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How to make humans

Compilation of free information about human parts, their function, assembly,  repair, and maintenance

Molecular biology: table of contents

  • Introduction
    • Cells and genomes
      • The universal features of cells: Cells
      • The diversity of genomes
      • Genetic information in eukaryotes
    • Cell chemistry and biosynthesis
      • The chemical components of a cell
      • Catalysis and the use of energy by cells | Catalysis
      • How cells obtain energy from food
    • Proteins | Proteins
      • The shape and structure of proteins
      • Protein function
  • Basic genetic mechanisms
    • DNA and chromosomes | DNA | Chromosomes
      • The structure and function of DNA
      • Chromosomal DNA and its packaging in the chromatin fiber
      • The global structure of chromosomes
    • DNA replication, repair, and recombination
      • The maintenance of DNA sequences
      • DNA replication mechanisms
      • The initiation and completion of DNA replication in chromosomes
      • DNA repair
      • General recombination
      • Site-specific recombination
    • From DNA to Protein
      • From DNA to RNA
      • From RNA to protein
      • RNA world and the origins of life
    • Control of gene expression
      • An overview of gene control
      • DNA-binding motifs in gene regulatory proteins
      • How genetic switches work
      • The molecular genetics mechanisms that create specialized cell types
      • Postranscriptional controls
      • How genomes evolve
  • Methods
    • Manipulating proteins, DNA and RNA
      • isolating cells and growing them in culture
      • Fractionation of cells
      • Isolating, cloning, and sequencing of DNA
      • Analyzing protein structure and function
      • Studying gene expression and function
    • Visualizing cells
      • Looking at the structure of cells in the microscope
      • Visualizing molecules in living cells
  • Internal organization of the cell
    • Membrane structure
    • Membrane transport of small molecules and the electrical properties of membranes
      • Principals of membrane transport
      • Carrier proteins and active membrane transport
      • Ion channels and the electrical properties of membranes
    • Intracellular compartments and protein sorting
      • The compartmentalization of cells

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