Please, visit our Booth#147 at the
taking place at the San Diego Convention Center, where we present our brand new products, applications and highlights.
Date: 5th - 9th of April, 2014
Location: San Diego, CA, USA
3DHISTECH is proud to host an exclusive seminar at this year’s prestigious AACR Congress
This year 3DHISTECH will produce a special customized Spotlight Theatre discussion at AACR for a limited number of attendees. The private program will deliver an impressive and prestigious line up of guest speakers, each preparing a comprehensive presentation discussing the latest innovations and developments in cancer research.
The title of the private symposium is
“Molecular digital microscopy for cancer research.”
The program is running on Tuesday, April 8, 12:30 PM -1:30 PM.
The location of the event is on the Exhibit Floor in Hall A.
We are going to learn all the advancements in cancer diagnostics and hear the most engaging cases from the likes of Dr Robert Dunstan, Distinguished Investigator of Translational Pathology Laboratory of Biogen Idec.
His presentation will discuss the “Changing Anatomic Pathology from a Descriptive to a Quantitative Discipline: Lessons from Biotechnology”.
Also from the United States, we will welcome Mr Dmitry Yarilin, Senior Research Scientist at the Molecular Cytology Core Facility of the Memorial Sloan-Kettering Cancer Centre.
Mr Yarilin will talk about “Multi-colour immunofluorescence and 3DHISTECH’s slide scanners in terms of data impact for understanding tumour cells, tumour microenvironment and effect of treatment.”
We are also honoured to have Dr Linea Melchior on the speaking panel. Dr Melchior is a Molecular Biologist from the Department of Pathology at Rigshospitalet in Copenhagen, Denmark who will present her studies of the „Implementation of TMA and digitalization in routine diagnostics of breast pathology.”
All delegates, visitors and guests are more than welcome to join this private discussion organized by 3DHISTECH and its representatives are also delighted to meet you face to face at its exhibition booth #147 for further exchange during the event. As one of the pioneers in the digital pathology market, 3DHISTECH’s system and software line up supports faster diagnosis that could lead to easier healing process by defining the future of pathology diagnostics. As the European market leader in this field, 3DHISTECH develops and manufactures high speed digital slide scanners that create top quality brightfield and fluorescent digital slides, digital histology software and tissue microarray machinery. 3DHISTECH’s broader aim is to fully digitalize the traditional pathology workflow so that it can adapt to the ever growing demands of healthcare today. Furthermore, educational programs are also organized to help pathologists learn and master these new technologies easier.
The tissue microarray (TMA) technique can be used as a valuable, high-throughput diagnostic method. By being able to place up to several hundred different samples into one paraffin block, TMA brings major economies in time quality and costs of tissue preparation, staining and slide preparation. The real advantages of tissue microarrays can only be achieved when using digital TMA. With 6 PCR cassettes and 10 PCR tubes/cassette.
According to the results of the 2nd International Scanner Contest (ISC), this is the fastest digital slide scanner on the market at both 20x and 40x resolution. Designed for routine digital pathology, the new Flash II easily meets your needs, from high quality to high capacity.
Laser microdissection (LMD) is a contamination-free method to isolate cells of interest for molecular analysis. With 3DHISTECH and MMI, it is now possible to combine the advantages of digital pathology and molecular pathology.
• Marking on digital slides: anytime, anywhere you are
• Connect with a specialist remotely: secure and fast
• Sharing the work between Specialist and Assistant reduces costs significantly
• Automatic marking with image analysis tools makes possible to select thousands of cells in a quick way
• Sensitive samples can be stored in safe place during consultation and area selection
3DHISTECH is introducing the Digital Pathology Cockpit which combines the comfort of microscope navigation with the highest quality digital slides. What is more, the Digital Pathology Cockpit allows you to fully utilize the advantages of digital slides in the clinical environment.
Multi-layer IHC image analysis based on tissue recognition. 3DHISTECH introduces a software tool for high throughput IHC analysis. By first segmenting the sample on the tissue level, the cell based algorithms can run faster and provide more reliable results. QuantCenter is designed for predictive and prognostic marker quantification and can be adapted to your lab’s IHC protocols.
Teach your software to detect the areas of interest on your slides automatically! Run quantification algorithms on automatically detected ROIs to save time and effort!
The new NuclearQuant software application performs automatic evaluation on IHC nuclear stainings (ER, PR, Ki67, etc.). Using color deconvolution it measures staining intensity only on the chromogen channel. The algorithm categorizes the detected nuclei to negative, weak positive, medium positive and strong positive classes. The new classification gallery is also available for locating the detections one by one and rescoring.
The new MembraneQuant software application offers automated evaluation for IHC membrane stainings (HER-2, EGFR, etc.). With the help of color deconvolution the intensity measurements are performed only on the chromogen channel. The algorithm categorizes the detected cells (+, ++, +++), and determines the H-score for the annotated area. In the classification gallery can view, find and also rescore the detected membranes.
In the 1.6 release we made the measurement possibilities of FISHQuant complete. Not only can FISHQuant work on cell samples, but the image processing of tissue samples is also possible. The new program, while maintaining the functionality of Cyto FISH, received a secondary non-specific measurement option, which allows for the numerical analysis of translocation probes, containing no structural abnormalities, and display the combined results of the two measurements and statistical analysis.
Brand new application software implementing two different algorithms, CISH and CISH-RNA to the chromomeric in situ hybridization patterns, perfectly suited for detecting viral RNA
CT for microscopy! 3DView can show you the reconstructed model of the tissue in microscopic details.
• Works with digital slides or standard images of serial sections
• Automatic alignment of consecutive layers
• Flexible visualization options (sectioning plane, HE masking, separate FL channel management, etc.)
• 2D and volumetric measurements
Upcoming conferences where 3DHISTECH will be present
Pathology Informatics Summit
13 - 16 May 2014
Pittsburg, PA, USA
3rd Pannonia Congress of Pathology
15 - 17 May 2014
ATA 2014 - American Telemedicine Association
18 - 20 May 2014
Baltimore, MD, USA
Annual Meeting of Hungarian Society for Microscopy
20 May 2014
12nd European Congress of Digital Pathology
18 - 21 June 2014