microRNA, FIBONACCI numbers, Quantum Physics, and Phi: A Very Good Fit
Heartfelt Congratulations to Victor Ambros and Gary Ruvkun for being awarded the 2024 Nobel Prize in Physiology or Medicine for the discovery of microRNA and its role in post-transcriptional gene regulation from Germany.
long and 21 is a FIBONACCI number (F8) and thus the microRNA concept is (strictly) consistent with our considerations below.
With L(7) = 18 and [L(7) + L(8)] /2 = 23.5 we get good boundaries “18 to 24” [24 near to 23.5 and see (ii) below] for the microRNA length; however, biology allows a high open variability compared to physics and mathematics, and thus we should not be disturbed by finding a mature microRNA longer than 24 nt. An upper last relative maximum should be the LUCAS number L(8) = 29.
Look, that we find the factor 2 here, again.
As 12 is the winding number of the less frequent RNA-A’ double helix we should also look at the number 24 (nt) as a relevant expected value for microRNA length in special conditions.
With L(7) = 18, and [L(7) + L(8)] /2 = 23.5 we get good boundaries “18 to 24” [24 near to 23.5 and see (ii) below] for the microRNA length; however, biology allows a high open variability
AntwortenLöschencompared to physics and mathematics, and thus we should not be disturbed by
finding a mature microRNA longer than 24 nt.
Including the winding number perspective of nucleid acids the number 22 should
be a preferred length as it is (i) the natural number next to 22.25, and (ii) twice
the winding number 11 for the RNA-A double helix: 2 * 11 nt = 22 nt. Look, that we find the factor 2 here, again.
As 12 is the winding number of the less frequent RNA-A’ double helix we should also look at the number 24 (nt) as a relevant expected value for microRNA length in special conditions.
Yours Stefan Geier, Haidholzen
🙂🙂