FIND YOUR WAY
Contents & search
Find a topic, explore a system, or jump straight to the protein inventory and source material.
⌕ Search the whole atlas Topics, proteins, genes, origin questions…A CLOSER LOOK
12 featured molecular machines
These molecular machines connect information, energy, manufacturing, transport, and cell division. We feature them because their cooperating parts make the cell’s organization easier to understand—and reward a closer look at how structure, accuracy, and coordination enable their work.
Start here
Interactive cell map ↗Explore the 16 connected functional systems.Interactome ↗View the relationships between systems.Protein inventory · 912 ↗Search the gene-by-gene working inventory.Original book catalogue ↗Browse the source groups transcribed from Volume III.Evidence & count audit ↗Understand the model, sources, counts and limitations.Prebiotic synthesis ↗Explore origin questions, experiments and terminology.Scientific papers ↗Find linked research and reference lists.
All 16 categories
Each category links to its components, full explanation, and individual sections.
Cofactor Metabolism
Electron Transport and Energy Production
Mineral Ion Metabolism
Nucleotide Metabolism
Amino Acid Metabolism
Lipid and Membrane Metabolism
DNA Processing
RNA Processing and Translation
Codes, Signaling, Regulation and Adaptation Systems
Transport Systems
Quality Control Systems
Cell Division and Structure
Cellular Homeostasis
Stress Response
Metal Cluster Assembly
REASON & SCIENCE LIBRARY
From the library to the cell map
Threads, developed bacterial articles and source connections for proteins, machines and systems.
Explore the source guide →PROTEINS · MACHINES · SYSTEMS
Hallmarks of design across the cell
The 40 cellular hallmarks, contextual observations, origin hurdles and cautious abductive assessments.
Open the hallmarks guide →Protein-level notes →RIBOSOME · DEVELOPED GUIDE
Explore the bacterial ribosome
Information, atomic precision, assembly, signaling, translation, quality control, minimal requirements and origins.
01 · The bacterial protein-making system02 · What information is required to make a ribosome?03 · Atomic precision: A2451, tRNA ends and reaction geometry04 · Building the machine: transcription, folding and maturation05 · Signals that regulate production and operation06 · Operation, energy, timing and the finished protein07 · The genetic code: the correspondence that translation implements08 · Error prevention, detection and rescue09 · Repair, recycling, degradation and storage10 · What would a minimal bacterial ribosome have to be?11 · Origins: what is known, inferred and still missing12 · Hallmarks of design: an explicit argument to examine13 · Terms and practical questions