Take your Mohs Dermatology Samples to the Next Level
From start to end, macroscopic to microscopic solutions, as well as user operational flexibility. These instruments provide state of the art solutions for modernising the Mohs dermatology lab.
From start to end, macroscopic to microscopic solutions, as well as user operational flexibility. These instruments provide state of the art solutions for modernising the Mohs dermatology lab.
BR Instruments ProCycler – every action, no matter how small, contributes to a sustainable future. From reducing waste to embracing innovative recycling solutions, we can all play a part in creating a healthier environment.
BRAF analyte control from HistoCyte, two cell lines of positive & negative BRAF V600E expression.
Epredia Vega Laser Cassette Printers – enhances traceability and ensures comprehensive sample identification through high resolution reliable printing.
Revolutionise Your Rapid On-Site Evaluation (ROSE)
Are you tired of long cytology processing times? Abacus dx can provide cutting-edge equipment from some of the world’s leading cytology equipment suppliers designed to streamline your Rapid On-Site Evaluation (ROSE) process and provide true, rapid, and accurate diagnoses.
Traceability refers to the comprehensive tracking and documentation of the entire lifecycle of specimens, beginning from their collection through to the final reporting of results. The importance of traceability today is crucial, as it significantly impacts the maintenance of high-quality standards and the optimal workflow management of laboratories.
Nikon’s ECLIPSE Ui Digital Upright Microscope* provides accurate microscopy-based observation imaging. View and share high-quality images in real-time with easy-to-use software for a more streamlined workflow.
Gaining over 15,000 cases this 2024 and leading with the lowest survival rate for cancer types, lung cancer has been in the forefront of cancer cases in Australia. Biomarkers such ALK, ROS1, PD-L1, and BRAF are used in IHC and molecular laboratory techniques to identify specific types of lung cancer and guide targeted therapy.