Life Sciences Center
Total Internal ReflectionNikon/Andor TIRFNikon/Andor TIRFImaging Facility, Biology/Life Sciences Center
Total Internal ReflectionOlympus TIRF Olympus IX-83Live cell incubation capabilitiesMicroscopy Facility, DHMC, IPIM
MultiphotonOlympus FVMPE-RS With MaiTai InSight FLIM/FCSImaging Facility, Biology/Life Sciences Center
EpifluorescenceNikon 90iUprightImaging Facility, Biology/Life Sciences Center
EpifluorescenceNikon SMZ1500Dissecting stereo zoomImaging Facility, Biology/Life Sciences Center
SuperresolutionZeiss PS.1 PALM/SIMZeiss PS.1 PALM/SIMImaging Facility, Biology/Life Sciences Center
Slide ScannerPerkinElmer Vectra3Automated imaging of up to 6 slidesMicroscopy Facility, DHMC, IPIM
Image-Processing SoftwareImaris WorkstationWith Measurement Pro, ImarisTrack, ImarisColoc, ImarisXT, ImarisCell, ImarisVantage, and Filament TrackerImaging Facility, Biology/Life Sciences Center
Image-Processing SoftwareNIS Elements WorkstationWith DeconvolutionImaging Facility, Biology/Life Sciences Center
Image-Processing SoftwareArivis Vision4dPowerful visualization and analysis of multidimensional imagesImaging Facility, Biology/Life Sciences Center
Image-Processing SoftwareAnalysis WorkstationIncludes image analysis software packages HALO3 and InFormMicroscopy Facility, DHMC, IPIM