Exploring Synthetic Bacteria: Understanding Identities and Behaviors

  • Thread starter phylotree
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In summary, scientists have created synthetic bacteria using lab techniques to produce their DNA. The synthetic genome is similar to the natural one, with added DNA to identify it. The creators have also explored the idea of a minimal genome by deleting unnecessary DNA while still maintaining the ability for self-replication and growth.
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phylotree
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Synthetic bacteria have been created, which isn't new anymore,
http://www.nytimes.com/2010/05/21/science/21cell.html

But I don't know how to correctly define "synthetic" in this work. Are those synthetic bacteria possessing complete identities as those in nature ? Did they try out the bacteria's most observable behaviors ? I am interested in cooperative activities in bacteria reproduction and replication.
 
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  • #2
The M. mycoides synthetic genome is considered "synthetic" because the DNA used began in a DNA synthesis machine, using lab chemistry techniques to produce it. The actual genome was pretty much a replica of the natural one, with some "watermark" DNA added to uniquely identify it by the creators (like the watermark on money, or the signature on a work of art).

If i remember correctly they may have deleted some DNA that they considered unnecessary, but it was largely just like copy-paste.

The same folks, JCVI, have also been interested for a while in a minimal genome, and had talked of deleting as much DNA as possible while still retaining self-replication and growth of cells.
 

1. What is synthetic bacteria?

Synthetic bacteria refers to genetically modified bacteria that have been created in a lab using various techniques such as DNA manipulation and gene editing. These bacteria have been designed to have specific traits and behaviors that are not found in naturally occurring bacteria.

2. How are synthetic bacteria created?

Synthetic bacteria are created through a process called genetic engineering. This involves inserting or modifying specific genes in the bacteria's DNA to give them new traits and behaviors. Scientists can also use other techniques, such as directed evolution, to create synthetic bacteria.

3. What are the potential applications of synthetic bacteria?

Synthetic bacteria have a wide range of potential applications in fields such as medicine, agriculture, and environmental remediation. They can be used to produce pharmaceuticals, break down pollutants, and even create biofuels. As our understanding of synthetic bacteria improves, we may discover even more potential uses for them.

4. Are synthetic bacteria safe?

As with any new technology, safety concerns surround the use of synthetic bacteria. However, scientists take great care to ensure that these bacteria are not harmful to humans, animals, or the environment. Extensive testing and regulations are in place to monitor the use and release of synthetic bacteria.

5. How can exploring synthetic bacteria help us understand identities and behaviors?

By studying synthetic bacteria, scientists can gain a better understanding of how genes and DNA influence the behavior and characteristics of living organisms. This knowledge can help us understand the identities and behaviors of natural bacteria and other organisms, leading to advancements in various fields such as medicine and biotechnology.

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