Titlebook: Controlled Nanoscale Motion; Nobel Symposium 131 Heiner Linke,Alf Månsson Book 2007 Springer-Verlag Berlin Heidelberg 2007 Nanotube.enzymes

Foolproof

How Linear Motor Proteins Work,the cytoplasm resembles a gel with a mesh size of approximately 50 nm, which makes the passive transport of organelle-sized particles impossible. For elongated cells such as neurons, even proteins and small metabolites have to be actively transported.

synovium

Cardioplegia

Artificial Dipolar Molecular Rotors,chapter we discuss the miniaturization of rotary machines all the way to the molecular scale, where chemical groups form the rotary and stationary parts. For a recent review of molecules with rotary and stationary parts see [1].

harmony

形上升才刺激

How Linear Motor Proteins Work,ement is not generally associated with plants, cytoplasmic streaming in plant cells can reach velocities greater than 50 μm/s and thus constitutes one of the fastest forms of directed movement. Unicellular eukaryotic organisms and prokaryotes display diverse mechanisms by which they are able to acti

Tinea-Capitis

Axonal Transport: Imaging and Modeling of a Neuronal Process,s between cell body and synapse that takes place within extremely long, narrow axons requires motor-driven active transport along polarized microtubules. We summarize some imaging and theoretical modeling strategies recently developed to better understand axonal transport and neuronal function. Our

纬线

Intracellular Transport and Kinesin Superfamily Proteins: Structure, Function and Dynamics,gnificant functions in intracellular transport, which is fundamental for cellular morphogenesis, functioning, and survival. We showed that KIFs not only transport various membranous organelles, proteins complexes and mRNAs fundamental for cellular functions but also play significant roles in higher

grovel

obstinate

协定

Macromolecular Motion at the Nanoscale of Enzymes Working on Polysaccharides,oduce oligomers as a result of depolymerisation. Enzyme catalysed polymerisation of polysaccharides may also create motion of entire species (bacteria). The energy balance show the clear role of biochemically accessible energy in most of such examples, whereas in others, conformational changes assoc