Ring circuits program your biology and how your DNA is rewritten

What sounds like science fiction has long been in use

Ring Technology in Nanotechnology

This is a control unit for biological systems based on DNA ring circuits.

Found in nasal secretions after the air was identified as Saharan dust.

From a scientific perspective, actuators in synthetic biology are primarily defined as components of genetic circuits that generate measurable output signals or phenotypic effects (e.g., fluorescence, metabolic changes, or movement) in response to stimuli. While DNA molecules themselves are used for high-density data storage, certain specialized actuators and “molecular machines” function as “storage devices” or “effectors” to record and respond to biological information.

Based on their regulatory mechanisms, the synthetic biosensors discussed here are divided into four categories: allosteric transcription regulation, transmembrane signal transduction, RNA regulation, and CRISPR/Cas systems.

In case anyone thinks I’m joking: Here are a few scientific papers on the topic:

Programming Next‐Generation Synthetic Biosensors by Genetic Circuit Design

© 2026 The Author(s). Advanced Science published by Wiley‐VCH GmbH

The article describes how synthetic biosensors are made programmable through genetic circuits, enabling living cells to function as biological sensing and computing systems.

The central concept of genetic circuits, in which cells can be controlled by logical DNA circuits, thereby enabling AND/OR logic, feedback, and switching.

The actuators translate biological signals into visible or functional effects, such as protein production or cell movement.

Finally, their storage and “memory function” is described, where cells can permanently store temporary signals and act, for example, through genetic toggle switches or DNA switches.

New synthetic biology tools for metabolic control

The article demonstrates how modern synthetic biology tools are being used in a targeted manner to control the metabolism of microorganisms—with the goal of producing chemicals, drugs, or biofuels more efficiently

CRISPR-based systems are used for the precise regulation and editing of genes, or synthetic genetic circuits for the programmable control of gene expression and metabolic pathways. And finally, machine learning and multi-omics for better prediction and optimization of complex metabolic networks.

This gives rise to the combination of AI and synthetic biology!

Synthetic genetic circuits for programmable biological functionalities

This article provides a comprehensive overview of the current state of research on synthetic genetic circuits.

These genetic networks enable programmed cellular decisions, dynamic control of metabolic pathways, diagnostics and therapy within living cells, biological “memory circuits” in the body, and, most recently, so-called containment and safety mechanisms for microorganisms.

And now let’s take a look at what I wrote during my remote viewing session in April 2023:

My comments on this during the session: Fused units of consciousness. Acting in unison. All in all, very parasitic. A swarm-like consciousness.

The remote viewing session from early 2023 has thus been confirmed.

SAM

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