Results 141 to 150 of about 957,365 (341)
Golgi apparatus of the basidiomycete Coprinus lagopus [PDF]
, 1966 Benjamin C. Lu
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Thermally Driven Dynamic Behaviors in Polymeric Vesicles
Small, EarlyView.Synthetic cells aim to mimic biological form, function, and behavior. In this article, the thermoresponsive properties of the polymer poly(ethylene oxide)‐poly(butylene oxide) are leveraged to create a range of polymeric synthetic cell systems on the nanoscale and microscale which possess a range of biomimetic properties, including cargo release ...
Matthew E. Allen +6 more
wiley +1 more source
Small, EarlyView.In situ, temperature‐dependent analysis of the piezoelectric response of the 0.67BFO‐0.33BTO system reveals an exceptionally high piezoelectric response of ≈1200 pm V−1. Detailed temperature‐dependent examination uncovers three distinct stages, mutually contributing to the overall response.
Antonio Iacomini +6 more
wiley +1 more source
Ultrastructure of the Golgi Apparatus of the Nerve Cells
, 1956 Ryohei Honjin
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Small Science, EarlyView.High‐speed atomic force microscopy captures the lipid‐dependent clustering dynamics of pentameric FocA and tetrameric GlpF in supported lipid bilayers. Protein mobility, cluster stability, and packing geometry vary with lipid composition, revealing how membrane environments regulate supramolecular membrane protein organization.
Eunji Shin +4 more
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Studies on the Structure of the Golgi Apparatus
, 1938 M. K. Subramaniam, P. N. Ganapati
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Small Methods, EarlyView.This work introduces a multiplexed imaging platform that integrates nanoplasmonic sensing with fluorescence microscopy for concomitant monitoring of extraspheroid secretions and intraspheroid features over extended periods with spatiotemporal resolution.
Saeid Ansaryan +7 more
wiley +1 more source
MIGRATION OF GLYCOPROTEIN FROM GOLGI APPARATUS TO CELL COAT IN THE COLUMNAR CELLS OF THE DUODENAL EPITHELIUM [PDF]
, 1970 G. Bennett
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Nanomedicine for Oral Delivery: Strategies to Overcome the Biological Barriers
Small Methods, EarlyView.Oral delivery is a preferred administration route for many clinical applications, valued for its strong patient compliance. In this review, how nanoparticles are engineered and deployed to overcome the gastrointestinal barriers that impede clinical translation of oral delivery formulations is examined.
Luke J. Kubiatowicz +5 more
wiley +1 more source