The Bio-Computational Stack: One Pipeline from Molecule to Individualized Cure

Description and use

<p>Every living thing runs on a small set of molecular rules. Information stored in nucleic acids is copied, read, and used to build proteins, and proteins in turn do most of the chemical work of the cell. Francis Crick stated the principle behind that flow as the “central dogma of molecular biology” and restated it in <em>Nature</em> in 1970. Half a century later, the rules have not changed. What has changed is our ability to <strong>read</strong> them at scale, <strong>reason</strong> about them with AI, and <strong>act</strong> on them with robots.</p> <p>This essay was prompted by an intro

Problem

<p>Every living thing runs on a small set of molecular rules. Information stored in nucleic acids is copied, read, and used to build proteins, and proteins in turn do most of the chemical work of the cell. Francis Crick stated the principle behind that flow as the “central dogma of molecular biology” and restated it in <em>Nature</em> in 1970. Half a century later, the rules have not changed. What has changed is our ability to <strong>read</strong> them at scale, <strong>reason</strong> about them with AI, and <strong>act</strong> on them with robots.</p> <p>This essay was prompted by an intro

Outcome

<p>Every living thing runs on a small set of molecular rules. Information stored in nucleic acids is copied, read, and used to build proteins, and proteins in turn do most of the chemical work of the cell. Francis Crick stated the principle behind that flow as the “central dogma of molecular biology” and restated it in <em>Nature</em> in 1970. Half a century later, the rules have not changed. What has changed is our ability to <strong>read</strong> them at scale, <strong>reason</strong> about them with AI, and <strong>act</strong> on them with robots.</p> <p>This essay was prompted by an intro

Evidence

The Bio-Computational Stack: One Pipeline from Molecule to Individualized Cure

Source