More broadly, we illustrate that the brain’s lipidome content can serve as a bridge between the local molecular and cellular composition of individual regions and the large-scale structural and functional characteristics of the organ. This type of analysis could be particularly beneficial for ...
The immune system is distinctive for being a distributed system. It is not fixed to a single localized organ in the body, but rather is made up of numerous specialized cell types that must adaptably organize their intercellular connections to respond to pathogens and other threats wherever they ...
Fig. 1. The creatine kinase/phosphocreatine system. Compartment-specific isoenzymes of creatine kinase (CK) are found in mitochondria (sMtCK, uMtCK, left) and cytosol (MM-CK, BB-CK, MB-CK, right). They are either associated with ATP-delivering processes (oxidative phosphorylation or glycolysis...
Human activity recognition (HAR) has multifaceted applications due to its worldly usage of acquisition devices such as smartphones, video cameras, and its
We first applied Fisher’s exact test to the number of liver and femur cells in the different cell cycle states to determine whether there are non-random associations between the cycle state and the organ of origin (see STAR Methods for further details). Interestingly, there was a ...
Process errors should be reduced through constant attention to the learning and observation of the interaction between the elements of the production system. The production ramp-up phase can be considered a learning process that could be reflected in better usage of the equipment, in the continuous...
Your nervous system is made of key organs and fiber bundles that enable you to live, function well, and be yourself. Nervous system organs Your brain is like a supercomputer that controls every function in your body. Weighing 3 pounds on average, this organ is responsible for your mental abi...
These data demonstrate that rounds of TPE normalize the interactions between several key pathways, which, at their young signaling intensity, are known to be responsible for the homeostatic health of multiple organ systems, including the immune system. TLR4 was identified as a potential nodal point ...
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25. We selected genes with expression greater than or equal to 0.1 in neural lineage single cells and calculated mean expression per cluster and organ. Expression was visualized using seaborn.clustermap() function (v.0.11.0). Cell-type composition analysis using metadata The number of cells for ...