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You'll see a 'wave' of energy envelop the top, darker cell, then a few moments later a similar 'wave' washes over the lower cell,
First, a wave of hyperpolarization (negative ions) flashed across the entire embryo, coinciding with the emergence of cilia that enable the embryos to move.
Next, patterns appeared that matched the imminent shape changes and gene expression domains of the developing face.
Bright hyperpolarization marked the folding in of the surface, while both hyperpolarized and depolarized regions overlapped domains of head patterning genes. In the third course, localized regions of hyperpolarization formed, expanded and disappeared, but without disturbing the patterns created during the second stage. At the same time, the spherical embryo began to elongate.
My sentiments exactly. It appears we're only seeing what we want to see in this cell.
in this cell.
The Tufts team found that disrupting bioelectric signaling .... correlated with craniofacial abnormalities. Some embryos grew two brains rather than one; others had thickened optic nerves or lacked normal nasal or jaw development. Interrupting the ion flux also altered the bioelectric patterns on the embryos' surface and expression of important face patterning mRNAs (messenger RNA that acts as a blueprint for proteins).
where does this bioelectric "template" come from?
Originally posted by wingsfan
please elaborate one more time for me. am I seeing a tadpole inside the embryo, or some sort of bio-electro template?
Originally posted by Frater210
reply to post by Cryptonomicon
Where does the energy come from?
Well, it should come from reduction oxidation reactions or redox reactions. Electrons are freed for use by organisms, in this way, at the cellular level. In other words; cellular respiration.
Please somebody set me straight if I am screwing this up.
Originally posted by wingsfan
reply to post by Cryptonomicon
k, just wanted to make "sure", this thread was kinda like a "pinch me moment". just incredible!!! the higgs boson of biology for sure.
Originally posted by Cryptonomicon
It's just a cell, and the bioelectric field is creating the illusion of what the embryo should/will grow into. If they disrupt the molecules which create this field (but not disrupt the DNA), then the embryo grows with deformities. This means that the bioelectric field is somehow important in telling the cells how to grow properly.