Scientists have tried to make the best fabric by using spiders genes

In summary, scientists have used genetic engineering and transgenesis techniques to transfer a spider gene into a goat, resulting in the production of silk in the goat's milk. This process involves extracting the desired gene using restriction enzymes, injecting it into a target cell, and incorporating it into the embryo of a chimera organism. Cross-breeding is then used to create an organism with only the transferred gene. This is a common and effective method of creating novel combinations of genes from different species.
  • #1
Ali Inam
99
0
I read on the net about how scientists have tried to make the best fabric by using spiders genes.

They took a gene from the spider and inserted it into a goat's gene and then the milk which the goat gave, contained some silkiness, from which, after processing, scientists managed to extract the thread-like substance.

Any info regarding this process ? !
 
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  • #2


That's a very broad topic, "recombinant dna", "genetic engineering" and "transgenesis"
Is there something in particular you are wondering about?
 
  • #3


Ah, well I was aiming towards the transferring of a gene from one creature to another.
 
  • #4


I have no idea how they did it (there are numerous ways), but using stem cells is one of the most effective and common methods. The overall idea is to use tools that were created in nature (proteins from different species) in a novel combination.

1) You can use a protein called a "restriction enzyme" to extract a certain gene from one species' DNA.

2) In bacteria you can literally just inject that gene into a cell, and occationally it will be integrated into the bacterial DNA, with other more complex organisms you use additional proteins or even whole viruses --> but in any case you add the gene to a target cell

3) if the target cell which gains the gene of interest is an embryonic stem cell (ESC), you can then inject that ESC into the "blastocyst" (the stage of a zygote just after fertilization of an egg) and it will contribute to the new organism which is a "chimera"--it has DNA from its parents (the unaltered blastocyst) in addition to the ESC you added.

4) Finally you cross-breed numerous of these chimera's to produce an organism with only the injected DNA.

So that's the bare bones basic concepts in this type of procedure, again its not necessarily how this particular study performed it; but it conveys some of the basic ideas.
 
  • #5


I find this topic very interesting. The use of spider genes to create a silk-like substance in goat milk is a fascinating concept. However, it is important to note that this process is still in its early stages and has not yet been fully developed or commercialized. There are still many challenges and ethical considerations that need to be addressed before this technology can be widely used.

One potential concern is the impact on the goats themselves. It is essential to ensure that the genetic modification does not cause any harm or discomfort to the goats. Additionally, there may be concerns about the safety and potential allergenicity of the silk-like substance produced from this process.

Furthermore, there are also environmental implications to consider. The production of silk from spiders is a natural and sustainable process, but the use of genetically modified goats may have unintended consequences on the ecosystem.

Overall, while the idea of using spider genes to create a silk-like fabric is intriguing, it is crucial to continue thorough research and ethical evaluations to ensure the safety and sustainability of this technology.
 

FAQ: Scientists have tried to make the best fabric by using spiders genes

1. What is the purpose of using spider genes in fabric?

The purpose of using spider genes in fabric is to create a material that is strong, lightweight, and flexible. Spider silk is known to have these properties, making it an ideal candidate for creating a superior fabric.

2. How do scientists extract spider genes for fabric production?

Scientists can extract the genes from spiders by isolating and cloning the specific gene responsible for producing spider silk. This gene can then be inserted into other organisms, such as bacteria or goats, to produce large quantities of spider silk protein for fabric production.

3. Is using spider genes in fabric production safe for the environment?

Yes, using spider genes in fabric production is considered safe for the environment. This process does not involve harming or killing spiders, and the fabric itself is biodegradable. Additionally, the use of spider silk can reduce the need for synthetic materials, which can have harmful effects on the environment.

4. How does fabric made with spider genes compare to traditional fabrics?

Fabric made with spider genes is typically stronger, more lightweight, and more flexible than traditional fabrics such as cotton or polyester. It also has a unique texture and feel, making it a desirable material for certain applications.

5. Can fabric made with spider genes be mass-produced?

Yes, fabric made with spider genes can be mass-produced. Through genetic engineering and advanced manufacturing techniques, scientists have been able to produce large quantities of spider silk protein for fabric production. However, the process is still in its early stages and may not be commercially available yet.

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