Cardiac Tissue Homogenization for Laboratory Sample Preparation

PRO Scientific rotor-stator homogenizers provide fast, controlled mechanical homogenization of heart, myocardial, ventricular, atrial, and other cardiac tissue samples. With variable-speed operation and a wide selection of generator probes, PRO homogenizers can be configured for cardiac tissue sample preparation across a range of laboratory research workflows.

Homogenizing Heart and Cardiac Tissue Samples

Cardiac tissue can require effective mechanical disruption to produce a uniform homogenate for subsequent laboratory analysis. Sample characteristics can vary considerably depending on whether researchers are processing whole heart tissue, myocardial tissue, ventricles, atria, cardiac muscle, or smaller tissue specimens.

PRO Scientific laboratory homogenizers use high-shear rotor-stator technology to rapidly process cardiac tissue samples. Variable-speed operation and a broad selection of PRO generator probes allow researchers to match the homogenizing configuration to the sample volume, container, tissue type, and downstream workflow.

How Rotor-Stator Homogenization Processes Cardiac Tissue

PRO Scientific rotor-stator generator probes are precision manufactured with a narrow clearance between the rotating rotor and stationary stator. As cardiac tissue and surrounding liquid move through the generator probe, high mechanical shear rapidly disrupts and reduces the tissue.

Variable-speed control allows researchers to adjust processing intensity for different cardiac samples. Many laboratory homogenization procedures can be completed rapidly, which can help limit unnecessary heat buildup compared with prolonged mechanical processing.

Homogenization speed, duration, sample volume, generator probe size, buffer volume, and temperature conditions should be optimized for the specific tissue and downstream protocol. For additional information about rotor-stator processing, visit The Field of Homogenizing.

Selecting a Homogenizer and Generator Probe for Cardiac Tissue

The appropriate cardiac tissue homogenizer configuration depends on tissue type, sample size, processing volume, container dimensions, throughput, and the degree of disruption required. Generator probe diameter and geometry should be matched to both the sample volume and processing vessel.

Explore PRO Scientific generator probes, review our tissue homogenizer solutions, or contact PRO Scientific for help selecting equipment for your cardiac tissue homogenization workflow.