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Evidence supporting this hypothesis is explored in herbarium and field data on hybridization rates and hybrid speciation in southwest Australia, contrasted with reviews of hybridization rates in other global regions.
This hypothesis is explored by stratifying low and high SES.
This hypothesis is explored in the following three experiments.
This hypothesis is explored here using modeling, an approach that has been applied previously to explore the role of heterogeneity [ 5, 17].
Here this hypothesis is explored using a simple agent-based model, which simulates a population of individual cells that grow and replicate.
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This hypothesis was explored by comparing HwTx-IV and two analogues [E1PyrE]HwTx-IV (mHwTx-IV) and [E1G,E4G,F6W,Y30W]HwTx-IV (gHwTx-IV) on their membrane-binding affinity and hNaV1.7 inhibitory potency using a range of biophysical techniques including computational analysis, NMR spectroscopy, surface plasmon resonance, and fluorescence spectroscopy.
This hypothesis was explored using homology modelling.
This hypothesis was explored further in the experiments described below.
This hypothesis was explored by examining the hydrodynamic radius through the use of DLS and AUC.
This hypothesis was explored in breast cancer MCF7 cells and revealed that ERα directly regulates the translational efficiency of target mRNAs [ 5].
This hypothesis was explored by active follow-up of all South Asian patients, and for comparative purposes a random sample of non-South Asian patients.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com