Pseudomonas putida in Industrial Biotechnology: Recent Advances and Future Directions
DOI:
https://doi.org/10.56294/saludcyt2023405Keywords:
Pseudomonas Putida, KT2440, EDEMP Cycle, Metabolic Engineering, Synthetic Biology, Lignin, Microbial Cell Factory, Biotransformation, PHA, Bioeconomy, Bacterial ChassisAbstract
Gram-negative, rod-shaped Pseudomonas putida bacteria may be found in a variety of biological environments. This ubiquity can be attributed to its extraordinarily adaptable metabolism, ability to endure physicochemical stress, and propensity to survive in unfavorable conditions. These traits have led to an increase in interest in microorganisms for industrial usage, also associated with studying has advanced quickly in recent years. Strong motivators in this regard include use of inexpensive waste streams and sustainable feedstocks for manufacturing with added value compounds along with continual advancement of Systematic biology of this bacterium and genetic strain engineering. Here, provide a summary of current developments and future directions P. putida is used as a cell factory in genetic engineering, computer systems, and synthetic biology
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Gram-negative, rod-shaped Pseudomonas putida bacteria may be found in a variety of biological environments. This ubiquity can be attributed to its extraordinarily adaptable metabolism, ability to endure physicochemical stress, and propensity to survive in unfavorable conditions. These traits have led to an increase in interest in microorganisms for industrial usage, also associated with studying has advanced quickly in recent years. Strong motivators in this regard include use of inexpensive waste streams and sustainable feedstocks for manufacturing with added value compounds along with continual advancement of Systematic biology of this bacterium and genetic strain engineering. Here, provide a summary of current developments and future directions P. putida is used as a cell factory in genetic engineering, computer systems, and synthetic biology
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Copyright (c) 2023 Imran Ahmad, Uzma Noor Shah, Neha Lohia (Author)
This work is licensed under a Creative Commons Attribution 4.0 International License.
The article is distributed under the Creative Commons Attribution 4.0 License. Unless otherwise stated, associated published material is distributed under the same licence.
