#pneuma
Follow to get notified about new posts with this tagAboriginal telepathy, prayer in the Abrahamic religions, and kilohertz, megahertz and gigahertz vibrations in microtubules
Most people live within 50 km of their parents, and the range of spiritual (radio waves) communication could be a reflection of that. Microtubules vibrate in kilohertz, wavelengths measured in kilometer,
CAMKII as a write-mechanism and Dam1 as a read-mechanism for memory encoded in microtubule lattices
In their seminal work, Craddock, Tuszynski and Hameroff described how tubulin dimers form memory bytes[1, 2], and how CAMKII, a protein that has been associated with long term memory for decades[3], binds
The idea that the Dam1 complex is reading microtubule state, similar to how DNA polymerase reads the genome state
If microtubules are an information level in the cell, and a form of memory storage and possibly a computer, then the cell may want to retain the state of that information system when it replicates, and
The spiraeum is also replicating during cell division, through a process where microtubule nucleation branches out
The spiraeum is also replicating during cell division, forming two exact copies of the cell state (not just the genome state, which is on longer time scales. ) An exponential rate for spiraeum replication
Do microtubules pull DNA apart, or are they also replicating, forming two copies of the spiraeum?
Perhaps rather than pulling DNA apart, microtubules as a memory system is also replicating, therefore the symmetry in cell division? The spiraeum is also replicating during cell division, forming two exact
The correlation between CAMKII and long term memory, and microtubule lattices as a memory storage device
That CAMKII writes 6 bits of data to microtubule lattices is a big leap forward in its role in long term memory. What I learnt in med. school in 2009 was more or less "calcium flows into neuron through
Spiraeum: microtubule networks as a single integrated system, an organelle that provides cognition to the cell
The discovery of DNA as a new information level was not instantaeous, rather it happened through steps, from Swiss chemist Friedrich Miescher identifying the chemical signature of nucleotides in the 1860s,
