Researchers In Quantum Biology Found A Cell-Wide Web That Is Used For Message Transmission Within Cells
Until recently, it was thought that the many organs and components within a cell float in the cytoplasm.
Scientists believed that waves were used to transmit messages between cells. This paradigm is rapidly altering, though, research in this in this area is invaluable in that
it identified a cell-wide web, a network of communication made of guide wires that transmits messages over nanoscale distances.
According to scientists doing research in the field of quantum biology, this indicates that each cell contains a circuit board, however it is not set in place like a computer board.
Instead, they undergo rewiring to alter how the cells behave. According to them, there is a vast network of guide wires that direct charged molecules that
convey information between various organs and other cytoplasmic structures. These motions at the nanoscale have significant effects.
This is how commands to flex or relax muscles are transmitted, for instance. These signals eventually make it to the nucleus,
which houses the genetic material that controls which genes are expressed. The entire behaviour of the cell is altered as a result.
Just one aspect of the effort is identifying this network. Scientists are currently working to decipher the coding that governs this wiring system.
This is thought to hold the secret to curing various ailments, including cancer and pulmonary hypertension.
The most striking thing is that this circuit is highly adaptable, as this cell-wide web may quickly
reconfigure to produce alternative outputs in a way defined by the information received by and relayed from the nucleus.
No artificial microprocessors or circuit boards have yet been able to accomplish this.
It's interesting to note that by observing the motion of charged calcium molecules inside cells, scientists were able to identify the cell-wide network.
Scientists were aware from earlier research that charged calcium molecules are essential for message transmission inside of cells.
They observed the wiring network in a work, an example of a developing area of quantum biology, using powerful microscopes.
To address biological issues, quantum biology makes use of theoretical chemistry and quantum mechanics.
This strategy may help with some long-standing medical issues and may even result in novel medicines for diseases that were thought to
have no cure. Quantum biology is already seen to have enormous potential, but this new style of thinking and research approaches
are only now becoming more popular.