CryoCapsule microscopy specimen holder
CryoCapsule is a cyro correlative microscopy specimen holder that encapsulates the specimen between sapphire discs for live cell viewing, followed by high pressure freezing and electron microscopy.
High pressure freezing is the most advanced technology when it comes to vitrify a hydrated biological specimen while preserving the ultrastructure. Developed in the 80's1, the technology evolved progressively to become accessible to a larger community. Still, the sample preparation prior to HPF remains tedious and often comes to advance expertise depending on the specimen2.
The CryoCapsule is a new tool in the field of High Pressure Freezing (HPF) and correlative light and electron microscopy (CLEM). Comparable to a small petri dish, it is composed of a landmarked sapphire disc and a gold spacer ring (50?m thick) maintained together by a plastic ring3.
The specimens are encapsulated between the support sapphire disc (carbon landmarked) and a covering sapphire disc.
The CryoCapsule is loaded into a specific adapter (HPM010, HPM100, HPF compact 02). Live cell imaging is done directly on the specimen in the CryoCapsule prior to HPF.
Post-HPF, the specimen is processed for freeze substitution4 and room temperature sectioning.
CryoCapCell has developed a set of tools to manipulate the CryoCapsule4 in most scientific environments.
References
- Moor H, Bellin G, Sandri C, Akert K. The influence of high pressure freezing on mammalian nerve tissue. Cell Tissue Res [Internet] 1980 [cited 2013 Jul 24];209:201-16.
- Mcdonald KL, Schwarz H, Thomas M, M?ller-Reichert T, Webb R, Buser C, Morphew M. "Tips and tricks" for high-pressure freezing of model systems. Methods Cell Biol [Internet] 2010 [cited 2011 Apr 19];96:671-93.
- Heiligenstein X, Heiligenstein J, Delevoye C, Hurbain I, Bardin S, Paul-Gilloteaux P, Sengmanivong L, R?gnier G, Salamero J, Antony C, Raposo G. The CryoCapsule: Simplifying Correlative Light to Electron Microscopy. Traffic [Internet] 2014 [cited 2014 May 14];15:700-16.
- Heiligenstein X, Hurbain I, Delevoye C, Salamero J, Antony C, Raposo G. Step by step manipulation of the CryoCapsule with HPM high pressure freezers. Methods Cell Biol [Internet] 2014 [cited 2014 Nov 27];124:259-74.
Decapsuleur and pencil - Tool to manipulate the CryoCapsule, correlative light and electron microscopy high pressure freezing cell, in most scientific environments.
Perforated petri dish - for CryoCapsule correlative light and electron microscopy high pressure freezing cell.
Code | Title | Type | Pack Size | Availability | Price | Updated: 14-02-2025 |
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EMS3750 | CryoCapsule microscopy specimen holder | 3mm CryoCapsule | Pack/10 | 0 in stock (?) | P.O.R. | Quote |
EMS3751 | CryoCapsule microscopy specimen holder | HPM010 abra fluid adaptor | Each | 0 in stock (?) | P.O.R. | Quote |
EMS3752 | CryoCapsule microscopy specimen holder | HPM100 lecia adapter | Pack/10 | 0 in stock (?) | $593.00 AUD | |
EMS3753 | CryoCapsule microscopy specimen holder | Decapsuleur | Pack/5 | 0 in stock (?) | $760.00 AUD | |
EMS3754 | CryoCapsule microscopy specimen holder | Decapsuleur pencil | Each | 0 in stock (?) | $945.00 AUD | |
EMS3755 | CryoCapsule microscopy specimen holder | Perforated petri dish | Pack/5 | 0 in stock (?) | $585.00 AUD |
* Ordering Schedule
This item is available for back-order where 0 stock is listed.
We order from this manufacturer weekly, with an estimated lead time of 4 weeks.
This is the estimated lead time, based on the average time taken previously to fill orders from this particular supplier.
Lead times are from when we receive your order until when we fill your order. For delivery times, please see shipping information below.