Magnetic particles were given to macrophage-like cultured cells J774A.1 to perform cytomagnetometry in which the magnetic field from the cells was measured and the mechanical parameters of the ...

Intracellular movement is the movement of structures (like organelles) within the cell. It is distinguished from transcellular and paracellular movement, which pertain to transport across a ...

A new study shows that lipid droplets in the leaves contain plant proteins such as different myosin binding proteins involved in intracellular movement, and several enzymes responsible for furan ...

Drawing on a range of examples, she explores what social movements have shown about the nature of justice, along with what it takes to create space for justice in the world. Moody-Adams considers ...

Protein localization is paramount to protein function, and the intracellular movement of proteins underlies the regulation of numerous cellular processes. Given advances in spatial proteomics, the ...

Intracellular transport is predominantly heterogeneous in both time and space, exhibiting varying non-Brownian behavior. Characterization of this movement through averaging methods over an ensemble of ...

Tracking of intracellular organelle movement such as vesicle includes crucial information in biomedicine. To achieve more accurate three-dimensional localization of the target organelle, ...

Based on the current knowledge of intracellular trafficking pathways in plants, a model for the intracellular movement of BaMV to its replication compartment is proposed. After replication, plant ...

Blue light-induced movement of phot1-GFP in etiolated hypocotyl cells of Arabidopsis. These images are presented as representative images of what has been observed by numerous groups many times ...

An effective intracellular gene silencing strategy based on acoustically propelled nanowires modified with an interfering RNA’s (siRNA) payload is described. The gold nanowires (AuNW) are wrapped with ...

In addition, we report that active intracellular forces drive ciliary pivoting. This cell-directed cilia movement may be important for tuning ciliary mechanosensitivity.

This study defines the mechanical contributions of both bending and pivoting at the base to ciliary deflection. In addition, we report that active intracellular forces drive ciliary pivoting. This ...