Light Microscopy

The microscope systems of the CBS Optical Imaging Facility are made freely available to members of CBS, MCB, and other departments. If you would like to become a registered user, please contact Steve Turney (sturney@mcb.harvard.edu or 6-9418). After you are registered, you are welcome to reserve time on the systems using SPINAL, the online scheduler.

The imaging facility comprises three laser scanning confocal microscopes from Zeiss, two from Olympus, two TIRF microscopes from Nikon, a light-sheet microscope system from LiT, and a high-capacity slide scanner from Huron Digital Pathology. The microscope systems are fully motorized and allow automated acquisition of multi-channel images including Z-stacks, time series, and multi-position or overlapping tiles. The Olympus FV1000s and the Zeiss LSM 710 have upright stands. The remaining Zeiss and Nikon systems have inverted stands. The Nikon microscopes are equipped with incubation chambers, Perfect Focus Systems (automatic focus stabilization), and back-illuminated sCMOS cameras for fast and sensitive live cell time-lapse microscopy using TIRF, epifluorescence, or transmitted-light optics.

Documentation and Image Storage

A repository of user manuals and other microscope system documents and a web-based server for hosting and viewing whole slide images that are acquired with the slide scanner are available via the buttons to the left. Network storage is also available via FAS Research Computing (see FAQ below).

Microscope Systems

Huron LE-120

High-capacity automated slide scanner

Nikon TE2000

Live-cell imaging microscope

Nikon N-STORM

Live-cell imaging / super-resolution microscope

Olympus FVA

Confocal laser scanning microscope

Olympus FVB

Confocal / Multiphoton laser scanning microscope

Zeiss LSM-710

Confocal laser scanning microscope

Zeiss LSM-510 Meta

Confocal laser scanning microscope

Zeiss Pascal

Confocal laser scanning microscope

LiTone XL

Light-sheet microscope

Summary of features and applications

ToolSlidesLive Imaging2 PhotonTIRFMotorized StageCCD/sCMOS cameraTL OpticsSpectral Imaging
Huron LE-120includednot includednot includednot includedincludednot includedincludednot included
Nikon TE2000*includedincludednot includedincludedincludedincludedincludednot included
Nikon N-STORM*includedincludednot includedincludedincludedincludedincludednot included
Olympus FVAincludednot includednot includednot includedincludednot includedincludedincluded
Olympus FVBincludedincludedincludednot includedincludednot includedincludednot included
Zeiss 710includedincludednot includednot includedincludednot includedincludedincluded
Zeiss 510includedincludednot includednot includedincludedincludedincludednot included
Zeiss Pascalincludedincludednot includednot includedincludedincludedincludednot included
LiTone XLnot includedincludednot includednot includedincludedincludednot includednot included
Video-rate multiphotonnot includedincludedincludednot includednot includednot includednot includednot included
Summary of features and applications

Available laser lines on confocal / multiphoton systems

Tool405nm440nm458nm488nm514nm543nm561nm594nm633nm2 Photon
Nikon N-STORM includednot includedincludednot includednot includednot includedincludednot includedincludednot included
Olympus FVAincludednot includednot includedincludednot includednot includedincludednot includedincludednot included
Olympus FVBincludednot includednot includedincludednot includednot includedincludednot includedincludedincluded
Zeiss 710includedincludedincludedincludedincludednot includedincludedincludedincludednot included
Zeiss 510includednot includedincludedincludedincludedincludednot includednot includedincludednot included
Zeiss Pascalnot includedincludedincludedincludedincludedincludednot includednot includednot includednot included
Video-rate multiphotonnot includednot includednot includednot includednot includednot includednot includednot includednot includedincluded
Available laser lines on confocal / multiphoton systems

FAQ

Is network storage available?

Yes, CBS members are welcome to upload slide images to a web-based server (see link above). If logged in to the FAS Research Computing VPN server, microscope data can be saved to lab folders in \\hcbi5share.rc.fas.harvard.edu\share5\Other\CBS.

Is an image processing workstation available?

Yes, in the third floor imaging room.

Is there a tissue dissection suite?

Yes, through the door at the back of the third floor imaging room.

Is training required before using the microscope systems?

Formal training is required for the Nikon N-STORM. Ethan Garner’s lab manages training and scheduling for this system. Training is available for the other microscope systems but is not required.

What is the policy for the amount of time allowed on the microscope systems?

We have informal policy of up to 5 hours per day on a microscope system and up to 24 hours per week in total on all of the systems. Special arrangements can be made for imaging large tissue volumes overnight or for long-term time lapse imaging.