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APPLICATIONS | EXPERIMENTS

Tissue Slicing Solutions for Organoid Research

Create precise and consistent sections of organoids with Precisionary Instruments’ Compresstome vibratome, designed for advanced research in organoid culture and analysis.

Organoid Sectioning Made Simple

Organoids are miniature, three-dimensional structures that are grown in vitro from stem cells and replicate the architecture and function of a particular organ. They are important tools for studying the development and function of organs, as well as for drug discovery and personalized medicine. Tissue sections of organoids can be used to study their cellular and molecular composition, as well as to identify potential therapeutic targets and evaluate drug efficacy.

Compresstome® VF-510-0Z

Precision Sectioning for Viable Organoids

The Compresstome® VF-510-0Z is specifically designed to produce thin, precise sections of organoids while preserving their viability and health, making it ideal for advanced research. This fully automated system ensures consistent slices that maintain the physiological integrity of organoids, crucial for studies in organ development, disease modeling, and drug testing. Experimental applications include:

With a 5-year warranty, the VF-510-0Z provides unmatched precision and ensures the preservation of organoid health, enabling groundbreaking research in organoid technology.

Real Labs Trust Precisionary Vibratome for Their Organoid Research

Advancing Cancer Precision Therapy with Tumor Slice Organoids Using the Compresstome® Vibratome

Dr. Chen-Yuan Dong, Distinguished Professor at National Taiwan University, utilizes the Compresstome® vibratome to create live tumor slice organoids for cancer research. In this webinar, Dr. Dong discusses how these precision-cut organoids are critical for preserving tumor structure and molecular fidelity, enabling more accurate drug testing and advancing cancer precision therapy.

References

Adel SS, Clarke VRJ, Evans-Strong A, Maguire J, Paradis S. Semaphorin 4D induced inhibitory synaptogenesis decreases epileptiform activity and alters progression to Status Epilepticus in mice. Epilepsy Res. 2023 Jul;193:107156. Epub 2023 Apr 27. PMID: 37163910; PMCID: PMC10247425.

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