Live cells, stem cells, plants, tissue slices, complete organisms, and complicated three-dimensional matrices can all be imaged. Our platforms' versatility and scalability
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Hundreds of cell-based tests can be addressed with our combination of imaging modes, application modules, analytics, and live-cell imaging choices.
In a space-saving benchtop design, the Eicra.com provides the highest quality confocal pictures and extended live cell imaging. Get your quote and start today.
Our analysis software suite, which includes robust machine learning algorithms, provides researchers with advanced insights into their HCA experiments.
We are eager to serve you and make your drug discovery journey easier with our superior technologies and professional scientific team.
High content analysis at Eicra provides a lot of information from initial screening data that may be utilized to distinguish compounds with different effects on cells and quantify compound effects with automated analysis. Compounds with identical target specificities and inhibitory mechanisms induce similar cellular phenotypes, according to our findings.
High content analysis HCA is now a standard building piece in many drug discovery projects across a wide range of research topics at Eicra. CD-HCS is currently used in agro-biotechnology and longevity research, as well as a variety of cancer, protein-misfolding disorders (e.g., AD, PD, HD), diabetes, pain, neuroinflammation and neurodegeneration, and virology therapeutic fields.
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During the forecast period, between 2021 and 2027, the global High-Content Analysis (HCA) System market is expected to grow at a significant rate. The market is likely to develop at a steady rate through 2021, thanks to key players' increasing adoption of tactics.
The global market for High-Content Analysis (HCA) Systems is divided into four categories: firm, region (country), type, and application. Players, stakeholders, and other market participants in the global High-Content Analysis (HCA) System market will get an advantage by utilizing the research as a valuable resource.
The production, revenue, price, market share, and growth rate of each kind are displayed in this study, which is generally divided into: Acoustic instruments Software and Informatics Solution for Automation Various
Eicra.com, as a leading developer of 3D cell culture models, provides high-content imaging services using our ready-to-use 3D microtissues. These services can be used for a variety of things, including drug cytotoxicity testing and the screening of new medicinal compounds. We are able to provide the following services: 1. 3D microtissues are made to order. 2. Individual spheroid functional study on a single cell basis 3. Evaluation of a drug's effect 4. Evaluation of cytotoxicity 5. Data of high quality and in-depth analysis
Our service can be customized to meet the needs of our clients. Both single cell type and co-cultured cell-based 3D cell cultures are offered. HCI on 3D cell cultures, on the other hand, combines the advantages of both 3D cell culture and high content screening to deliver more reliable data with a variety of advantages, including: 1. More information about drug toxicity and efficacy that can be predicted; 2. A more precise assessment of medication candidates; 3. Capable of monitoring numerous parameters at the same time; 4. Capable of simulating the microenvironment, cell behavior, and features found in vivo;
High-Content Analysis (HCA) has become a well-established tool, with applications in a variety of university laboratories and pharmaceutical research groups. HCA is now frequently demonstrating its ability to deliver functionally relevant results. It’s critical to choose the right HCA application based on the cellular function of the chemical in question.
High Content Analysis (HCA) is a high-throughput quantitative data analysis technique that combines automated multicolor fluorescence imaging and high-throughput cell-based screening in drug development. 40 The advancements in automated HCA allow for direct screening and evaluation of chemical activity on numerous epigenetic markers.
HCA’s key benefit is that it can be used to filter vast chemical libraries and that it can provide quantitative information as a first-level description of complex cellular histone methylation events using “big data.” The main disadvantage is antibody specificity, which must be taken into account during test formulation.
For cell-based or organoid-based tests, high-content analysis (HCA) is the use of automated microscopy and picture processing. It enables quantitative investigation of complex cellular/organoid events as well as visualization of the phenotypes involved. This highly multiplexed bioassay method has acquired considerable traction in the last two decades for use in various stages of the drug development process.
As long as it is required. Our systems collect data 24 hours a day, seven days a week, guaranteeing that you never miss a crucial event.
Content analysis can be divided into two categories: conceptual analysis and relational analysis. The presence and frequency of concepts in a text are determined by conceptual analysis. By studying the relationships between concepts in a text, relational analysis expands on conceptual analysis.
In organizational research, content analysis is useful because it helps researchers to recover and investigate the intricacies of organizational actions, stakeholder views, and societal trends. It also serves as a vital link between quantitative and qualitative research approaches.