Biological Research Facilities

Zeiss LSM 980

The Zeiss LSM 980 system is the up-to-date confocal laser scanning microscope with Airyscan 2 detection. The major technical specifications are outlined as follows:

LSM 980 Stand

• Inverted motorized Axio Observer 7 SP with Definite Focus 3 nosepiece
• Motorized XY Stage with inserts for slides, well-plates, petri-dishes, and chambered slides
• LED excitation sources (Colibri 5) for wide-field fluorescence imaging by eyepiece observation

  Color	Wavelength (nm)	Related filter Cube
  UV	385	DAPI
  Blue	475	GFP
  Green	555	RFP
  Red	630	Cy5

• Motorized condenser with HAL 100 for bright-field imaging by eyepiece observation

• Transmission PMT (T-PMT) detection for DIC imaging by transmitted laser beam & motorized condenser lens & polarizer and prism & computer monitor display

• Active anti-vibration table to facilitate fluorescence-bead-like imaging

LSM 980 Excitation Laser

LSM 980 Objective

• Touchscreen for objective selection

LSM 980 Confocal Laser Scanning Microscopy (cLSM) mode

• Simultaneous multi-color (up-to 4) imaging & sequential multi-color (up-to 12) imaging by Smart Setup imaging scheme with 34-channel PMT-array spectral detection
• Sequential single-color imaging with no spectral cross-talk by lambda & sum-up multi-color imaging scheme with 34-channel PMT-array spectral detection
• Expanded fluorescence imaging to near-infrared range with Diode laser excitation @730nm & near-infrared detector pair in addition to 34-channel PMT-array visible spectral detection

LSM 980 Airyscan 2 Imaging mode

• Imaging software menu preset excitation & detection proposals in pursuit of ultra-high image resolution, ultra-fast image acquisition, or ultra-high sensitivity of dim-signal detection
• Imaging software menu preset excitation & detection proposals for customized image acquisitions in terms of image resolution or acquisition speed

LSM 980 Cooling Unit

• Excellent signal-to-noise ratio detection of fluorescence signals achievable with 34-channel PMT-array visible spectral detection, near-infrared spectral detection, and Airyscan 2 detection owing to distilled-water circulation cooling system

LSM 980 Z-Stack Imaging mode

• 3D imaging with thick samples to generate image cube from 2D slices acquired by either cLSM or Airyscan 2 imaging schemes
• 3D imaging with thick samples to generate larger FOV (field-of-view) image cube by the above-mention 3D imaging & tile imaging

LSM 980 Incubation Chamber (transparent)

• Gas mixer system with CO2-control range 0 – 15%; Humidity control range 20 – 99%
• Heating environment for Chamber, well-plate, or petri-dishes

Zeiss LSM 710 

The Zeiss LSM 710 system’s major technical specifications are outlined as follows:

LSM 710 Stand:

• Inverted Axio Observer.Z1with Definite Focus 3 nosepiece
• Motorized XY Stage with inserts for slides, well-plates, petri-dishes, and chambered slides
• X-Cite 120PC Q lamp for wide-field fluorescence imaging by eyepiece observation
• Motorized condenser with light source of HAL 100 for bright-field imaging by ocular observation
• Transmission PMT (T-PMT) detection for DIC imaging by transmitted laser beam & motorized condenser lens & polarizer and prism & computer monitor display
• Active anti-vibration table to facilitate fluorescence-bead-like imaging

LSM 710 Excitation Laser:

LSM 710 Objective

• Touchscreen for objective selection

LSM Confocal Laser Scanning Microscopy (cLSM) mode:

• Simultaneous multi-color (up-to 4) imaging & sequential multi-color (up-to 12) imaging by Smart Setup imaging scheme with 34-channel PMT-array spectral detection
• Sequential single-color imaging with no spectral cross-talk by lambda & sum-up multi-color imaging scheme with 34-channel PMT-array spectral detection

LSM 710 Z-Stack Imaging mode:

• 3D imaging with thick samples to generate image cube from 2D slices acquired by either cLSM mode
• 3D imaging with thick samples to generate larger FOV (field-of-view) image cube by the above-mention 3D imaging & tile imaging

