Personalized medicine faster in days *

Using Micar21 technology (Genetic screen SNP (mutation) analysis and drug resistance) are the cornerstone for the successful future development of faster personalized medicine

Historically, healthcare has been built on developing and prescribing a universal principle. In this model, it may take tens of thousands of potential drug compounds introducing a process that can cost billions of dollars and take up to fifteen years to complete to cause potentially only one drug to make it to market.

The majority of these costs and time due to wear. Learning the hard way that the drug compounds are not effective, have unacceptable side effects, or only work for a fraction of the population. To work with this model from an economic point of view, and considering additional pressures for short periods of patent protection resulting from drug to be a blockbuster, generating billions of dollars in revenue through prescriptions of the largest possible number of patients.

Unfortunately, patients are the same. Many diseases are complex genetics that may be present in a similar way, but may have different performance requirements and therefore different treatments.

innovative technology

GPU power

A graphics processing unit ( GPU ) in combination with Unified Device Architecture Compute ( CUDA ) is provided in the past few years a completely new technology that allows a number of scientific calculations to be massively accelerated.

They provide access to supercomputer performance scale without waiting for shared resources. GPU accelerators allow computational chemistry and biology researchers to push the boundaries of discovery.

... read more about computational chemistry

Molecular Dynamics

MD simulations reproduce realistic behavior manner protein under physiological conditions, detecting the level of protein structure molecular and thus protein function.

In particular, this approach is one of the most modern techniques make it possible to distinguish between compounds that are able or does not bind to some proteins. Nowadays, it is a valuable tool in many fields, including structural biology and in silico drug design.

molecular modeling

The field of molecular modeling includes a number of scientific techniques. Docking and pharmacophore in silico approaches are commonly used in the discovery of new biologically active ligands and in drug design.

Through these powerful methods for screening millions of compounds, it is now possible to predict whether they can bind to certain proteins. Quantum chemistry is a branch of chemistry, where the main aim is the application of quantum mechanics to physical models predict the chemical structure, physicochemical properties, etc.

Sctructural biology

Structural biology is the branch of molecular biology, biochemistry, and dealing with the molecular structure of biological macromolecules, especially proteins and nucleic acids, how they acquire the structures they have, and biophysics how changes in their structures affect their function.

bio Informatics

Bioinformatics is an interdisciplinary field that develops methods and software tools for understanding the biological data. As an interdisciplinary field of science, bioinformatics combines computer science, statistics, mathematics and engineering to learn and process biological data.

MICAR21 innovative technology

In Micar21 Ltd, we are helping usher in a new era of personalized medicine by enabling a fundamental change in healthcare with customized procedures and data-driven insights tailored to individual ... ... Read more

Our technology is not just what it looks like and feels like. The technology is how it works revolutionally. - Dimitar Dimitrov