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    • Brehm Center for Diabetes Research
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      • About MDRC
      • Cores
        • Administration
        • Animal Studies
          • Rat Metabolic Phenotyping Laboratory
          • Neuronal Control of Metabolism Laboratory
          • Islet Isolation Laboratory
          • Continuous Glucose Monitoring Laboratory
        • Clinical
        • Microscopy, Imaging and Cellular Physiology
        • Molecular Genetics
      • Pilot & Feasibility
      • MDRC Membership
    • Michigan Mouse Metabolic Phenotyping Center
    • Michigan Nutrition Obesity Research Center (MNORC)
    • Diabetes and Obesity Clinical Research Core
  • About
  • Brehm Center for Diabetes Research
  • JDRF Center of Excellence at the University of Michigan
  • Michigan Center for Diabetes Translational Research (MCDTR)
  • Michigan Diabetes Research Center (MDRC)
    • About MDRC
    • Cores
      • Administration
      • Animal Studies
        • Rat Metabolic Phenotyping Laboratory
        • Neuronal Control of Metabolism Laboratory
        • Islet Isolation Laboratory
        • Continuous Glucose Monitoring Laboratory
      • Clinical
      • Microscopy, Imaging and Cellular Physiology
      • Molecular Genetics
    • Pilot & Feasibility
    • MDRC Membership
  • Michigan Mouse Metabolic Phenotyping Center
  • Michigan Nutrition Obesity Research Center (MNORC)
  • Diabetes and Obesity Clinical Research Core

Neuronal Control of Metabolism Laboratory

Michigan Diabetes Research Center (MDRC)

Available Equipment

Optogenetics Equipment

Two 200 mW 473 nm DPSS lasers capable of channelrhodopsin (ChR2) excitation are modulated using a PlexBright 4 channel optogenetic controller and Radiant software (Plexon).  Laser light is delivered via patch cords (Thorlabs) that connect to surgically implanted fibers and are attached to a rotary joint (Doric Lenses) to permit unrestrained movement. The optogenetic system accommodates simultaneous studies of 2 rodents.

 

Fiber Photometry Equipment

The fiber photometry system is based on the RZ25P digital signal processor platform with Synapse software (Tucker Davis Technologies) to drive optical stimulation and collect fluorescence emission via fiber-coupled 470 and 405 nm LEDs (Thorlabs). Light is directed through a custom-built system of excitation/emission filters (Thorlabs) and via patchcords that connect to surgically implanted optical fibers and are attached to rotary joints for free movement.

 

Behavioral Equipment

Two phenotype boxes (Noldus Corp) equipped with specialized lixits and food wells to monitor drinking and feeding behavior as well as nose poke apparatus.

Custom made real-time place preference apparatus.

Animal activity is tracked using Ethovision XT software (Noldus).

Training Services

NCOM offers consultation to MDRC investigators in the design, execution and analysis of optogenetic and fiber photometry studies in rodents. NCOM personnel will also work with to advise on the preparation of animals for optogenetic or fiber photometry experiments.

 

Note: while NCOM provides centralized equipment and services to expedite research for MDRC investigators in a cost-effective manner, the preparation of animals including stereotaxic injection of viruses and implantation of optical fibers is the responsibility of individual lab members. An approved IACUC protocol under the individual PI is required for the use of NCOM equipment.

Cost of Services

Initial Consultation: no charge

Optogenetic Imaging Training: $36.61/hour

Optogenetic Equipment Use (self-use/trained): $20.80/hour

Fiber Photometry Equipment (self-use/trained): $19.36/hour

 

Use of equipment must be scheduled in advance using MiCORES – Animal Studies Core.

MiCORES Animal Studies Core

Contact Us

Paula Goforth, PhD

NCOM Lab Director

North Campus Research Complex (NCRC)

2800 Plymouth Road

Building 26, Room 311c

 734-232-8166

pgoforth@umich.edu

Remember to cite the Michigan Diabetes Research Center (MDRC) in publications as follows:
“The project described was supported by Grant Number P30DK020572 (MDRC) from the National Institute of Diabetes and Digestive and Kidney Diseases”

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