The Kinesin Speed Paradox Revisited: How Can Cargoes Move Faster Than Their Motors?
ABSTRACT Intracellular transport is essential for cellular organization and function. Kinesin‐1, the founding member of the kinesin superfamily, delivers a wide range of cargoes along microtubules. Since its discovery, extensive work has identified cargo–kinesin interactions and regulatory mechanisms.
Kanako Iwasaki, Yasushi Okada
wiley +1 more source
Troubleshooting intrathecal pumps in pain management: A clinical review. [PDF]
Wojnowski N +5 more
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New Model of Disuse-Induced Bone Density Loss in Horses. [PDF]
Micheau L +3 more
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Drosophila embryo cellularization is tuned by the viscoelastic properties of membrane-cortex linkers. [PDF]
Stark KT +3 more
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Supporting Cultural and Learning Enablers for a Learning Health System (SCALE): A Program Theory Approach. [PDF]
Desveaux L, Wang R, Joshi J, Bird M.
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First, breathe: Rethinking neuroscience engagement at Glastonbury festival. [PDF]
Smith W, Robbins Z.
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"It's where I buy lunch or anything that I want to buy": a participatory photo elicitation study on adolescents' experience of food choice and environment in Kisumu, Kenya. [PDF]
Gobbo E +9 more
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Investigation of dynamic stall onset
Aerospace Science and Technology, 2006Abstract In a 2003 test campaign in the DLR-VAG test stand unsteady pressure distributions during dynamic stall have been measured on a 2D-wing model with OA312 airfoil section. To investigate the effect of transition on dynamic stall onset different tripping devices have been fixed at the leading edge of the model.
Geissler, Wolfgang, Haselmeyer, Hartmut
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Compressibility effects on dynamic stall [PDF]
Abstract Dynamic stall delay of flow over airfoils rapidly pitching past the static stall angle has been studied by many scientists. However, the effect of compressibility on this dynamic stall behavior has been less comprehensively studied. This review presents a detailed assessment of research performed on this subject, including a historical ...
Carr, L.W., Chandrasekhara, M.S.
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Dynamic airfoil stall investigations [PDF]
Experimental and computational investigations of the dynamic stall phenomenon continue to attract the attention of various research groups in the major aeronautical research laboratories. There are two reasons for this continued research interest. First, the occurrence of dynamic stall on the retreating blade of helicopters imposes a severe performance
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