Plant-Based Protein Production Service

Plant-based protein production services typically produce desired target proteins through a number of plants, such as tobacco, tomato, and corn. Plant-based protein production systems offer an inexpensive and simple way to produce proteins, and the unique cellular mechanisms of plants, the absence of animal viral contamination, and the relatively low cost of production make plants an ideal choice for producing recombinant proteins.

Lifeasible is an industry leader in protein production, and we have built various plant-based protein expression systems to provide advanced and reliable recombinant protein production services. Partner with us, and we will provide you with a complete service from specific genes to purified proteins and a diverse selection of protein expression systems.

Features of Plant-Based Protein Production Service

• Low cost. Plant-based protein production requires relatively low cost compared to other production systems and is suitable for large-scale protein expression.
• High expression efficiency. Plant-based protein production systems can express target proteins with high efficiency, and can transfer multiple genes into the plant at the same time, as well as incorporate factors such as auxiliary modifications.
• Safety. Plant-based protein expression system has higher safety, parasitic microorganisms or plant viruses in plants do not infect humans, so plant production system is a safer production system.
• Exogenous protein processing and modification ability. Plants, as higher eukaryotic organisms, are particularly well suited for the expression and production of exogenous proteins with complex post-translational processing.

Our Service for Plant-Based Protein Production

Tobacco transient and stabilized expression system

The tobacco expression system is a proven platform for transient and stable protein expression. It is ideal for the rapid generation of high-yield recombinant proteins or for integrating genes into plant genomes for long-term production. We can provide rapid expression for short-term studies or stable expression for large-scale protein production. Transient systems can be used for quick turnaround times, while stabilized systems can facilitate the generation of transgenic tobacco plants for consistent and sustainable protein production over time.

Lettuce transient and stabilized expression system

Lettuce is a versatile transient and stabilized expression system, often selected for its rapid growth cycle and ease of transformation. It is particularly suited for expressing plant-derived proteins or proteins that require post-translational modifications similar to those found in other higher plants. We offer transient expression in lettuce for rapid protein production, as well as selection for stable transformation to create high-yielding transgenic plants.

Rice endosperm-specific expression system

The rice endosperm-specific expression system is particularly favorable for large-scale protein production, especially for proteins that need to be expressed in large quantities. The endosperm provides a rich, nutrient-rich environment ideal for accumulating recombinant proteins. We utilize this system for high-volume, cost-effective protein production, especially when large quantities of protein are required for industrial or pharmaceutical applications.

Plant cell suspension-based expression system

Plant cell suspension culture provides a scalable and controlled environment for recombinant protein production. The system allows for sustained cell growth and protein expression in liquid media suitable for industrial-scale production. We offer advanced plant cell suspension culture services that optimize protein yield and consistency by producing proteins in a controlled bioreactor environment.

Plant hairy root-based expression system

The hairy root system is a powerful tool for producing complex proteins and secondary metabolites. It is based on the transformation of plant roots using Agrobacterium, resulting in highly stable and fast-growing root systems that can be cultured for protein production. We offer services for generating and maintaining hairy root cultures for protein production, especially for proteins that require post-translational modifications of specific plant origin or are difficult to express in other systems.

Fig.2 Our service process. (Lifeasible)

Highlights of Our Plant-Based Protein Production

• Scalability and flexibility. Our service can be scaled from laboratory research to large-scale commercial production, making it ideal for companies seeking flexibility in production volumes
• Advanced process development and optimization. Our expertise covers the development and optimization of a wide range of processes, including plant transformation, expression system design and downstream processing. By providing advanced process development, we are able to ensure that each customer receives a tailored solution.
• Sustainability and environmental benefits. Our service is more sustainable and environmentally friendly than traditional animal or chemical synthesis methods.
• Expert support and comprehensive services. We provide end-to-end solutions including protein production, purification, characterization and regulatory support.

Lifeasible provides plant-based protein production services, including customized protein design, expression and purification services, for a wide range of life science research applications. Our protein production platform enables efficient production of high-quality proteins, ensuring purity, quality and yield. If you are interested, please feel free to contact us.