Sentence examples for molecules may affect from inspiring English sources

The interactions with the surface, the linkers and/or blocking molecules may affect the properties of the motor as was proposed to explain the different behavior of heavy meromyosin when attached to surfaces with different hydrophobicities [23].

The differential metabolism of xenobiotics due to variations in the transporter molecules may affect the risk of some cancers [ 14- 18].

Both the specificity and affinity of cell adhesion molecules may affect cell sorting (Larue et al., 1996; Friedlander et al., 1989; Katsamba et al., 2009).

We present and discuss a hypothesis regarding the possible interaction of these aberrant signalling molecules implicated in PD, and suggest that these molecules may affect the erythrocytes of PD patients.

Lastly, we present and discuss a hypothesis regarding the possible interaction of these aberrant signalling molecules implicated in PD, and suggest that these molecules may affect the coagulation/hematology system of the patients (5).

Even minor changes in the hemagglutinin molecule may affect receptor binding specificity of the virus, and a single point mutation in the neuraminidase may render the virus resistant to oseltamivir.

The conjugation between the liposome and the targeting molecule may affect liposome stability.

Altogether, these findings suggest that increased levels of post-transcriptionally modified β2GPI and the higher antibody reactivity against the modified molecule may affect the biological consequences of aPL binding [ 90].

In particular, triacylglycerides are well known energy storage molecules but have no known function as signaling molecules that may affect cell fate [38].

However, biosensors by their nature are in contact with biological solutions that contain ions and molecules that may affect the device characteristics and cause electrical instability.

In addition to these two traditional mechanisms, recent studies found that zeaxanthin and its closely related molecule (lutein) may affect the growth, viability, and functions of various cell types via different signal pathways, transcription factors, growth factors, and cytokines [ 46, 48].