Sample depilation (hair removal) procedure for in vivo imaging on ASK
This information is provided as an example protocol. Always be sure that IACUC or ethic committee approval is in place before beginning any experimental protocol.
In order to image on the FMT2500, subject animals need to be depilated, or have their hair removed. Hair interferes with accurate laser imaging and often will not allow the FMT2500 to even image an area on a mouse. The preferred method of depilation at 爱游戏平台注册登录 is Nair™.
Potential Cautions
In order to remove hair using Nair™, the animal must be anesthetized using an i.p. injection of Ketamine/Xylazine. An approved IACUC procedure for your institution should be used with appropriate dosing.
Nair™ can be a skin irritant for both humans and animals. Nair™ should not be left on animal for longer than 5-10 minutes and should be thoroughly washed away after depilation.
Procedure
- Lab coats and gloves should be worn at all times when in the animal facility. Goggles can also be worn if needed.
- Gather animals to be depilated and Nair™.
- Mix ketamine/xylazine in a 1.5 mL microcentrifuge tube
- Collect enough ketamine/xylazine mixture for the number of animals to be depilated in a 1 mL syringe with a 27 gauge needle attached. The dose per animal can be calculated as appropriate. Be sure to weigh animal prior to injecting to ensure proper amount.
- Remove all air bubbles from the syringe.
- Inject the calculated dose of ketamin/xylazine into the animal intrapertioneally.
- Observe the animals for signs of consciousness. When animal appears induced, add a few drops of Nair™ to the area in need of depilation.
- Gently massage the Nair™ around the areas to be depilated.
- Allow the animal to rest comfortably for 5-10 minutes. Placing animal on heating pad after depilation ensures maximum comfort.
- Rinse the areas where Nair™ has contacted thoroughly. Ensure that the mouse does not swallow or breathe in any water.
- Repeat steps 8-10 if needed.
- Once mouse has been depilated fully, move to a heating pad or to its original cage.
- Application Support Knowledge Base Home
- In Vivo and Preclinical Imaging
- Acute inflammation preclinical and in vivo imaging
- Angiogenesis on the ASK
- Arthritis on the ASK
- Atherosclerosis on the ASK
- Bacterial Infection on the ASK
- Bone biology and preclinical imaging
- Oncology on the ASK
- Pulmonary inflammation and preclinical imaging
- Vascular disease on the ASK
- Bioluminescent Cell Lines
- Light-producing microbes on the ASK
- RediFect lentiviral particles for in vivo and ex vivo imaging
- Luciferin and Coelenterazine Substrates
- Activatable imaging agents on the ASK
- Targeted in vivo agents on the ASK
- Vascular in vivo agents on the ASK
- AngioSense on the ASK
- AngioSPARK on the ASK
- Annexin Vivo on ASK
- Bacterial Detection Probe on the ASK
- BacteriSense on the ASK
- BombesinRSense on the ASK
- CAT B FAST on the ASK
- CAT K FAST on the ASK
- COX-2 probe on the ASK
- FolateRSense on the ASK
- GastroSense on the ASK
- Genhance on the ASK
- GFR-Vivo on the ASK
- HypoxiSense on the ASK
- IntegriSense on the ASK
- MMPSense on the ASK
- Neutrophil Elastase on the ASK
- OsteoSense on the ASK
- ProSense on the ASK
- PSA FAST on the ASK
- Rediject 2-DG on the ASK
- ReninSense on the ASK
- Superhance on the ASK
- TLectinSense on the ASK
- Transferrin-Vivo 750 on the ASK
- VivoTag on the ASK
- Depilation on the ASK
- IP injections for NIRF agents on ASK
- Lateral tail vein injections on the ASK
- Radioimaging on the ASK