Sentence examples for morphology may cause from inspiring English sources

Previous studies have shown that morphology may cause significant differences on the biodistribution and have an obvious effect on blood circulation [17, 18].

The difference in the initial surface morphology may cause a difference in stress distribution in Ge wetting layer which, in turn, may affect the cluster nucleation and growth.

If a turbidostat's set point is too close to the maximal cell density, γ s0, then it is possible that slight variations in media, conditions, or cell morphology may cause large changes in dilution rate, or even prevent dilution entirely.

While progressive changes in capillary morphology and function may cause reductions in nerve function and even nerve damage, these mechanisms fail to explain the mechanical hyperalgesia and tactile allodynia (sensation of pain in response to otherwise non-painful stimuli) experienced by nearly half of patients with diabetic neuropathy [ 3].

The primary scales form to connect the isolated oxide ridges, while the secondary scale's peak clipping effect may cause the surface morphology more and more even.

The paintfill method can be used to quickly assess inner ear morphology and can help identify defects that may cause or contribute to deafness and/or vestibular dysfunction.

The difference in morphology may be caused by the increase in anodization voltage.

It is evident now that mutations in several different classes of genes may cause the changes in matrix morphology, disc biochemistry and disc function typifying disc degeneration.

Together, these studies suggest that many species of birds have some degree of variation in nest morphology and that local selective pressures (e.g., climate, predation) may cause this variation.

Next we investigated whether TBPH dysfunction may cause alterations of NMJ synapse structure and morphology, as previously suggested (27– 30).

However, this method is complex, expensive, and inadequate for mass production and may cause damage to the crystal structure and surface morphology due to high-energy ions [11].