The chaotic mess of chemicals crashing around inside your cells actually ticks along like a perfectly timed clock.
March 23, 2026
Original Paper
Stochastic Averaging and Statistical Inference of Glycolytic Pathway
arXiv · 2603.19577
The Takeaway
At the molecular level, the way our bodies create energy looks like a series of random car crashes. This research proves that when you look at the whole system, the internal chaos cancels itself out, revealing a perfect, steady rhythm that explains how our metabolism stays on track.
From the abstract
Many biological processes exhibit oscillatory behavior. Among these, glycolytic oscillations have been extensively studied due to their well-characterized biochemical reaction networks. However, the complexity of these networks necessitates low-dimensional ordinary differential equation (ODE) models to identify core mechanisms and perform stability analysis. While previous studies proposed reduced ODE models, these were typically introduced from deterministic descriptions rather than the underly