Clinical Laboratories

Clinical Laboratories

Clinical Laboratories

Analyzing pathological specimens sometimes requires long hours with a microscope. To avoid discomfort and strain, pathologists can diagnose diseases more efficiently and consistently when they use a Leica microscope that lets them work in a comfortable position.

Clinical Laboratories

Visoria B

Experience enhanced efficiency and comfort in your daily microscopy routine. The Visoria B laboratory microscope is for applications performed in life science and clinical laboratories.

Flexacam c5 & i5

With Flexacam microscope cameras, you can see the fine sample details you need to see with precise colors and high resolution. Viewing, documenting, and sharing microscope images of your samples the...

Leica DM3000 & DM3000 LED

Uniquely Ergonomic System Microscopes With Intelligent Automation

Enersight

What if you could inspect, compare, measure and share with one intuitive interface? Introducing Enersight, a powerful software platform for microscopy.

Read our latest articles about Forensic Science and Imaging Equipment

The knowledge portal of Leica Microsystems offers scientific research and teaching material on the subjects of microscopy. The content is designed to support beginners, experienced practitioners and scientists alike in their everyday work and experiments.

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Factors to Consider when Selecting Clinical Microscopes

What matters if you would like to purchase a clinical microscope? Learn how to arrive at the best buying decision from our Science Lab Article.

Clinical Microscopy: Considerations on Camera Selection

The need for images in pathology laboratories has significantly increased over the past few years, be it in histopathology, cytology, hematology, clinical microbiology, or other applications. They serve many purposes on top of the documentation of the diagnosis. Yet, the view through the eyepieces and the image are different in nature, the one is an optical image, the other a digital image. Looking at a few aspects of this process that are related cameras will help you make sure you can obtain the images with all the detail and color fidelity you need.

H&E Staining in Microscopy

If we consider the role of microscopy in pathologists’ daily routines, we often think of the diagnosis. While microscopes indeed play a crucial role at this stage of the pathology lab workflow, they are used even earlier: Lab technicians or pathologists use microscopes to check on staining. This article looks at H&E staining and the role of microscopy in the lab workflow more closely.

The Time to Diagnosis is Crucial in Clinical Pathology

Abnormalities in tissues and fluids - that’s what pathologists are looking for when they examine specimens under the microscope. What they see and deduce from their findings is highly influential, as pathologists’ diagnoses play a major role in treatment decisions. Dr. Penelope Zorzi has a background in immunology, pathology, and genomics and is Product Workflow Manager Health and Clinical Microscopy at Leica Microsystems. She knows about the responsibility pathologists bear and speaks about the work of doctors, scientists, and laboratory technicians in pathology

Perform Microscopy Analysis for Pathology Ergonomically and Efficiently

The main performance features of a microscope which are critical for rapid, ergonomic, and precise microscopic analysis of pathology specimens are described in this article. Microscopic analysis of patient specimens in pathology is a key step for providing diagnoses. As pathologist can spend long hours at the microscope analyzing specimens, achieving accurate and efficient diagnoses requires an optimal microscope setup.

What are challenges concerning microscopy for pathology?

Pathologists need to prepare specimen slides for microscopic examination and ensure the accuracy and reliability of diagnoses. This work is often performed under strict time constraints, as results are urgently needed to support clinical decision making in hospitals and laboratories. Leica microscopes help pathologists achieve efficient and reliable specimen processing.

How is microscopy used for pathology?

Microscopy refers to any type of examination in the pathology lab workflow that is performed with a microscope. Examples are checking the quality of specimen staining as well as the examination and documentation of specimens. Leica microscopes help users reach pathological diagnoses efficiently and comfortably.

Why do pathologists use microscopes?

Microscopes enable pathologists to see abnormalities that they would not be able to see with just their eyes, whether they are fine structures, subtle differences in color, or the number of specific cells in a specimen. Leica microscopes offer various contrast methods that can make even more details visible.

What is the difference between clinical and anatomic pathology?

Clinical and anatomic pathology concern different specimens. Clinical includes chemical, molecular, immune-, and hematopathology, as well as medical microbiology. Anatomic focuses on histopathological examinations of tissues or cells used in surgical, cyto-, forensic, and dermatopathology. Pathologists benefit from a Leica microscope that allows them to achieve efficient diagnoses.

Why use Leica microscopes for clinical laboratory and pathology work?


Work in comfort

With Leica microscopes, you maintain a proper posture, reducing the risk of neck and back strain during long hours at the microscope. Work comfortably with aligned shoulders and spine. Attain ergonomic hand and arm positioning due to the symmetrical layout of the focus stage control knobs and ergonomic accessories.


Made for clinical laboratories

Leica microscopes reveal sub-cellular structures in tissues and specimens with various contrast methods, such as brightfield, darkfield, phase contrast, DIC, and fluorescence. For special diagnostic requirements, Leica microscopes are certified for in-vitro diagnostics ( IVD ).


High-quality images

Leica optics deliver images with high contrast and resolution and clear fluorescence signals. These high-quality images enable you to confidently visualize fine specimen details even in low light. There is a broad portfolio of Leica objectives which supports reliable and accurate microscopy for clinical laboratories.

Customer experiences with a DM3000 microscope for clinical applications

Trudi de Jong and Marianne Noordanus, both from Rotterdam, describe how a DM3000 microscope helps them to perform their clinical microscope work more comfortably and efficiently.

Courtesy of: 

Trudi de Jong, Erasmus MC academic hospital Rotterdam, the Netherlands, Hematology 

Marianne Noordanus, Star-MDC, Medisch Diagnostisch Centrum, Rotterdam (The Netherlands) Microbiology

Clinical Pathology

In clinical pathology, accurate and timely diagnoses are critical in the management and treatment of medical patients. Learn how Leica microscopes can help pathologists work efficiently and reliably during their daily routine.

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Anatomic Pathology

Anatomic pathologists rely on high-quality microscope imaging to see clear differentiation of tissue structures and cellular details. Learn how Leica microscopes help pathologists obtain accurate results efficiently and work in a comfortable way.

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Clinical Pathology

In clinical pathology, accurate and timely diagnoses are critical in the management and treatment of medical patients. Learn how Leica microscopes can help pathologists work efficiently and reliably during their daily routine.

Read More

Anatomic Pathology

Anatomic pathologists rely on high-quality microscope imaging to see clear differentiation of tissue structures and cellular details. Learn how Leica microscopes help pathologists obtain accurate results efficiently and work in a comfortable way.

Read More

Frequently Asked Questions Pathology

Cameras are used for documentation, the displaying of images on a larger screen, and showing live images for discussion among colleagues on tumor boards. They also help pathologists with reporting results, especially if the camera comes with software that allows annotating and archiving images in the laboratory or hospital information system.

If pathologists need to see structures and shades of color in stained specimens, they will look at specimens in brightfield. If they need to identify the structures of cells and tissues in unstained specimens, they will use phase contrast.

Pathologists can work with color or monochrome cameras. Color cameras are ideally suited for pathology applications as they can visualize minute differences in staining and give pathologists a wealth of information about the specimen. Monochrome cameras are ideally suited for fluorescence applications, such as FISH (fluorescence in situ hybridization).

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