From ResearchID.org

Molecular machines are dynamic biochemical systems that perform functions with multiple interactive parts. In his 1996 book Darwin's Black Box,^[1] and other publications,^[2] Michael Behe proposes that molecular machines provide experimental support for the design inference.

Contents 1 Micromachine Visualizations 1.1 Kinesins 1.2 Pseudomonas 1.3 ATP Synthase 1.4 Myosin 1.5 Other 1.6 Flagilum 1.7 Ribosome 1.8 Cellular Operation 2 See Also...

Micromachine Visualizations

• Graham Johnson Medical Media

Kinesins

• • Kinesin heads moving along a microtubule
  • Molecular Motors Nature uses tiny nano-machines that could work miracles if we learn how to build them, by Karl Leif Bates

• Kinesin references by Expelled producers

• • Limping all the way, protein carries stuff of life across cell Mark Schwartz
  • Kinesin an ATPase that steps along microtubules - Stanford
  • Kinesin Moves by an Asymmetric Hand-over-Hand Mechanism C.L. Asbury et al, Science 2003

• • BIOMOLECULAR SELF-ASSEMBLING MATERIALS National Academies
  • Molecular motors and mechanisms of directional transport in neurons] Nobutaka Hirokawa
  • Molecular motors – a lesson in nanotechnology from Nature Roop Mallik
  • IF Transport Cartoon
  • Goldman Laboratory

Pseudomonas

• • Pseudomonas Lung infection

ATP Synthase

• • ATP Synthase

Myosin

• • Muscle Myosin - Sliding fiber muscle Contraction

Other

• • Elongation Factor TU

Flagilum

• Prof. Keiichi NAMBA, Professor, Graduate School of Frontier Biosciences, Osaka University
  • Bacterial Flagellum: A Rotary NanoMachine NOTE: 36 MB File 34 Minutes Can't stop it until the end.

Ribosome

• Ribosome animation at the American Chemical Society (acs.org)

Cellular Operation

• The Inner Life of a Cell - Related vignettes
• Cellular CAT Scans, Douglas Smith, CalTech

See Also...

• Irreducible Complexity
• Michael Behe