Kraig Biocraft Laboratories Inc (KBLB)

[WebSlinger]

<< I asked Gemini: most cost effective spider silk production model >>

I just asked it the same question and it came up with a different answer. Not only that, but it didn't mention KBLB at all. That makes it obvious that you steered the AI towards what you wanted to hear.

Currently, the most cost-effective method for spider silk production is still under debate. There are two main contenders:

Bioreactors with Engineered Yeast or Bacteria:

Description: This method uses genetically modified yeast or bacteria to produce spider silk proteins in a controlled environment like a bioreactor (a large fermentation tank).
Advantages:
Potential for Purest Silk: This method has the potential to produce spider silk with properties closer to natural spider silk.
Reduced Ethical Concerns: This method doesn't involve directly modifying animals.
Disadvantages:
Earlier Stage Technology: This method is still under development and is not yet commercially viable for large-scale production.
Production Costs: Currently, this method is more expensive than using silkworms.

Transgenic Organisms (like Silkworms):

Description: This method involves genetically modifying organisms, such as silkworms, to produce spider silk proteins in their silk glands.
Advantages:
Established Technology: Silkworm farming is a well-established industry, and the technology for modifying them is more developed compared to other methods.
Scalability: Silkworm production can be readily scaled up to meet higher production demands.
Disadvantages:
Protein Quality: Spider silk produced by silkworms might not possess all the desired properties of natural spider silk, such as strength and elasticity.
Ethical Concerns: Genetic modification of organisms raises ethical concerns for some people.