LSM 710 Incubation Chamber (transparent):

• Gas mixer system with CO2-control range 0 – 15%; Humidity control range 20 – 99%
• Heating environment for Chamber, well-plate, or petri-dishes

Zeiss Axio Imager Z1 Wide-field Fluorescence Microscope (upright)

Stand:

• Axio Imager Z1
• Manual stage XY-shifting
• Motorized Z-scan

Illumination Sources:

• HAL (halogen lamp) as transmitted-light illuminator
• HBO (mercury vapor short-arc lamp) as reflected-light illuminator
• ApoTome attachment as structured illumination for minimal photobleaching

Objectives:

• Zeiss EC Plan-Neofluar, 20X/0.5, WD 2.0 mm, cover-glass thickness 0.17 mm, air-immersion (part no. 420350-9900-000)
• Zeiss EC Plan-Neofluar, 10X/0.3, WD 5.2 mm, cover-glass thickness 0.17 mm, air-immersion (part no. 440330-9902-000)
• Zeiss Plan-Apochromatic, 100X/1.4, WD 0.17 mm, cover-glass thickness 0.17 mm, oil-immersion (part no. 420790-9900-000)
• Zeiss Plan-Apochromatic, 63X/1.4, WD 0.19 mm, cover-glass thickness 0.17 mm, oil-immersion (part no. 420782-9900-000)

Image Acquisition:

• AxioCam CCD camera
• AxioVision software

Imaging Modes:

• Bright-field imaging
• Dark-field imaging
• Phase-contrast imaging
• DIC imaging
• Polarization-contrast imaging
• Epi-fluorescence imaging with emission filters for DAPI, CFP, GFP, YFP, Texas Red, and CY5

Microscopy Image Analysis Software

• Imaris (OXFORD INSTRUMENT)
• ImageJ (NIH)
• MetaMorph (MOLECULAR DEVICES) for 3D deconvolution or reconstruction; particle tracking & motion analysis; FRET, FRAP, and FISH image analysis; multispectral image segmentation; and time-lapse image analysis
• MetaFlour (MOLECULAR DEVICES) for fluorescence ratio (Calcium, FRET, or FLIM) image analysis

A custom-made two-photon laser scanning microscope is available, being compatible to electrophysiological measurement facilities for research in neuroscience.

Interested parties may contact Dr. Scimemi for details.

The costs of operating the Biological Imaging Facilities is partially defrayed through the charging of fees for the use of its equipment. The charges for use differ based on the category of research user.

Categories of Research User

There are three categories of research user:

• University Campus Users
• Outside Academic or Not-For-Profit Users
• Outside Commercial Users

"University Campus Users" includes all University at Albany campus users (Main, East, or CESTM campuses), irrespective of source of funding (i.e. through grants administered by the Research Foundation of the University at Albany or from state accounts). New inside users will receive 10 free hours to obtain pilot data for grants that will pay for subsequent usage fees. Users may apply in writing to the Confocal User Committee for additional free hours, if they can show that the hours are necessary to develop the proposal.

"Outside Academic or Not-For-Profit Users" includes researchers at Albany Medical College, the Wadsworth Research Laboratories, and other area colleges and universities. Faculty in the School of Public Health who have individual projects funded through the Research Foundation would be eligible for inside rates, but only for those projects. Other projects funded through HRI administered grants would be charged at Outside Academic or Not-For-Profit User rates.

"Outside Commercial Users" includes all non-UAlbany researchers and all researchers not meeting the "Outside Academic or Not-For-Profit Users" classification above.

Facility Fee Schedule

Our facilities cannot function without the generous support from a variety of sources

These sources include:

• Shared Equipment grants from the National Science Foundation.
• Support from the College of Arts & Sciences and from the Research Office of SUNY.
• Fees paid by our users.
• Financial Support from individuals.

Donations for operations or expansion of the Imaging Center can be made by contacting the Department of Biological Sciences.

Please contact:

• The Biology Department Chair, Dr. Richard Cunningham
• The University's Development Officer, Michael Boots
• The Division of University Advancement