5 Applications found

TeselaGen Biotechnology, Inc. applications

Synthesis and machine learning driven techniques solutions for biological r&d sector

Easily design molecular biology experiments using the TeselaGen software. Quickly check for the buildability of your DNA molecules, automatically generate DNA synthesis, assembly and amplification instructions. Define and execute experimental workflows, and interface with automation, if necessary.

Synthesis and machine learning driven techniques solutions for metabolic engineering industry

Within a single and integrated environment, you can use all the power of our AI-driven platform to discover, screen, characterize and optimize enzymes, pathways and strains that can produce high-value and/or high-volume molecules.

Synthesis and machine learning driven techniques solutions for protein design and manufacturing industry

Use synthetically engineered cells to produce novel proteins with desired properties that are not found in nature, and to enhance enzyme activity. Through a data-driven approach, manipulate and optimize specific residues or optimize the fusion of whole protein domains. Use our platform to optimize your designs at the amino acid level, codon or nucleotide level, interface with industry vendors through our BioShop, and screen for optimal results in a cost-effective manner.

Synthesis and machine learning driven techniques solutions for antibody optimization industry

Use our platform to design antibodies that optimize binding affinity, titer, specific productivity, Immunogenicity, or other phenotypic variables of interest. Engineer antibodies that specifically kill cancer cells or equib cells with multiple functions, granting them the ability to invade human cancer-derived cells.

Synthesis and machine learning driven techniques solutions for vaccine development sector

Enable different strategies for vaccine development to attack rapidly mutating viruses such as influenza, HCV, HIV, or coronaviruses. Use our platform to assist in the creation and optimization of different types of vaccines such as virus-like particles (VLPs), DNA vaccines, RNA vaccines.