Multiscale drug screening for cardiac fibrosis identifies MD2 as a therapeutic target

multi-scale analysis

A total of 2,000 HVGs were selected on the basis of the reference datasets. We quantified the quality of the data integration using the following metrics from the scIB (v 1.0.0) package and Luecken et al. Cell type ASW (average silhouette width), isolated label F1, isolated label silhouette, NMI (normalized mutual information) and ARI (adjusted Rand index) were used as biological conservation metrics. To quantify batch mixing we used PC regression, graph connectivity and batch ASW.

  • This necessitates correlating different imaging modes to the same coordinates for truly contextual insight.
  • For example, these techniques may reveal limits to the utility of averages, the dependence of a measure on the scale of measurement, and the mutual information between scales of a system.
  • Hierarchy theory is an older approach to multiscale analysis that arose within GST.
  • Additionally, these microbes can indirectly act on the neural pathways between the gut and brain by regulating hormone precursors, modulating stress and mood 67.
  • A critical first step is to systematically identify the missing information.
  • We appreciate the cooperation of the participants we recruited, and we thank Dr. Li Zhiming from BGI Shenzhen for his guidance on f-MRI image analysis.

Strategies for improving friction behavior based on carbon nanotube additive materials

  • Accelerating model- and data-driven discovery by integrating theory-driven machine learning and multiscale modeling.
  • In order to get higher economic interests, a large number of pesticides, especially organophosphorus pesticide were widely used in orchard, caused heavy pollution.
  • Land use changes in watersheds influenced all water quality indicators but these effects were idiosyncratic for each parameters23.
  • Can theory-driven machine learning, combined with sparse and indirect measurements, produce a mechanistic understanding of the emergence of biological function?
  • Renormalisation may not apply directly to many defence systems, since it only applies when the system is close to a critical point, and in addition it abstracts away potentially important local details, losing context.
  • Thus, a shape granulometry is an ordered set of operators that are anti-extensive, scale-invariant, and idempotent.
  • This implies that proper care needs to be taken to safe-guard against biased datasets.

The structure of plain woven C/C composite laminate exhibits heterogeneous multi-scale characteristics. The macroscale structure is a C/C composite laminate for finger seals, and the mesoscale structure is a RWC (representative woven cell) composed of orthogonal plain woven carbon fiber yarns and carbon matrix. The micro-scale structure is the RVE (representative volume element) multi-scale analysis inside the carbon fiber yarn, which is composed of a large number of randomly distributed carbon fibers and carbon matrix. The growth of multiscale modeling in the industrial sector was primarily due to financial motivations. From the DOE national labs perspective, the shift from large-scale systems experiments mentality occurred because of the 1996 Nuclear Ban Treaty.

Study area and data sources

multi-scale analysis

The overall integration score is a weighted average of the average batch mixing score and the average biological conservation score, with weight 0.4 and 0.6 respectively. To quantify label transfer accuracy we used the weighted averaged and macro-averaged F1 score. Radial dynamic stiffness of finger beams with various displacement amplitudes. In this paper, a piece of plain woven C/C composite of 100 × 100 × 2.1 mm was selected and the corresponding finger seal specimen was processed by a laser cutting machine tool.

multi-scale analysis

Urban–rural ecological networks for landscape planning

We found that scPoli outperformed the next best-performing model (scANVI) by 5.06% in data integration (Fig. 2a). When we looked separately at batch correction and biological conservation metrics, we observed that scPoli preserved biologically meaningful signals better than other methods. To understand whether the improvements stemmed from the use of condition embeddings or from the inclusion of the prototype loss, we benchmarked two variants of our model.

multi-scale analysis

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