Sentence examples for molecular properties underlying from inspiring English sources

Altogether these results show that the molecular properties underlying the Hox-TALE system are conserved between Cnidaria and Bilateria.

Here, we analysed the molecular properties underlying complex assembly between the Nematostella NK representative NvMsx and the two NvTALE partners.

Next, we analysed the molecular properties underlying the assembly of Nematostella Hox/Pbx/Meis complexes in vitro.

Several of the results presented here, such as the key residues which distinguish the push and pull mechanisms, should pave the way for and help direct further computational and experimental research toward a better understanding of the detailed molecular properties underlying mechanosensation.

To test this hypothesis, we dissected the molecular properties underlying the formation of the Hox/PBC/Meis interaction network of the sea anemone Nematostella vectensis (Nv), a cnidarian species exhibiting an internal symmetry organized along oral aboral (primary) and directive (secondary) body axes.

In order to fulfill the therapeutic potential of human ESCs (hESCs) and iPSCs, an understanding of the fundamental molecular properties underlying the nature of pluripotency and commitment is required, along with the development of methods for assessing biological equivalency among different cell populations.

Nonetheless, molecular properties underlie phenotypic changes in cancer cells and contribute to the clinical outcome.

We propose a virtual statistical validation process as an aid to the design of experiments for the validation of phenomenological models of the behavior of material bodies, with focus on those cases in which knowledge of the fabrication process used to manufacture the body can provide information on the micro-molecular-scale properties underlying macroscale behavior.

To clarify these issues, better understanding of the molecular properties and possible interactions underlying apparently dissimilar signatures is needed.

The conversion from creep-compliance to frequency-dependent complex shear modulus reveals characteristic viscoelastic signatures of the underlying cytoskeleton and its dynamic molecular properties.

Sulfated polysaccharides from Laminaria saccharina (new name: Saccharina latissima) brown seaweed show promising activity for the treatment of inflammation, thrombosis, and cancer; yet the molecular mechanisms underlying these properties remain poorly understood.