Organoid culture

Immunotherapy

Stem cell therapy

Evaluation

Primary cell count

Immunotherapy

Immunotherapy is an innovative cancer treatment method that utilizes the patient's own immune system to attack tumor cells. Accurate cell analysis is crucial in the workflow of immunotherapy, as it can help researchers and doctors monitor treatment outcomes, evaluate the quality and safety of cell therapy, and optimize treatment plans. Newtonian optical cell counters and cell fluorescence analyzers play an important role in this field, addressing multiple user pain points and concerns.


1. High throughput cell analysis requirements:
In the research and application of immunotherapy, it is necessary to conduct rapid and accurate analysis of a large number of cell samples. Newton Optics' CytoCube Auto and CytoEasy cell counter can perform high-throughput cell counting and analysis. Coupled with the EasyFive six digit cell counter board, it can achieve accurate counting of 6 samples and 30 fields of view in just 1 minute, greatly improving work efficiency.


2. Accurate measurement of cell activity and concentration:
Understanding the activity of cells is crucial for evaluating the therapeutic effect in immunotherapy. The Newtonian optical cell counter supports bright field and trypan blue counting modes, which can effectively distinguish live cells from dead cells and accurately count them. In addition, CytoFlu and other cell fluorescence analyzers can provide more dimensional information such as cell activity, cycle, and apoptosis through multi-channel fluorescence analysis, helping researchers to gain a deeper understanding of cell status.


3. Analysis of special cell types:
The commonly used cell types in immunotherapy include T cells, natural killer cells, etc. These cells are often small in size, high in density, and difficult to accurately count using traditional methods. Newton's optical cell counter adopts self-developed algorithms, which can effectively analyze special samples such as small diameter, high-density, and cluster containing cells, and provide accurate counting results.


4. Data management and regulatory compliance:
Research and treatment related to immunotherapy require strict compliance with various regulations, such as FDA 21 CFR Part 11. Newtonian optical equipment provides historical data traceability and user permission management functions, ensuring the integrity and traceability of data and meeting regulatory requirements.


5. Convenience of operation and software support:
Users are concerned about the convenience of device operation and software usability. The Newton Optics cell counter and fluorescence analyzer are equipped with a user-friendly interactive interface, allowing users to freely choose analysis modes, adjust analysis settings, and provide multiple data export formats to meet different user needs.


In summary, Newton's optical cell counter and cell fluorescence analyzer provide efficient, accurate, and convenient cell analysis solutions in the immunotherapy workflow, meeting the needs of researchers and medical professionals for high-throughput, high-precision, and regulatory compliance, and helping to promote the development of the immunotherapy field.