Cell-free Plant Protein Synthesis

Cell-free plant protein synthesis technology is widely used in agricultural synthetic biology research. It is an emerging technology for synthesizing a variety of difficult-to-express proteins, such as pharmaceutical and membrane proteins.

Lifeasible is dedicated to agricultural synthetic biology research. We aim to provide advanced technical support and develop effective solutions for developing and optimizing cell-free plant protein synthesis. Our cell-free plant protein synthesis services utilize cell-free protein synthesis (CFPS) technology, which has many advantages, such as controlled reaction conditions, high protein yields, no cytotoxic effects, and the ability to break the limitations of live host systems. We offer cell-free plant protein synthesis solutions that hold great promise for basic and applied scientific research.

Features of cell-free plant protein synthesis technology

Cell-free plant protein synthesis eliminates the dependence on living cells and focuses all systemic material energy on target protein production. Cell-free protein synthesis systems have many advantages over conventional cellular expression systems, as follows.

• Short expression cycle
• Easy to control reaction conditions
• Free of nucleases and proteases
• Time-saving and simple operation
• Overcome protein toxicity
• More flexible system
• Great specificity

Our cell-free technology platform breaks through complex plant protein production challenges

We provide a cell-free protein synthesis (CFPS) system, which is an in vitro system that uses exogenous mRNA or DNA as a template to synthesize the corresponding mRNA under the action of RNA polymerase and transcription factors, and other components and completes protein translation by adding amino acids, ATP and GTP to the system. Our CFPS system, as a new eukaryotic cell-free expression system, has outstanding advantages over the limitations of the live host system and can be used in protein screening and production in a short period, effectively solving the problem of difficult production of complex proteins. In addition, our CFPS system-related technologies can also be applied to protein high-throughput expression, protein microarray preparation, and other research fields. Currently, we provide wheat germ system, rice cell system, and tobacco BY-2 system, which are effectively used in cell-free plant protein synthesis research. The cell-free plant protein synthesis-related technologies we provide are widely used in various fields of scientific research and show advanced, simple, and efficient technology characteristics, which show greater application value and broad application prospects in the production of various complex protein research.

Our service advantages

Lifeasible provides cell-free plant protein synthesis services for a wide range of applications in biopharmaceuticals, technical enzymes, crop development, metabolic pathways, basic research, and outsourcing services for custom protein production. We maintain long-term strategic alliances with several companies and research institutes in the field of plant synthetic biology. We are committed to jointly promoting the continuous optimization of plant "cell-free" technology platforms. If you are interested, please feel free to contact us.