Highlights? DamID identifies 42 previously unknown chromatin proteins ? Binding maps of new and known chromatin components yield a chromatin network model ? The network model predicts functions of most of the 42 new chromatin proteins ? The chromatin protein network is functionally compartmentalized 相似文献
Highlights? PP2A colocalizes with Rec8 in mouse oocyte meiosis II ? The PP2A inhibitor I2PP2A is expressed in ascidian and mouse oocyte meiosis ? I2PP2A colocalizes with PP2A in meiosis II, independently of bipolar attachment ? I2PP2A is required for sister separation in mouse oocyte meiosis II 相似文献
Highlights? Time-varying neural activity can support stable stimulus representation ? A network architecture, named FEVER, guarantees stability of representation ? Structural features of sparse FEVER networks agree with existing measurements 相似文献
Highlights? Cxcr4 is expressed by a subset of endothelial cells in the capillary network ? Genetic inactivation of Cxcl12-Cxcr4 signaling perturbs nerve-vessel alignment ? Cxcl12 controls endothelial migration, whereas VEGF directs arterial differentiation 相似文献
Highlights? PI3Kγ inhibits βAR resensitization by regulating PP2A activity ? PI3Kγ inhibits PP2A activity by phosphorylating I2PP2A on Serine 9 and 93 ? Phosphorylation of I2PP2A leads to its agonist-mediated interaction with PP2A ? siRNA-targeted depletion of I2PP2A results in βAR resensitization 相似文献
Sulfolobus species – thermoacidophilic Archaea – as sources for novel extremozymes and as novel platform organism for metabolic engineering and synthetic biology.
Highlights► Combining networks and proteomics can overcome consistency/coverage issues. ► Differential subnets are more robust biomarkers than single genes. ► Utilizing networks allows unprecedented class discovery/hypothesis testing/analysis. ► Novel proteomics-specific network methods that address limitations are needed. 相似文献
Highlights► Network analysis is essential for data mining of omics-based large-scale data sets. ► Gene coexpression analysis is useful for prediction of gene function. ► Comparative network analysis can reveal common and unique plant metabolic pathways. ► Novel genome editing tools facilitate rational metabolic engineering. 相似文献