Systems and Synthetic Biology
A Systems and Synthetic Biology Framework for Regulatory Systems
... Biological systems consist of large numbers of interacting components and involve processes operating across a variety of spatial, temporal and biological ...scales. Systems biology aims at ...
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Cell-Free Synthetic Biology Platform for Engineering Synthetic Biological Circuits and Systems
... As synthetic biological systems have become larger and more complex, deciphering the intricate interaction of synthetic systems and biological entities becomes a challenging ...Cell-free ...
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Synthetic Biology and the Search for Alternative Genetic Systems: Taking How-Possibly Models Seriously
... like synthetic biology can be used to explore the space of biological possibilities by taking established how-actually models for biological systems as a starting point, and then working towards ...
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Synthetic Biology: Engineering Complex Biological Systems (EuroSYNBIO)
... cell biology, particularly the chromosome organisation and segregation in the living cell (Sherratt, UK), 2) a biophysicist with a strong background of cell and membrane biophysics, employing giant vesicles as ...
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The role of synthetic biology in climate change mitigation
... Abstract: There is growing agreement that the aim of United Nations Framework Convention on Climate Change, which is to avoid dangerous anthropogenic interference with the climate system, is not likely to be met without ...
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Developing Tools and Techniques for Expanding the Synthetic Biology Toolkit.
... In this work, we engineered a set of genetic tools that were able to modulate gene expression in HEK293T cells and Drosophila. At face value, inserting the ribozymes in the 5’UTR of the reporter genes yielded a greater ...
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Selection platforms for directed evolution in synthetic biology
... vivo systems is that selection can be carried out using live hosts (or infective viable phages), bypassing costly intermediate steps and streamlining the evolution ...
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Synthetic Biology Biosensors for Global Health Challenges
... (analytes). Synthetic biology aims to produce biosensors that are quick, simple, and cost effective in comparison to existing detection ...of synthetic biology biosensor, which he ...
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Computational Programming for Product Designing in Synthetic Biology
... biological systems and tools for manipulating ...challenges, synthetic biology is advancing from developing proof-of-concept designs to focusing on core platforms for rational and high- throughput ...
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Authentic teaching and learning through synthetic biology
... it, synthetic biology is practiced by teams of students affiliated with colleges and universities around the ...source biology, the iGEM coordinators have produced educational materials that are ...
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Synthetic Biology Goes Cell-Free
... of synthetic biology has given rise to the development of many technologies that are implemented using the whole cell ...[2–5], systems that can count [6] or perform complex logic [7–10], engines for ...
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TinkerCell: modular CAD tool for synthetic biology
... of Synthetic Biology ...biological systems brings together concepts from various ...engineering. Synthetic biology introduces the notion of biological "parts" [4], which are ...
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Sequencing enabling design and learning in synthetic biology
... While DNA-seq is able to uncover sequences that encode biological parts, it does not capture any information about how they might perform. For parts controlling gene expression, such information is vital because precise ...
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Life as engineerable material: an ethnographic study of synthetic biology
... the synthetic biologists at the Centre was the way they ...within synthetic biology from the synthetic biology literature ...the synthetic biology design and production ...
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Synthetic biology of fungal natural products
... expression systems is a major topic in the study of fungal synthetic biology, because it not only allows one to study fungal enzymes/pathways in different hosts, but also shows the capacity of fungi ...
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Using synthetic biology to increase nitrogenase activity
... Nitrogen fixation plays an important role in agriculture, and there has been a goal to engineer nitrogen fixation into cereals crops to reduce the use of chemically derived fertilizer. The complex nature of the FeMo-co ...
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PGASO: A synthetic biology tool for engineering a cellulolytic yeast
... The synthetic biology technique we developed in this study relies on homologous recombination, which is re- sponsible for a number of important transformation pro- cesses of microorganisms and is very ...
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Synthetic Biology, Water Industry and the Performance of an Innovation Barrier
... technique to improve the performance of pipe networks, and if successful, would have the potential to reduce flood risk in a wide area. If this technique could be deployed without signifi- cant capital infrastructure costs ...
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Synthetic biology, metaphors and responsibility
... Modern synthetic biology has its roots in many fields, but is mainly based on a con- vergence of research in engineering, computing and modelling, with molecular biology, evolutionary genomics, and ...
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Machine metaphors and ethics in synthetic biology
... Turning back to safety related characteristics of natural organisms that are difficult to incorporate into the machine paradigm, it is worth noting that evolutionary genetic changes are small, stepwise changes. ...
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