Welcome to our team——BUCT-China!
Research and Construction of Fatty Acids and Glyoxylic Acid Oscillators
The GntR family is a class of genes with potential transcriptional regulatory functions located in the genome of a cell. Many members of the GntR family have been shown to play an important role in the survival of various strains such as Escherichia coli, Vibrio cholerae, and Mycobacterium tuberculosis under various stressful conditions.
The purpose of this experimental study was to study the key sequences, mechanism of action, and site of action of some transcriptional regulators in the GntR/FadR family. Based on this research, a new transcriptional regulatory factor was designed as a new biological component. And together with other components to construct a biological module or gene loop, through the dynamic regulation of the metabolic processes in the microbial cells, improve the yield and quality of the target product production.
The purpose of this project is to complete the research and construction of fatty acid and glyoxylate operons, enrich the IGEM biocomponent library, further utilize the completed operons, and combine the standard biological modules (Biobricks) in the component library to construct gene loops and establish An effective mathematical model that enables the prediction, manipulation, and measurement of sophisticated artificial biological systems..
Synthetic biology refers to the study of artificial biological systems based on genetic engineering and engineering methods of systems biology, from gene fragments, DNA molecules, gene regulatory networks and signal transduction pathways to the manual design and synthesis of cells, similar to modern integrated chemical engineering. Apply engineering principles and methods to biotechnology fields such as genetic engineering and cell engineering. People connect "genes" into a network, allowing cells to accomplish various tasks envisioned by designers, "programming" cells, and synthetic biology. Limited to genetic engineering, genetic splicing, but the beginning of the construction of the genetic code, in order to use synthetic genetic factors to construct new organisms.
We have obtained the complete sequence of fatty acid ec, glyoxylic acid, fatty acid bh operon and found a suitable substrate for fatty acid ec-hydroxy fatty acid, thus giving the fatty acid ec operon application value. On this basis, we carried out a series of treatments on the predicted glyoxylate operator sequence and fatty acid ec gene sequence, and successfully constructed a functionally complete glyoxylate operon and fatty acid ec operon.
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