Questions? 800-523-5874 | [email protected]
- Prepmaster™ Specimen Preparation Robot
- TEM Grids
- TEM Window Grids
- Omniprobe Nanomanipulation Systems
- K-kit Wet "Liquid" TEM Kit
- Specimen Mounts
- SEM Specimen Holders
- Index and Finder SEM Grids
- SEM for Forensics
- SEM Sample Preparation Station Materials
- Cryogenic Personal Protection Equipment
- Cryo Dewars & Flasks
- Cryogenic Grids & Accessories
- Cryogenic Vials & Racks
- Cooling Chambers & Ice Baths
- Prepmaster™ Specimen Preparation Robot
- Laboratory Microwave Ovens
- LYNX II Automated Tissue Processor
- EMS Poly III
- Microtomes
- Tissue Slicers
- Rapid Immersion Freezer
- Heaters & Chillers
- SEM Cooling Stage
- Glow Discharge Systems
- Sputter Coaters & Carbon Coaters
- Stages
- Freeze Dryers
- Critical Point Dryers
- Cryo-SEM Preparation System
- Specimen Transfer Systems
- Decontaminators
- Desiccators
- Centrifuges
- Dry Baths
- Stirrers, Hot Plates
- Vortexers & Magnetic Mixers
- Rotators & Rockers
- Ovens & Incubators
- Vibration Isolation
- Air Sampling
- Vacuum Pumps
EMS Technical Tips
Re-embedding of Tissue Poorly Embedded
Re-embedding of Tissue Poorly Embedded in resin. Refer to:
Ogura, H. and Oda (1973). A method for the recovery of inadequately epoxy resin-embedded tissue for electron microscopy. J. Electron Microsc., 22:365
Re-embedding of thick resin sections. Refer to:
McNelly, N.A. and Hinds, J.W. (1975). Rescuing poorly embedded tissue for electron microscopy: A new and simple technique of re-embedding. Stain Technol., 50:209
Johnson, P.C. (1976). A rapidly setting glue for resectioning and remounting epoxy embedded tissue. Stain Technol., 51:275.