megatomi.com Secrets
megatomi.com Secrets
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Our new Crystal clear+ tissue clearing strategy is the only real process that delipidates samples without alter in morphology and with negligible impact on structural integrity.
Megatome is usually a vibrating microtome made to part a broad array of samples, from organoids and biopsy samples to expanded rodent brains and intact human organs. With significant blade vibrating frequency and minimized blade deflection, Megatome enables significant-throughput tissue sectioning with uniform surface profile, together with minimum tissue injury and knowledge loss.
Ask for a quote or demo Uniformly part big tissues & sample arrays Megatome is the one microtome that can area samples as big as intact nonhuman primate and human organs, rendering it invaluable for fields like neuropathology.
Megatome is created for precision: the blade vibrates at a better frequency and bigger amplitude assortment than other microtomes, and encompasses a exclusive deflection Manage mechanism.
Clone the venture or get the newest launch. Working the utility will vary a tiny bit based megatomi.com upon the way you retrieve the undertaking.
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Megatome is usually a novel microtome that enables for high-precision sectioning of an array of tissue samples – from organoids, to arrays of animal organs, to intact human brain hemispheres – with negligible tissue hurt and information loss.
eFLASH is really a immediate tissue labeling strategy that allows for uniform total-organ staining in 20 rounds of labeling.
Thoroughly delipidate total mouse brains or comparably sized samples in only one day with SmartBatch+, or in one week with our passive clearing package.
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Protect avoids the variability of hydrogel embedding and the knowledge reduction from PFA preservation, guarding specimens for multiple rounds of processing.
Leverage the Apparent+ tissue clearing strategy, in addition to eFLASH and patented stochastic electrotransport technologies, to fast obvious and label entire organs. Key highlights and attributes contain:
Our novel SHIELD tissue preservation procedure kinds intramolecular bonds using polyfunctional, adaptable epoxides to stabilize tissue architecture and safeguard the sample’s endogenous fluorescence, protein antigenicity and nucleic acids.