Ido Bachelet

The paper analyzes nucleic acid sequences from the Zag meteorite, showing they lack biological coding features but exhibit constrained complexity, suggesting non-biological or unknown origins.

The paper proposes a theoretical framework to understand ribozyme ecology and evolution by mapping ribozyme structures to animal body plans and analyzing their interactions.

This paper proposes that a ribozyme mass extinction 3.9-3.8 billion years ago shaped the genetic code through ecological and evolutionary mechanisms.

Carrierwave provides an open infrastructure for continuous scientific communication by enabling granular, incentivized sharing of research outputs, addressing the information latency problem in scientific publishing.

The paper constructs a model of RNA-based food chain interactions using ancestral RNA strands found in Dead Sea sinkholes, showing competitive dynamics and environmental sensitivity.

This paper describes a molecular machine that digests viral RNA and uses it to replicate itself in cells, effectively suppressing viral propagation.

The paper simulates the Monty Hall problem using DNA sequencing to demonstrate a counter-intuitive decision problem and highlights DNA sequencing as a tool for DNA computing.

This paper introduces nanoscale DNA origami robots that use bio-inspired quorum sensing to coordinate tasks, enabling swarm intelligence for applications in industry, manufacturing, and medicine.

The paper describes a method to rapidly discover tumoricidal DNA oligonucleotides using an Illumina sequencing chip by mapping apoptotic responses to specific oligo clusters.

This paper describes an in-vitro evolution platform for discovering DNA oligonucleotides with tumoricidal activity and selectivity, showing efficacy against chemotherapy-resistant tumors.

The paper proposes digital therapeutics as a more efficient alternative to physical distribution of treatments for pandemics, showing that distributability can be more important than efficacy in mitigation.

This study uses atomic force microscopy to visualize the structure and plasticity of the lncRNA HOTAIR in nucleus-like conditions, revealing its interactions with genomic DNA.