Microscopic Movement of Slow-Diffusing Nanoparticles in Cylindrical Nanopores Studied with Three-Dimensional Tracking by Luyang Zhao (1903252)

“…In viscous solvents, the particle steps decrease proportionally to the increment of the viscosity, leading to macroscopically slow diffusion. …”

Microscopic Movement of Slow-Diffusing Nanoparticles in Cylindrical Nanopores Studied with Three-Dimensional Tracking by Luyang Zhao (1903252)

“…In viscous solvents, the particle steps decrease proportionally to the increment of the viscosity, leading to macroscopically slow diffusion. …”

Microscopic Movement of Slow-Diffusing Nanoparticles in Cylindrical Nanopores Studied with Three-Dimensional Tracking by Luyang Zhao (1903252)

“…In viscous solvents, the particle steps decrease proportionally to the increment of the viscosity, leading to macroscopically slow diffusion. …”

Microscopic Movement of Slow-Diffusing Nanoparticles in Cylindrical Nanopores Studied with Three-Dimensional Tracking by Luyang Zhao (1903252)

“…In viscous solvents, the particle steps decrease proportionally to the increment of the viscosity, leading to macroscopically slow diffusion. …”

Microscopic Movement of Slow-Diffusing Nanoparticles in Cylindrical Nanopores Studied with Three-Dimensional Tracking by Luyang Zhao (1903252)

“…In viscous solvents, the particle steps decrease proportionally to the increment of the viscosity, leading to macroscopically slow diffusion. …”

Microscopic Movement of Slow-Diffusing Nanoparticles in Cylindrical Nanopores Studied with Three-Dimensional Tracking by Luyang Zhao (1903252)

“…In viscous solvents, the particle steps decrease proportionally to the increment of the viscosity, leading to macroscopically slow diffusion. …”

Microscopic Movement of Slow-Diffusing Nanoparticles in Cylindrical Nanopores Studied with Three-Dimensional Tracking by Luyang Zhao (1903252)

“…In viscous solvents, the particle steps decrease proportionally to the increment of the viscosity, leading to macroscopically slow diffusion. …”

Microscopic Movement of Slow-Diffusing Nanoparticles in Cylindrical Nanopores Studied with Three-Dimensional Tracking by Luyang Zhao (1903252)

“…In viscous solvents, the particle steps decrease proportionally to the increment of the viscosity, leading to macroscopically slow diffusion. …”

Inhibition of <i>T. cruzi</i> Ecto-ATPDases decreased virulence to mouse. by Ramon F. Santos (374136)

CKO mice display decreased skin barrier function and perturbed homeostasis. by Kevin J. Mills (9270966)

Endoret treatment decreased neurodegeneration in the brain of APP/PS1 mice. by Eduardo Anitua (460933)

Sulpiride decreases anterior pituitary cell proliferation <i>in vivo</i>. by Jimena Ferraris (314722)

Average starting HR decreases as classes occur later during the morning. by Diana K. Darnell (8067143)

Anti-AT prophylaxis decreases lesion size in <i>S. aureus</i> dermonecrosis. by Christine Tkaczyk (465528)

GSK343 decreased viability and proliferation in human neuroblastoma PDX cells. by Laura V. Bownes (10276762)

“…Treatment with GSK343 resulted in significantly decreased migration. (D) After 24 hours of treatment with increasing concentrations of GSK343 (0, 5, 10 μM), COA3 and COA6 cells (4.0 × 10⁴) were plated in Transwell^® inserts and allowed to invade for 1 week through a Matrigel^™ layer. …”

Pan-neuronal <i>Nmdar1</i> knockdown decreases sleep. by Jun Tomita (185170)

Transduction of Gsx2 decreases the capacity of OBSCs to differentiate into astrocytes and oligodendrocytes. by Héctor R. Méndez-Gómez (189198)

Treatment with CCC decreased the adipose tissue of the HFD-induced obese rats. by Hyoung Joon Park (437458)

HS+MES decreased the fat content in mice liver and adipose tissues. by Saori Morino (268083)

The PKA pathway compensates for decreased RAM pathway activity during morphogenesis. by Nike Bharucha (222826)