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Haverford College
Department of Biology

Haverford Biology Instruments

To schedule instrument time:

  • Log into the 'Reserve Equipment' calendar
  • Choose an available time slot

Note: Instrument calendars may sync with your Haverford google calendar. To do this please send George Neusch your email address and the name of the instrument calendar you would like to sync. Then you will be able to stretch your time slot over multiple hours in a single day without choosing the slots individually. Please do not use the duplicate function in "edit event details." That function does not appear to sync properly with the calendar on this webpage.

Contact George Neusch if you need help operating any instrumentation.

Instrument Scheduling

Reserve a specific time for the instruments below via Google Calendar.

For instructions on how to use the above instruments, log sheets, and other resources please click on the following link Instruction and Support

How is the Biology Department using the KINSC Makerspace?


The Makerspace is a new addition to the KINSC as of the start of the 2013-14 Fall Semester. It resides in E110 and is home to a Makerbot Replicator 2x 3D printer, a NextEngine 3D Scanner, and a ShopBot CNC Router. The Robotics Club frequents this space as a place to explore computer science, logic design, and automation through the endeavour of building a robotic car from scratch utilizing the 3D printer to form the chasis and an Arduino microcontroller to automate the vehicle.

CLM004

CLM004

Microscopes

Compound Light Microscopes

Compound Light Microscope (L004)

CLM004

This compound light microscope has a 100x oil immersion objective and is capable of phase contrast. It has a high resolution color camera operating on the SPOT 5.1 Advanced.

 

Confocal Microscope (L007)

Confocal Microscope

The confocal microscope is equipped with an epi-fluorescence attachment and a confocal scan-head allowing you to observe your samples in the scope as well as on the monitor. The scope itself has 5 optical filters for viewing DAPI, GFP, TRITC, CY GFP, and Y GFP. The confocal has three laser options 405nm, 488nm, and 543nm with three detectors 515/30, 605/70. It has a motorized focus for creating 3D images using NIS-Elements Advanced Research (Ar) software.

 

Immunofluorescence Microscope A and B (L006)

IMF Scope

The IMF scopes are equipped with 100x oil immersion objectives, black and white Photometrics high resolution cameras, and optical filters for viewing DAPI, GFP, and TRITC. They operate using NIS-Elements (F 4.0).

 

Stereomicroscopes

SMZ 1500 Stereoscope (L006)

SMZ1500

The Department has two dissecting microscopes with epi-fluorescence attachments and oblique coherent contrast. This scope has a 1x objective with a maximum magnification of 112.5x and a high resolution color camera. The other scope has a 1.6x objective with a maximum magnification of 180x. The operating software for both scopes is NIS-Elements Basic Research (Br 4.0). The camera driver is the DS-U3.

Inverted Compound Light Microscopes

Nikon TS100 Microscope (S114)

NikonTS100

The Nikon TS100 has a 4x, 10x, 20x, and 40x objective and is capable of phasecontrast. It is equipped with a high resolution digital camera, the DS-Ri, and a fluorescence attachment with one optical filter for viewing DAPI. The operating software for this scope is NIS-Elements (F). The inverted microscope provides a higher magnification than a stereoscope with a much larger working distance than a standard compound light microscope.

 

Nikon TE2000-S Microscope (S207A)

Nikon TE2000-S

The TE2000-S has a maximum objective magnification of 60x with multiple optical filters including ND, D, GIF, and NCB. The fluorescence attachment contains one filter for viewing DAPI. The DS-Fi high resolution camera utilizes both the NIS-Elements Basic Research (Br 3.0) and (F 2.0).

 

Electron Microscopes

Scanning Electron Microscope (L008)

ScanningElectronMicroscope

The JEOL JSM-6510 scanning electron microscope is equipped with an environmental stage and capable of both high and low vacuum. This device also has a backscattered electron detector which is excellent for looking at biological samples at low vacuum. We also have a Cryo Puck for freezing small and large tissue samples using liquid nitrogen and visualizing them under low vacuum.

 

Transmission Electron Microscope (L009)

TransmissionElectronMicroscope

The JEOL JEM-1400 is capable of accelerating voltages of 40, 60, 80, 100, and 120kV. The maximum resolution is approximately 3.8nm. It employs a Gatan CCD Digital camera using Digital Micrograph imaging software.

 


Flow Cytometers

FACS Aria II Flow Cytometer (S211)

FACSAria II

The FACS Aria II has three lasers and is capable of distinguishing up to 9 colors. This cell sorter is able to sort up to four different cell types at a much faster rate than the FACS Calibur.

FACS Calibur Flow Cytometer (E106)

FACSCalibur

The FACS Calibur is a flow cytometer capable of distinguishing 4 colors and sorting up to four different cell types.

 

For Instruction Support, click here