"Our work reveals that structural variations are often likely to have functional consequences.
Our work reveals some important and interesting biological results.
Third, our work reveals that entrepreneurial orientation partially mediates the relationship between HPWS and corporate performance.
Our work reveals the power of synthetic rewiring studies in deciphering roles performed by multifunctional proteins.
Our work reveals that Trak1 participates in stress-induced mitochondrial hyperfusion and promotes cell survival under stress conditions.
Our work reveals that the Pt positive polarized charges can act as microscopic driving force for O2 dissociation.
Our work reveals defect-rich k-GNTs as a promising platform for further applications in electrochemical biosensing and electrocatalysis.
Our work reveals that the designed molecule 6 is promising candidate for high performance solar cell materials.
Our work reveals that the organization of the KMN network components downstream of CENP-C and CENP-T is distinct.
Our work reveals detailed thermal characteristics of hydrogenated graphene nanoribbons, and provides a possible design of carbon-based thermal diodes.
Our work reveals that inhomogeneity in the sparseness of stored patterns is detrimental to a recurrent network's dynamic stability during sequence retrieval.
