New research into the intricate structure of sperm and its role in bull fertility—highlighted at the recent International Ruminant Reproduction Conference in Ireland and during Dr. Perry’s visits to leading Andrology laboratories in Europe and Canada—has inspired a major technological upgrade at QSML.
We are excited to announce the addition of cutting-edge equipment to our laboratory capabilities. In addition to our trusted Differential Interference Contrast (DIC) x1000 analysis of sperm morphology, QSML now offers advanced epifluorescent analysis using our newly acquired NiU microscope, with FITC-PNA labelling.
This enhancement marks a significant step forward in our commitment to precision and innovation in fertility diagnostics. The initial focus of this new technology will be to improve the accuracy of acrosome integrity assessment, particularly in our frozen-thawed sperm analysis. Understanding acrosomal structure is critical, as it plays a key role in fertilization and overall bull fertility.
But the potential doesn’t stop there. The NiU microscope also opens the door to expanded investigations into other cellular structures, such as midpiece abnormalities, by employing alternative labelling techniques. These developments will allow us to provide even more detailed and insightful fertility assessments for our clients.
At QSML, we continue to invest in world-class tools and techniques, driven by global research and collaboration, to ensure we remain at the forefront of reproductive science.
