Come See Our Tissue Slicers in action at FENS 2024 with our partner Green Leaf Scientifc Booth 109! Book your personal demo here

Blog > How the Compresstome Vibratome Supports Plant Research

How the Compresstome Vibratome Supports Plant Research

Published on February 13, 2024

Sectioning Plant Tissue for Research

Today, let’s dive into the world of plant tissue research! Did you know that methods and techniques for studying plant and animal tissue are often similar? To examine proteins on the microscopic level, processes to get tissue slices include dehydration, fixation, and embedding for immunohistochemical analyses. But sometimes, these steps are not suitable or are too harsh. In such cases, fresh plant tissue is needed.

Compresstome Vibratome in Plant Research

The old fashioned method of free-hand sectioning of plant tissue has been performed for a very long time. Free-hand sectioning is done with razor blades, but this is difficult to apply to plant samples that are hard to hold or manipulate. Vibratomes or vibrating microtomes can be an excellent tool for cutting plant tissue sections, and these machines help generate high quality thin sections without the need to fix or freeze plant samples.

In this book chapter publication by Drs. Mohamed M. Mira, Edward C. Yeung, and Claudio Stasolla, the team describes a simple guide to use for cutting plant slices with the Compresstome vibratome for research. Here, they summarize how to use the Compresstome vibrating microtome to embed a plant sample:

Next, they are able to cut thin fresh plant tissue slices, which are then placed onto a glass slide for further experimental treatments. They are able to then visualize proteins as GFP signals in samples like corn roots.

They remark that:

“The use of the vibratome is convenient; it does not require special blades. Most importantly, it is effective on fresh tissues without pretreatment, such as fixation and dehydration that might cause artifacts typical of cryo- or paraffin-embedded sections. Vibratome sections preserve good structural and ultrastructural characteristics, and adjustments to the vibrating razor blades in terms of speed and vibration amplitude permit the user to optimize sectioning on diverse types of specimens.”

How Compresstome Vibratome Can Help Your Plant Research

In conclusion, the Compresstome vibratome presents an invaluable tool for advancing plant research by facilitating precise and consistent sectioning of plant tissues. Its ability to produce high-quality sections allows researchers to explore the intricate structures and functions within plants with unprecedented clarity and accuracy. By utilizing the Compresstome, scientists can streamline their experiments, enhance data reproducibility, and ultimately uncover new insights into plant biology. Whether investigating plant development, physiology, or pathology, the Compresstome vibratome offers unparalleled versatility and reliability. For any inquiries, questions, or assistance with experimental protocols and references, please don’t hesitate to contact us. We’re here to support your research endeavors and propel plant science forward.

Related blogs

June 5, 2024

“Our goal is to develop and apply new ultrafast laser scanning multimodal imaging and spectroscopic technologies, such as stimulated Raman scattering (SRS), second harmonic generation (SHG), and multiphoton fluorescence (MPF) microscopy, for visualizing molecular composition and metabolic dynamics in situ at subcellular resolution to study aging and diseases,” explains Professor Lingyan Shi. The Laboratory of Optical Bioimaging and Spectroscopy, led by Dr. Shi, is at the forefront of this groundbreaking research.

May 16, 2024

Leading the charge in innovative neuroscience research is Prof. Carsten Hagemann, heading the Section Experimental Neurosurgery within the Neurosurgery Department at the University Hospital Würzburg, Germany. With a firm commitment to bridging the gap between laboratory discoveries and clinical applications, this section stands at the forefront of translational neuroscience research.

617-682-0586