Lateral movement. Because everything in a measurement structure expands/contracts vs. temperature, load cells hard-mounted to that structure will be most accurate at temperatures close to those at installation. When the structure expands/contracts, the load cells must resist the expansion/contraction ...
“stromal cells” is, specifically, their perivascular location. Indeed, it is the whole structure of the bone marrow, and its unique vascular pattern, that is commonly overlooked whenever “stroma”, “niches” and “microenvironments” are considered – anatomically, the whole bone marrow is ...
Polonium crystallizes with a primitive cubic structure. It has a density of 9.4 g/cm3, a radius of 167 pm, and a molar mass of 209 g/mol. Calculate the number of atoms in one mole of Polonium. A 6.0×10-23 B 3.2×1011 C
In developmental biology, knowledge of cell structure and their (morpho) dynamic behavior, leads to a comprehensive understanding of their conducts and the mechanisms in which they participate. This knowledge is a decisive factor in biological research and also in all drug development steps, medicinal...
“Cell Structure” is an interactive app for students to learn about Biology Cell Structure, plant cell structure, animal cell structure, human body organs, cell tissue, cell biology, organ system in an easy and engrossing way by visualizing the colorful images. It is one of the best education...
(create, extend, and run) neutral benchmarks. The burden of implementing extensible and continuously updated benchmarks does not necessarily need to be on the side of the benchmarker alone, since most benchmarks employ a similar structure (e.g. datasets, methods, metrics) and could use a...
Structure and growth of plant cell walls Plant cells assemble a strong yet extensible primary cell wall consisting largely of polysaccharides. Emerging models of wall growth integrate physical properties such as mechanical strength and tension with cellular processes that govern wall loosening and expansion...
We computed CellRank’s directed transition matrix, and then coarse-grained it into 12 macrostates (Fig.2b) based on eigenvalue gap analysis (Supplementary Fig.1a,b), revealing a block-like structure in the transition matrix (Fig.2cand Extended Data Fig.4a–c). Macrostates, annotated accordi...
The basic concept behind a scaffold is to mimic the structure and function of the extracellular matrix (ECM) in tissues. The ECM provides both structural and mechanical stability and regulates some of the core cellular functions [42,43,44]. The basic role of scaffolds in BTE is to mimic the...
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