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Originally posted by wigit
Reminds me of the caterpillar that turns itself into cell soup before emerging as a butterfly. The electrical field of the finished butterfly must be in that soup BEFORE the cells move into place.
That's where the energy comes from, but where does the information come from?
Yes I read the article.
Originally posted by stumason
Did you not read the article?
They have proved that this electrical display is part of the development by disrutping it, resulting in deformations.
In 2005 a group conducted by P. Gariaev in Russia performed the following experiment. DNA samples were exposed to electromagnetic fields in certain frequency ranges. As a result, various luminous wave structures were created in the air nearby. They were recorded on film. These amazing phantom structures were found to move along complicated trajectories. Moreover, they mimicked the shape of the DNA sample and some objects surrounding it.
"When a frog embryo is just developing, before it gets a face, a pattern for that face lights up on the surface of the embryo," said senior author Dany S. Adams, Ph.D. Adams is a research associate professor in the Department of Biology in the Tufts School of Arts and Sciences and a member of the Tufts Center for Regenerative and Developmental Biology. "We believe this is the first time such patterning has been reported for an entire structure, not just for a single organ. I would never have predicted anything like it. It's a jaw dropper."
They say the discovery was a case of scientific serendipity. Adams has spent years studying bioelectrical patterning and left-right developmental differences. Her frequent research tool is a camera hooked up to a microscope that sends images to a computer. One evening in September 2009 Adams was making time-lapse movies of early stage tadpole development. The images were coming out particularly clearly—no small achievement when filming tiny living creatures. She decided to leave the camera on overnight even though she anticipated that as the developing embryos began to move, the images would likely become too blurred to be useful.
When Adams arrived the next morning, the image on the computer monitor was out of focus as expected. But when she finished processing the rest of the images, she found they were clear. The movies were, she says, "unlike anything I had ever seen. I was completely blown away. I think I thought something like, 'OK, I know what I'll be studying for the next 20 years.'"
Originally posted by operation mindcrime
Originally posted by Arbitrageur
Why is it incredible that a frog embryo looks like a frog embryo? What am I missing?
From what I understand it's that electric pulse that defines where the animals main feature will be placed. We know DNA tells the cells where to form the nose, eyes and ears but this time lapse seems to show that it's that bioelectrical signal that is defining the features before the cells are placed in this formation....
Simply put, the face is there (in electric form) before the face is formed (in cellular form).
Can't break it down any more simplistic.....sorry.
I'm also wondering if this is some kind of Pareidolia.
How can you claim this to be pareidolia when you just claimed there is nothing incredible about a frog embryo looking like frog embryo??
Peace
That quote is from the physorg article, how can that be more helpful then the physorg article? I don't understand. That quote isn't from the paper, as the format of your post would seem to imply, is it?
Originally posted by LordBaskettIV
Maybe more helpful than the pysorg article?
So they are using voltage and pH reporter dyes. How much of the dye effect results from pH and how much from voltage? I don't see many people talking about the pH in his thread.
Using voltage and pH reporter dyes, we have discovered a never-before-seen regionalization of the Xenopus ectoderm, with cell subpopulations delimited by different membrane voltage and pH.
The video is time compressed from 18 hours.
Originally posted by Frater210
One item of info that would be helpful that I don't believe we have is the time compression on that video. I looked, but I can't seem to find anything.
The video is time compressed from 18 hours.
Yes I click on download the pdf or view html and I get a screen saying I need to sign in or pay for the article, but it doesn't even give a price, not that I'd pay to read it. They are usually about $30 or something.
Originally posted by Frater210
Thank you, sir. Am I clear in understanding that you have not been able to access the article that comes with the video?
The title of the article and thread refers to bioelectricity.
I am not sure I am clear on you concern with the pH.