Immediately get hold of sections as thin or thick as your application calls for, without the need of worrying about dropping or distorting worthwhile tissue samples.
Megatome is really a vibrating microtome built to section a broad number of samples, from organoids and biopsy samples to expanded rodent brains and intact human organs. With substantial blade vibrating frequency and minimized blade deflection, Megatome enables significant-throughput tissue sectioning with uniform surface profile, together with small tissue destruction and knowledge loss.
Request a quotation or demo Uniformly portion big tissues & sample arrays Megatome is the only microtome that may segment samples as big as intact nonhuman primate and human organs, which makes it priceless for fields including neuropathology.
Megatome is made for accuracy: the blade vibrates at a better frequency and bigger amplitude variety than other microtomes, and incorporates a exclusive deflection Command mechanism.
SE makes use of a rotational electric field to disperse highly electromobile molecules (such as antibodies or surfactant micelles) in the course of a porous sample with no harmful electrically charged structures within the tissue. This permits two-four working day clearing of intact organs,
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Megatome can be a novel microtome that enables for prime-precision sectioning of an array of tissue samples – from organoids, to arrays of animal organs, to intact human brain hemispheres – with minimum tissue damage and information loss.
It’s time to upgrade your microtome to Megatome. With accurate high-frequency slicing for an unmatched megatomi.com choice of sample sizes and kinds – from organoids and tumors to expanded tissues, sample arrays, and intact primate organs – Megatome is optimized for numerous purposes.
The SmartSPIM mild sheet microscope presents unparalleled resolution and acquisition pace all over intact tissue volumes, even though its modular design lets you upgrade and customize personal components.
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SHIELD avoids the variability of hydrogel embedding and the knowledge decline from PFA preservation, protecting specimens for several rounds of processing.
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Our novel Defend tissue preservation procedure sorts intramolecular bonds using polyfunctional, flexible epoxides to stabilize tissue architecture and safeguard the sample’s endogenous fluorescence, protein antigenicity and nucleic acids.