Electronic signals are electrogenetically relayed to control cell growth and co-culture composition

kids and teenager are sleepy at school because the electronic media they have in their bedrooms leads them to have delayed sleep phase disorder (dspd)

bserved by many teachers that most of the time, mumbling and searching for their intended words, students complain why they have forgotten the words they have learned in the previous semesters. they ask for some new ways that may help them to recall and apply the learned words more efficiently, since as they declare one of the most important skills in foreign language learning is having a g...

Studying cell-cell communication in co-culture.

The formation, maintenance, and repair of biological tissues rely on the interaction of cells with other cell types and with their extracellular matrix [2, 3]. These cellular communications can be bi-directional or multi-dimensional and may occur at both macroand micro-scales. Depending on the hypothesis of interest, co-culture models are used to discern the individual and collective effects of...

Framework of Control Protocol for Relayed Multicast

In this paper, we introduce Relayed Multicast Control Protocol (RMCP). The RMCP has been designed for realizing and managing the relayed multicast. Relayed multicast, as known as Overlay Multicasting or Application-level Multicasting, is a data delivery scheme for one-to-many multicast application, in which one or more intermediate Multicast Agents are employed for relaying application data fro...

Inhibitory effect of Cinnamon on prevention of foam cell formation in platelet and monocytes co-culture

Introduction: Atherosclerosis is one of the leading causes of cardiovascular disease. Following endothelial damage and platelet aggregation in that area and the recruitment of monocytes and their conversion to macrophages, LDL gradually accumulates under the endothelial artery wall and gradually oxidized and convert to oxi-LDL. By swallowing it, the macrophages turn into foam cell and then athe...

P-92: Retinoic Acid and STO Co-Culture System Enhance Mouse Embryonic Stem Cell