Dear Friend,
We tend to think of cells simply as the smallest structural units forming living organisms, but ongoing research is revealing their complexity. In 1665, Robert Hooke coined the word ‘cell’ from the Latin cella. While examining cork under a microscope he thought the rectangular chambers resembled monastic cells[1]. Monks often sing and pray in their cells, meditating on and reciting scripture and working consciously toward an elevation of the spiritual body. This analogy of monastic cells and sounds ties into interesting recent research on the cell.
Cells can “hear” through acoustic vibration and these vibrations can change cellular behaviour.[2] Japanese scientists Masahiro Kumeta et al[3] of Kyoto University utilised a technique known as sonogenetics[4]. They used frequency, intensity and waveform through low-frequency ultrasound to activate or reprogramme cellular growth. In 2018, they bathed cultured cells in acoustic waves and found that bone formation and wound healing were positively stimulated down to the genetic structure. This field of sonogenetics can also influence stem cells, and guide processes like fat metabolism, neural regeneration and bone growth without directly having an effect on the tissue physically. An April 2025 report[5] entitled “Acoustic modulation of mechanosensitive genes and adipocyte differentiation”, examined the nature of cells and the pathways through which they collectively sense acoustic vibrations that facilitate the modification of cellular activities. Their study indicates the propensity of cells to work together collaboratively and, some may say, consciously.
In Bruce Lipton’s discussion on cellular consciousness, he has posited that the cell membrane functions like a “brain” in that it both receives and processes information eliciting a cellular response to stimuli.[6] Response to external stimuli and processing of information is one of the definitions of sentience according to scientists. This concept that cells have not only sentience but may connect with consciousness is described in a paper written by William B. Miller, evolutionary biologist and co-author of The Sentient Cell: The Cellular Foundations of Consciousness[7] wherein he argues for sentience in the first cells which emerged billions of years ago. He further argues that “…all forms of sentience, all forms of cognitive functioning right up to and including those expressed by humans, evolved from the original expression of consciousness at the birth of life in prokaryotes”. We would argue more of a top-down cosmology, that Consciousness is first and foremost in the universe, and behind all things. Nonetheless it can be shared with all organic life forms according to their own abilities to receive from the Consciousness field. Professor John Torday, of UCLA, proposes that “consciousness lies at the intersection of cosmology and physiology.”[8]
Conventional science, seeing consciousness as local, maintains that memory is encoded in the brain relating to action potential. Other more innovative thinkers are questioning this. The role of the cellular scaffolding, particularly microtubules in the brain, and the relationship to consciousness, information and memory storage and retrieval, has been the subject of controversial studies by such notables as Stuart Hameroff and Roger Penrose. Ana Flores and Mitchell Liester published a paper on a narrative review of cellular memory six months ago[9]. They posit that there is evidence to show that memories actually can be encoded and stored in cells throughout the body and that this cellular memory may even be transferred between individuals through organ transplantation. Anecdotal descriptions of organ donors’ experiences of unexpected cravings and specific memories were considered evidential. For example, neurosurgeon, Dr Nader shared how a transplant recipient who had never eaten chicken nuggets before now claimed that she had a craving for chicken nuggets. The Doctor reported that chicken nuggets had been found associated with the donor. He also tells of a woman who received an organ from a murder victim and was later accurately able to “recall” the shape and face of the donor’s murderer. [10] In addition, Flores and Liester considered organisms without a nervous system, still seeming to show recall, a good reason to pursue the study of cell memory.[11] So do all cells have memories? It would appear so. By way of one example: The immune system “remembers” previous diseases and is able to target them appropriately.
Salamanders and axolotls can regrow limbs as we have seen historically. Last month, research[12] by Leo Otsuki et al of the Tanaka Lab at IMBA, suggests that we humans can do so too. They found a gene which enables regrowing body parts with memory of position and identity. Could it be that we do not regrow limbs or organs because we do not know we can, yet salamanders regrow limbs because they do not know that they cannot? Dr Tanaka suggests “if similar memory exists in human limbs, scientists may one day be able to target them to unlock new regenerative capabilities”[13]. This indicates the potential for humans. In Key 3-1-7:45[14] we are told:
This key gives the beginning of an entirely new science called medical astronomy which will allow the nodal of cell memory to be stimulated so that new limbs, organs and tissues fill the anatomical space of the body undergoing regeneration.
This is done through interaction with new axiatonal lines[15] stimulated by noise temperature calibration[16], reminding us of the action of consciousness and sound on the cells and their links to a higher Biology and Creation.
We thank you O HaShem for allowing us to clothe ourselves with the power of YHWH and Your Divine Vibrations for the creation of healthy perfect cells, linking us back to the First Adam and the reprogramming of our bodies, cell by cell, through the glory of the Higher Light and Shekinah Field, that we may become One with You.
With Love and Blessings,
[1] https://bscb.org/learning-resources/softcell-e-learning/what-is-a-cell/
[2] https://www.popularmechanics.com/science/a64491585/cells-can-hear/
[3] https://www.nature.com/articles/s42003-025-07969-1
[4] https://neulinehealth.com/sonogenetics-what-it-is-how-it-works-and-its-potential-implications-for-neurological-diseases/
[5] https://www.nature.com/articles/s42003-025-07969-1
[6] Insight into Cellular Consciousness – Bruce H. Lipton, PhD
[7] Reber, A.S., Baluška, F, Miller, W.B. 2023. The Sentient Cell: The Cellular Foundations of Consciousness. OUP
[8] https://www.sciencedirect.com/science/article/pii/S0079610724000191
[9] https://doi.org/10.7759/cureus.73063
[10] https://www.youtube.com/watch?v=fn7qhAxPCKs
[11] https://doi.org/10.7759/cureus.73063
[12]https://www.nature.com/articles/s41586-025-09036-5
[13] https://www.oeaw.ac.at/imba/research-highlights/news/hand2-positional-code-that-allows-axolotls-to-regrow-limbs-found
[14] Hurtak, J.J. 1973. The Keys of Enoch the Book of Knowledge. AFFS.
[15] Ibid Glossary Axiatonal lines. Vibratory lines which connect levels of human electrochemical activity with astrobiological circuits that span the solar system and are connected with resonating star systems. The axiatonal lines connect the acupuncture mapping of the human biological system with superior astrobiological analogs.
[16] Ibid Key 317 Flame Letters
