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Genes respond to coded information in signals

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Here’s how even molecules can respond to signals:

New research from North Carolina State University demonstrates that genes are capable of identifying and responding to coded information in light signals, as well as filtering out some signals entirely. The study shows how a single mechanism can trigger different behaviors from the same gene — and has applications in the biotechnology sector.

“The fundamental idea here is that you can encode information in the dynamics of a signal that a gene is receiving,” says Albert Keung, corresponding author of a paper on the work and an assistant professor of chemical and biomolecular engineering at NC State. “So, rather than a signal simply being present or absent, the way in which the signal is being presented matters.”

For this study, researchers modified a yeast cell so that it has a gene that produces fluorescent proteins when the cell is exposed to blue light.

North Carolina State University, “Genes can respond to coded information in signals – or filter them out entirely” at ScienceDaily (August 31, 2021)

The point here is that genes, like fungi, are not intelligent but — like mechanical devices — they can respond to signals.

The reason the confusion arises is that establishment science does not want to admit that creative intelligence underlies the universe. Forced into a corner, some will even pretend that mushrooms think and genes have “behavior,” the way a dog would.

You may also wish to read: At Mind Matters News: Mushrooms have minds? Well, if you doubt humans are exceptional… … it is a short step to thinking that mushrooms have minds. A Miami University biologist has taken that step.

The DNA system is an information processing system. The human mind is also an information processing system. So why would you emphasize that the DNA system does not exhibit intelligence? mohammadnursyamsu
Not overly surprising. Neurons use amplitude, frequency, pulse width, and number of pulses as codes when communicating to other neurons. Genes inside the neuron are exposed to the electrical and chemical patterns brought in from the synapse, so it makes sense that the genes would be participating in the action and memory formation that responds to the input code. These light-sensitive modified genes make it easy for us to give and receive visible signals, but we could probably get the same results with varying static fields applied to unmodified cells. polistra

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