Systematic Evolution of Ligands by Exponential Enrichment
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demo_2023_issp
Plotly_insilicoSELEX_analysis
OUR TECHNOLOGY
01 / FAST
02 / SECURE
03 / EASY
A computer can be programmed to conduct a SELEX experiment, using existing hardware such as gene synthesis machines and robotic liquid handling systems. It can measure and record the binding affinity of each library member, select the highest affinity members, and analyze the data to present the results.
To ensure the security of the SELEX experiment, the computer must be programmed with security protocols such as encryption and authentication. Additionally, the computer must be programmed to back up its data to a secure location in order to prevent data loss in the event of a system failure. All of these measures taken ensures that our SELEX experiment is conducted securely and efficiently.
Our program offers a secure and user-friendly GUI that makes it easy to conduct SELEX experiments with confidence. Our program is equipped with encryption, authentication, and intrusion detection measures, as well as powerful tools and features.
Components
MEET ISSP
OUR STORY
Computational SELEX has revolutionized the field of aptamer selection, allowing researchers to quickly and accurately identify aptamer sequences without the need for manual labor. Our program offers a secure and user-friendly GUI that makes it easy to conduct SELEX experiments with confidence.
OUR VISION
The vision of computational SELEX is to make aptamer selection more accurate, efficient, and accessible. Our program provides a secure and user-friendly graphical user interface (GUI) that makes it easy to conduct SELEX experiments with confidence.
OUR TECHNOLOGY
Computational SELEX technology involves a range of components, such as a protein and dna 3D structure prediction technology, co-crystal assembly suites, state-of-the art computational models, cutting-edge pipeline constructs and much more....
USING ISSP
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Fax: +1(212) 431-4823
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Serbia, Belgrade 11060