Pathology and laboratory medicine are always future digital pathology

  Pathology is the engine that propels healthcare toward a better understanding of diseases. It's time to change the way it does business, even if it's been doing so for the past 150 years. Digital technology have the potential to make the field more efficient and scalable. They have the potential to make pathologists' jobs more creative and data-driven, while also helping patients to receive diagnoses more quickly and precisely. Let's have a look at the digital pathology of the future!

The rapid advancement of image digitization technology has benefitted pathology throughout the previous decade. The advancement of this technology has resulted in the development of slide scanners that can produce whole slide images (WSI) that may be explored by image viewers in a manner similar to that of a traditional microscope. The WSI's file sizes range from a few megabytes to several terabytes, posing issues in terms of image storage and administration when they're employed on a regular basis in clinical practise. Pathologists employ digital slides for education, diagnostics (clinicopathological meetings, consultations, revisions, slide panels, and, increasingly, upfront clinical diagnostics), and archiving. More details to attend the CME/CPD accredited 11th Emirates Pathology and Digital Pathology Conference on May 9-10 2022, Online



Digital pathology

Digital pathology (DP) can be defined as the digitalization of gross and microscopic tissue specimens subject to electronic photon capture, as well as the management, analysis, and distribution of images, in a few words. Following the spectacular change in imaging radiology a decade ago, DP has been regarded as a fantastic technique that is redefining the benchmark and protocols of pathologists' work. Since the 1980s, the Commodore microcomputer has been used to automate the telemetric measurement of body temperatures in experimental animals implanted with commercially accessible transmitters. Digitalization of 2D gels began in the 1980s, and high-performance liquid chromatographic systems based on the Commodore 64 became ubiquitous. Pathologists' daily work entails identifying data and patterns in gross and microscopic tissue sections in order to provide a diagnosis to the clinician and the patient for further research or treatment. Academics, researchers & students – this is going to change your life!
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CME/CPD accredited 11th Emirates Pathology and Digital Pathology Conference on May 9-10 2022, Online



 

Whole slide imaging/virtual microscopy

The development of whole slide imaging (WSI) has opened up a world of possibilities for pathologists, morphologists, and biologists in general. It enabled for image capture of the full pathology slide rather than just a few places of interest. New platforms with 64-bit and quad-core CPUs, as well as the development of high-resolution cameras, enabled the production of high-resolution digital slides with numerous magnifications and focus planes. This set of computer-processed data allows for a complete simulation of light microscopy. The operator (e.g., pathologist or technologist) can quickly scan the slides and focus zooming in and out in the monitor using the keyboard, mouse, or finger to assess the image quality and gather information for the diagnosis. The robotic microscopic scanner scans histologic glass slides containing tissue that has already been treated and stained manually. Individual scanned fields are combined into a composite digital image using software. Since the commercialization of a scanner, the acquisition time has decreased, and time, which has previously been a limiting factor, will continue to decrease in the future. The completed file may be opened by the operator using a variety of viewing software with user-friendly interfaces. This approach allows the operator to browse to different sections of the simulated slide or change the magnifications without having to use a revolver. The new technology utilised with the WSI can be used for pathologist primary diagnosis, scientific data publication in peer-reviewed biomedical journals, and static image capture for reporting, archiving, or computer-aided analysis. It's an Online Conference, you can attend from your remote location, and Hurry up submit your paper and reserve your slots at 11EPUCG2022,

Telepathology with Digital Images

 

Telepathology is the practise of remote pathology using telecommunication networks to transmit digital pathology pictures electronically. Telepathology can be utilised to provide primary diagnoses, second opinions, quality assurance, education, and research from a remote location. Telepathology has primarily been used for clinical patient care at large academic institutions. Prohibitive expenses, legal and regulatory hurdles, technological constraints, and pathologist resistance have all hampered its broad usage.

Digital Imaging in Dermatologic Surgery

In the last decade of the twentieth century, advances in digital cameras ushered in the era of store and forward teledermatology. For the evaluation and management of dermatology consultations, a review of patient photos and histories is a useful and efficient technique. 17 Teledermatopathology has shown to be as reliable as standard histologic slide examination in parallel investigations. 18 Teledermatology and telepathology have achieved universal acceptability as a health service for first dermatology consultations in remote clinical facilities, thanks to the development of megapixel cameras and ubiquitous computer networks.

The difficulties of reimbursement (only in exceptional case scenarios), the competence necessary for point and shoot photography, and the labour of history taking are all problems that limit the acceptance of store and forward teledermatology. Photographic talents are not easy to come by for non-dermatologists. Non-dermatologists have attended courses to study dermatologic photography, although one primary care physician reported feeling intimidated by the work after several days of instruction (C Sneiderman, National Library of Medicine, personal communication).

Challenges of digital pathology education

Digital Pathology is no longer the specialty it was a few years ago. Many universities and colleges use DP as a reliable platform. The majority of radiology pictures are acquired as digital data and saved in reliable image archiving systems. For over ten years, Hartman et al. have been implementing an incremental rollout for digitalization in pathology on speciality benches, describing the challenges of adopting digital pathology for second opinion intraoperative consultations. They started with cases containing only a modest bit of tissue (biopsy specimens). The authors successfully scanned over 40,000 slides using their digital pathology system, emphasising the importance of pre-imaging modifications, integrated software, and post-imaging evaluations for a successful conversion to digitalization in pathology. (1) Infrastructure and resource support, despite the cost of procurement and maintenance of DP equipment, networking equipment, and other digital pathology-related equipment.

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Visit our website for the upcoming pathology and digital pathology conference 2022 for more details.

Reach out to us: https://pathology.universeconferences.com/

Mail: pathology@universeconferences.cominfo@utilitarianconferences.com

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Reference pathology and digital pathology UCGconferences press releases and blogs

Medium: https://medium.com/@traviis.stork/digital-pathology-advantages-limitations-and-emerging-perspectives-57bce27ae3f2

Linked In: https://www.linkedin.com/pulse/digital-pathology-advantages-limitations-emerging-dr-travis-stork

Tumbler: https://breastcancerucgconferences.tumblr.com/post/679066526805016577/digital-pathology-advantages-limitations-and

Blogger: https://emiratespathologyucgconferences.blogspot.com/2022/03/digital-pathology-advantages.html

Reddit: https://www.reddit.com/user/BreastCancerUCGConf/comments/th10wu/digital_pathology_advantages_limitations_and/

 

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