Molecular Communication and Nanonetworks

ProtoNetStack for DNA-Encoded Source Routing and Majority Aggregation in Protocell Molecular Nanonetworks

The paper introduces a DNA-encoded networking protocol for protocell molecular nanonetworks, demonstrating formal analysis and experimental feasibility of source routing and majority aggregation.

Establishing remote communication between human operator and engineered intestinal microbe via bio-electronic optical language

This paper establishes a bidirectional communication system between human operators and engineered intestinal microbes using bio-electronic optical signals in pigs.

Controlled exchange of protein and nucleic acid signals from and between synthetic minimal cells

This study demonstrates the controlled exchange of protein and nucleic acid signals between synthetic minimal cells using cell penetrating peptides.

A Molecular Communication model for cellular metabolism

The paper develops a molecular communication model integrating metabolic modeling and information theory to analyze how environmental perturbations affect cellular metabolism.

Engineering genetic circuits in receiver cells for diffusion-based molecular data communications

The paper designs a diffusion-based molecular communication system using synthetic genetic circuits and introduces a tool to optimize communication parameters for efficient cellular signal transmission.

Feed-forward and Feedback Control in Astrocytes for Ca2+-based Molecular Communications Nanonetworks

This paper investigates controlling gliotransmitter concentrations via Ca2+-signalling-based molecular communications, using feed-forward and feedback control to stabilize Ca2+ levels and improve communication performance.

Analysing disturbance response of cell-to-cell communication systems: a case study for activator-repressor-diffuser motif

The paper analyzes how cell-to-cell communication systems respond to disturbances by studying the spatial frequency gain of an activator-repressor-diffuser biocircuit.