Using a systematic top-down approach, we show that AglA selectively inhibits protein synthesis.
Using a proteomics approach, we show that a switch in subunit composition of neural, ATP-dependent SWI/SNF-like chromatin remodeling complexes accompanies this developmental transition.
Using a candidate gene approach, we show that myo6b is satellite, a gene responsible for auditory/vestibular defects in zebrafish larvae.
Using a comparative genomics approach, we show that nature also employs this trick in reverse by evolving serine, threonine, and tyrosine phosphorylation sites from Asp/Glu residues.
To validate our approach, we show simulated data and experimental resolution measurements, and demonstrate the wavefront coded light field microscope's utility for biological applications.
Using this approach, we show that although the phenyl and acetyl vibrational modes are constrained by the encapsulation, they seem to be recovered after the drug release.
By combining total scattering techniques with a CT approach, we show how it is indeed possible to obtain and spatially map quantitative structural and nanostructural parameters.
Using a combined proteomic and transcriptomic approach, we show that identical proteins are simultaneously expressed in both lobes.
By using a mathematical approach, we show that overlooking extracellular dye usually leads to overestimating cytosolic Ca2+ ([Ca2+]) levels.
To demonstrate the approach, we show that one could use Sum-of-Squares SDP to achieve a 0.85-approximation algorithm for Max Bisection problem, improving on the previously best known 0.70 ratio.
Extending this approach, we show that removing a set of five exonucleases (RecJ, ExoI, ExoVII, ExoX, and Lambda Exo) substantially improves the performance of co-selection multiplex automatable genome engineering (CoS-MAGE).
