Each NANSLO Lab Activity uses a Remote Web-based Lab Control Panel (RWSL CP) to remotely control the scientific equipment used for a lab activity. The following video tutorials provide show students how to use the applicable control panel.
RWSL Microscope Control Panel
RWSL Spectrophotometer -- Absorption -- Control Panel Video (Beer Lambert Law Activities, Enzymes, and Membrane Diffusion)
RWSL Helmholtz Coil Control Panel Video (Electron Charge to Mass
RWSL Spectrophotometer -- Emission -- Control Panel Video (Emission Spectroscopy)
RWSL Gas Chromatograph Control Panel Video
RWSL Photosynthesis Apparatus Control Panel Video
RWSL Titration Apparatus Control Panel Video (Acid Base Titration, Citric Acid in Popular Drinks, Colligative Properties Freezing Point Depression)
RWSL Air Track Control Pane Video (Accelerated Motion, Charge to Mass for Physics, Conservation of Motion, Uniform Motion)
|Instructions for All Students Doing a
NANSLO Lab Activity
|Read this information . . .|
|Instructions for Students Doing a
NANSLO Lab Activity for the First Time
|Read this information . . .|
To prepare for a NANSLO lab activity, all students must have:
- An Internet connection on their computer.
- Sufficient bandwidth (for example your Internet Service Provider download speed is 5MB per second). If you have very slow Internet access, it will have an impact on your ability to view the images being transmitted to your computer.
- A computer (MAC or PC) -- currently the NANSLO lab activities do not run on iPads, Notepads, or cell phones.
- Sufficient knowledge on how to use a computer, i.e. how to use the right and left mouse buttons, capture images using those buttons, open software such as Word to paste images captured, and identify the type of comptuer you are using such as MAC or PC.
- The appropriate software to view web pages (browser). Currently, Internet Explorer and Mozilla Firefox seem to work the best. Chrome seems to have some issues!
If you are doing a NANSLO lab activity through these institutions, you must install Citrix software on your computer to access the RWSL lab interface!
|CCConline||Laramie County Community College|
|Flathead Valley Community College||Otero Junior College|
|Great Falls College Montana State University||Pueblo Community College|
|Lake Area Technical College||Red Rocks Community College|
Follow these instructions at any time prior to accessing your assigned lab. The NANSLO lab activities are delivered through a Citrix web environment. Before participating in a lab, you must install a Citrix Receiver program on your computer. This installation must only be completed once. Without it, you CANNOT access the RWLS lab interface. Here are brief instructions for completing this installation:
- You must use a Windows, Mac or Linux computer – iPads and notebooks do not currently work with the RWSL control panel.
- You must have an Internet connection – a high speed connection is preferred for a more successful experience.
- Open any browser (Mozilla Firefox, Internet Explorer, etc.) and go to http://receiver.citrix.com.
- Click the download button and install the Citrix Receiver program. Do not open the Citrix Receiver program after installing it.
See "Installing the Citrix Receiver Program" for more detailed information on installing this software.
If you are doing a NANSLO lab activity through these institutions, the British Columbia NANSLO laboratory will provide you with instructions on how to access that NANSLO laboratory.
|Kenai Peninsula College University of Alaska at Anchorage|
|Kodiak College University of Alaska at Anchorage|
NANSLO remote web-based science (RWSL) Video Tutorials
NANSLO Lab Activities Using the Microcope
|-- Introduction to Microsopy||-- Histology -- Neuronal Tissue|
|-- Mitosis and Meiosis||-- Membrane Osmosis|
|-- Diseased Cell||-- Hematology|
|-- Histology - Connective Tissue||-- Parasitology|
|-- Histology - Epithelial Tissue||-- Cell Type Comparison|
|-- Histology -- Muscle Tissue||-- Cell Type Prokaryote, Protista and Fungi|
|-- Beer Lambert Law||-- Beer Lambert Law - Food Dye Concentration in Sports Drinks|
|-- Enzymes||-- Membrane Diffusion|
RWSL Helmholtz Coil Control Panel Video
NANSLO Lab Activity Using this Helmholtz Coil Setup
|-- Electron Charge/Mass (Chemistry)||-- Electron Charge/Mass (Physics)|
NANSLO Lab Activity Using this Spectrometer Setup (Emission Spectroscopy)
-- Emission Spectroscopy
NANSLO Lab Activity Using this Gas Chromatograph
-- Gas Chromatography
NANSLO Lab Activity Using this Photosynthesis Apparatus
NANSLO Lab Using this Titration Apparatus
|-- Acid Base Titration||-- Colligative Properties Freezing Point Depression|
|-- Citric Acid in Popular Drinks|
NANSLO Lab Using this Air Track
|-- Accelerated Motion||-- Conservation of Motion|
|-- Charge to Mass for Physics||-- Uniform Motion|
Licensed under a Creative Commons Attribution 3.0 Unported License.
Funded by a grant from the U.S. Department of Labor’s Trade Adjustment Assistance Community College and Career Training (TAACCCT) grant.
|This product was funded by a grant awarded by the U.S. Department of Labor’s Employment and Training Administration. The product was created by the grantee and does not necessarily reflect the official position of the U.S. Department of Labor. The Department of Labor makes no guarantees, warranties, or assurances of any kind, express or implied, with respect to such information, including any information on linked sites and including, but not limited to, accuracy of the information or its completeness, timeliness, usefulness, adequacy, continued availability, or ownership.|