JERSEY CITY, NJ, November 29, 2022 /PRNewswire/ — InsightAce Analytic Pvt. ltd. announced the publication of a market research report entitled “Global plant-based expression systems market By Product (Biosimilars, Cellular Therapies, Gene Therapies, Monoclonal Antibodies, Vaccines, And Others), Plant (Algae, Barley, Benth, Duckweed, Lettuce, Corn, Moss, Rice, Tomato, Tobacco And Wheat Germ), Service Type (Research & Development, Manufacturing, Filling/Finishing, etc.), Expression System (Stable Expression System and Transient Expression System) – Market Outlook and Industry Analysis 2030″ According to the company’s latest research, the global plant-based expression systems market is expected to show a promising CAGR of 5.4% between 2022 and 2030.

The key market player includes Medicago, Leaf Expression Systems, Eleva, iBIO, Creative Biogene, PlantForm, Protalix BioTherapeutics, Inc., G+Flas Life Sciences, Kentucky Bioprocessing, Angany, Stine Seed (ProdiGene Inc.), ORF Genetics, Profacgen, Phylloceuticals, Cape Biologix Technologies (Cape Bio Pharms), CC-Pharming (also known as Ruicheng Haihui Biotechnology), Calyxt, CellFree Sciences Co., Ltd., GenScript, Icon Genetics GmbH, Lifeasible, Agrenvec SL, Samabriva., ATB Therapeutics. And Bright Biotech and others.
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The herbal expression method has attracted great interest due to its high characteristics of media compatibility, safety and affordability. Due to their advantages, such as lower costs, high scaling flexibility, environmental friendliness, and low contamination risks, plant expression systems are a practical choice for producing antibodies, vaccines and complex biomolecules. The rise of chronic diseases, the high demand for protein expression research, the escalation of R&D for the treatment of diseases, the expansion of government funding for the commercialization of plant expression technologies, and advances technologies in plant expression systems are all expected to drive the growth of the Plant Based Expression Systems Market over the forecast period. Other market drivers include improving protein engineering technologies, increasing demand for therapeutic proteins, and rising drug development costs. Growing demand for biologics, continuous initiatives to improve the development of suture technologies, and other factors are expected to propel the global herbal biologics market at a healthy pace soon. Plants have been used to express a variety of therapeutic antibodies. Therefore, it is crucial to use plant protein expression methods to increase production and meet consumer demand. However, the high price of protein expression equipment and reagents might limit the market expansion.
Public funding to advance plant expression technologies is one of the key factors propelling the plant-based expression systems market. High occurrence of chronic and hereditary diseases, development of protein engineering technologies, increasing demand for protein therapies, and rising drug development costs are other factors driving the market. The global herbal biologics market is expected to grow at a steady pace for the foreseeable future, driven by the growing demand for biologics, continuous efforts to advance the development of these products, and optimization of related technologies.
Despite the widespread use of protein therapies in research and development and drug development, creating recombinant proteins can sometimes be expensive, difficult, and time-consuming. The effectiveness of therapeutic recombinant proteins may be diminished, and even adverse effects may result from the fact that the recombinant proteins produced in the cells may not be the same as the native proteins. However, expensive equipment, protein expression reagents, and complex and labor-intensive manufacturing of recombinant proteins might restrain the market growth in the coming years.
The North American plant-based expression systems market is expected to register a large market share owing to the increase in R&D expenditure on plant-based expression technologies and an increase in the need for plant-based drugs. of proteins. The US government is the primary proponent of innovative plant-based recombinant protein synthesis techniques, primarily for the creation of influenza vaccines.
Moreover, the Asia Pacific The region is expected to experience substantial expansion due to the increase in chronic diseases and the critical need for new vaccines and antibodies. The lucrative development of the area is mainly linked to the growing interest of regional industrialists in protein processing.
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Key Market Developments
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In September 2022, KBio and Leaf Expression Systems Ltd. have formed a strategic partnership (LES). Through this partnership, KBio will explore ways to integrate cutting-edge LES technologies with its current plant-based platform to enhance the discovery and manufacturing of innovative protein-based treatments for rare and infectious diseases in the world. present and the future.
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In July 2022, Creative Biogene presents zebrafish disease models to facilitate the study of toxicology and drug discovery. In order to model human genetic diseases in zebrafish, Creative Biogene used a variety of techniques. These zebrafish models provide insight into the pathogenesis of human diseases, the discovery of related drugs, the toxicology of these drugs, and the evaluation of novel small molecule inhibitors.
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In September 2021–SupraVec, Leaf Expression Systems’ unique new vector expression technology for the rapid generation of proteins, vaccines and complex biomolecules in plant leaf tissues.
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In April 2021, PlantForm Corporation, PlantPraxis Biotecnologia and Bio-Manguinhos/Fiocruz have entered into a collaborative research and development agreement to develop a biosimilar pembrolizumab for the Brazilian market. Pembrolizumab, the original antibody, is widely used in immunotherapy to treat various cancers, including melanoma, lung cancer, head and neck cancer, and stomach cancer.
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In January 2021, bio unveiled its fast-pharming method, which streamlines glycoengineering and accelerates process development by using plants to generate large-scale recombinant proteins in a transient manner. As part of fast pharming
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Market segmentation
Global Plant-Based Expression Systems Market, By type of product2022-2030 (Value in US$ millions)
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Biosimilars
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Cell therapies
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Gene therapies
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Monoclonal antibodies
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Vaccines
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Others
Global Plant-Based Expression Systems Market, By Plant2022-2030 (Value in US$ millions)
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Algae
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Barley
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Curve
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duckweed
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Salad
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Corn
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Mousse
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Rice
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Tomato
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the tobacco
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Wheat germ
Global Plant-Based Expression Systems Market, By Type of service2022-2030 (Value in US$ millions)
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Research and development
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Manufacturing
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Fill / Finish
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Others
Global Plant-Based Expression Systems Market, By Expression system2022-2030 (Value in US$ millions)
Global Plant-Based Expression Systems Market, By Region2022-2030 (Value in US$ millions)
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North America
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Europe
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Asia Pacific
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Latin America
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Middle East & Africa
North America factorybased on the expression systems market, by Country2022-2030 (Value in US$ millions)
European Herbal Expression Systems Market, By Country2022-2030 (Value in US$ millions)
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Germany
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France
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Italy
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Spain
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Russia
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Rest of Europe
Asia-Pacific Plant-Based Expression Systems Market, By Country2022-2030 (Value in US$ millions)
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India
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China
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Japan
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South Korea
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Australia & New Zealand
Latin America factorybased on the expression systems market, by Country2022-2030 (Value in US$ millions)
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Brazil
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Mexico
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Rest of Latin America
Middle East & Africa Plant-based Expression Systems Market, by Country2022-2030 (Value in US$ millions)
Why buy this report:
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To receive a comprehensive outlook analysis of the global plant-based expression systems market.
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To receive industry insights and future trends in the Plant-Based Expression Systems market.
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To analyze the global plant-based expression systems market drivers and challenges.
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To obtain information on the global plant-based expression systems market size (value in Million US$) forecasted through 2030.
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Notable investments, mergers and acquisitions in the global plant-based expression systems market industry
Other related reports published by InsightAce Analytics:
Global Herbal Vaccines Market
Global plant genetic engineering market
Global Plant-Based Bioactive Market
Global Agricultural Microbes Market
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