Digital pathology: The next big thing in medical technology

 Digital pathology incorporates the accession, sharing and operation of pathology information, including data in digital sides are created when glass slides are captured with a scanning device, digital image that can be viewed on a computer screen, gain more knowledge join us 11th Emirates Pathology & Digital Pathology Utilitarian Conference on May 9-10, 2022, Online

Benefit of digital pathology

 Pathology starts with a collected tissues Glass slides are necessary, even if they're latter transferred to a digital scan. But today’s pathology goes beyond tissue

 Today’s pathology needs new approaches. And when pathologists stop short of espousing digital pathology fully, they miss out on the benefits that cannot be achieved with glass slides.

 Improved analysis:

Ø  Algorithms for analysing slides are adjective accurate and quicker than microscopy

Ø  Rapid access to prior cases

Better Views

Ø  Capability to measure multiple AOI

Ø  Allows for team annotation of slides

Ø  Provides a dashboard view of data and annotation

Improved Workflow

Ø  Fosters collaboration

Ø  Central Steers  enables easy access in streamlined workflow

Ø  Checks trend toward outsourcing

Ø  Flex work schedules and remote access

. Reduced Turnaround Times

Ø  Faster access to archived digital slides

Ø  Reduces time reacquiring, data matching and organizing

 


Digital pathology is increasingly used by large biopharmaceuticals and top clinical exploration associations (CROs) to streamline medicine development processes in discovery,pre-clinical and clinical trials.

Particular opportunity exists for the implicit future use of digital pathology for quantitative analysis of arising companion diagnostics and new theranostics. This opportunity may come especially applicable with the arrival of assays which are delicate to discern with the human eye, similar as multiplex, or labels which exhibit verbose staining characteristics across multiple cellular of which, for illustration, only one may be clinically relevant

 The adding complexity of such assays is driving the development of digital pathology results with advanced high- outturn image capture (brightfield, fluorescent or multispectral) coupled with pattern recognition to morphologically identify applicable tissue types and individual cellular compartments followed by the capability to quantify (IHC) intensity of staining.

This is leading to the arrival of digital pathology systems that can offer a clinically relevant diagnostic or prognostic score by comparing sample analysis affair against a standard curve derived from clinical data. Indeed, much of the untapped eventuality of digital pathology may be in the implicit capability to diagnostic or prognostic scores by combining IHC data and images with that of other 

Comments

Post a Comment

Popular posts from this blog

Pathology Lab Techniques: From Microscopes to Genetic Testing

Image
  Pathology Lab Techniques: From Microscopes to Genetic Testing In the realm of pathology, the laboratory is where the magic happens. Pathologists and lab technicians use a variety of techniques and tools to uncover the mysteries of disease. In this blog post, we'll take a journey through the various lab techniques that play a pivotal role in pathology : Microscopy in Pathology : Begin with an exploration of how traditional light microscopy remains the backbone of pathology, allowing pathologists to examine tissue and cellular structures in detail. Histopathology : Delve into the art of preparing and staining tissue samples to visualize cellular structures and identify abnormalities, making it the cornerstone of diagnosing diseases. Cytopathology : Discover how the examination of individual cells from various bodily fluids, like Pap smears, plays a crucial role in cancer detection and diagnosis. Immunohistochemistry (IHC): Learn how IHC uses antibodies to identify spec...
Read more

Track 1: Pathology

Image
What is pathology? Pathology is a branch of medical science that involves the study and diagnosis of diseases. It focuses on understanding the nature and causes of diseases, as well as the structural and functional changes that occur in tissues and organs as a result of these diseases. Pathologists, medical professionals specialized in pathology, play a crucial role in diagnosing illnesses, guiding treatment decisions, and understanding the underlying mechanisms of various health conditions. What is pathology? Pathology is a branch of medical science that involves the study and diagnosis of diseases. It focuses on understanding the nature and causes of diseases, as well as the structural and functional changes that occur in tissues and organs as a result of these diseases. Pathologists, medical professionals specialized in pathology, play a crucial role in diagnosing illnesses, guiding treatment decisions, and understanding the underlying mechanisms of various health conditions. Pa...
Read more

Track 11: Cancer Cytopathology

Image
What types of cytology? Cytology encompasses various specialized fields and techniques tailored to different areas of study and medical practice. Here are some common types of cytology: Diagnostic Cytology: This involves examining cells obtained from different body tissues or fluids to diagnose diseases, such as cancer, infections, or inflammatory conditions. It's often used in conjunction with histology (the study of tissues) to provide a comprehensive diagnosis. Gynecologic Cytology: This branch focuses on examining cells collected from the female reproductive system, primarily the cervix, for the early detection of cervical cancer and other abnormalities. Pap smears are a common example of gynecologic cytology used for cervical cancer screening. Non-Gynecologic Cytology: This includes the examination of cells obtained from sites other than the female reproductive system. It encompasses various body fluids and organs such as the respiratory tract (sputum cytology), thyroi...
Read more