Digital Genome Is A Vital Part Of Modern Healthcare, And Is Widely Used In Genetic, Agriculture And Biopharmaceutical Industries

 

Digital Genome

Digital Genome technology can provide unprecedented insight into complex genetic systems. It is used for a variety of applications, including medical diagnosis, forensics, research & development, agriculture, and reproductive & genetics. End-users include biopharmaceutical companies, medical diagnostic centers, and academic & research institutes. Digital Genomes are also being used for early disease detection.

 

The technology allows researchers to edit and manipulate entire genetic elements, including known genes and genomic regions that are not functionally annotated. It also enables phenotyping of variant libraries and provides Genome-scale access to genetic information. Digital Genome technologies are helping scientists address genomic problems such as identifying splice sites and annotating genomic sequence elements. For example, Congenica has developed a clinical genomics analysis platform called Sapientia, which prioritizes variants from whole-exome sequencing.

These tools help researchers better understand how genes interact with one another in complex systems. For example, they can map disease-associated genes to protein-protein interaction networks. These genes tend to cluster into modules. This allows researchers to prioritize individual genes within a module. This information can be used to develop digital twins of individual patients.

Researchers are developing more efficient enzymes to accelerate the data writing process. They are also working on shrinking the size of the growing cell populations and increasing the number of populations that can be analyzed at once. Personalized medicine is another trend that will continue to grow and these medicines are based on patient's genetic information as they provide targeted treatment. One of the fastest-growing digital Genome products is sequencing chips.

Gencove has launched its InfiniSEEK platform to aid in the analysis of whole Genomes. Inscripta has launched the Onyx(tm) Digital Genome Engineering platform, the world's first benchtop instrument to support Genome-scale engineering. The platform includes software, consumables, and assays. It enables researchers to generate gene-based products and support Genome discovery and bio-industrial development.

In January, 2020, Germany signed the declaration and joined the 1+Million sequenced Genomes initiative in the European Union for 2022. This declaration was launched in 2018, which is a collaborated mechanism aiming to enhance prevention of diseases, improve personalized treatments and also provide sufficient scale for new research. Germany has become the 21st member to join this initiative.

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