Sentence examples for morphological changes result from inspiring English sources

Both tendon material and morphological changes result not only from an increase of collagen synthesis but also from changes of collagen fibril morphology and levels of collagen molecular cross-linking [19,32,33].

These morphological changes result in a 29% reduction in oxygen permeability for a 70/30 wt% PE/starch blend made by SSSP relative to neat PE; this compares with a 21% reduction in oxygen permeability when a similar blend is made by melt processing.

These morphological changes result in increased risk of hyperthermia due to the inability to sweat, and in dryness, irritation and recurrent infection of the eyes, mouth, nose and upper airway due to a reduction of the secretions that normally lubricate and protect these tissues [3], [4].

These morphological changes result from a specific expression profile of surface markers, transcription factors and microRNAs (miRNAs).

These morphological changes result in an increased bulkiness (increased body length, increased body width, increased tail spine length; see Figure 1) and are known to serve as an effective defence against Triops predation [ 31, 32].

Morphological changes resulting from the metal stress was examined by Scanning Electron Microscopy (SEM) (JSM-6510 OVL, Japan).

The permeability data, in conjunction with the stress-strain response, provide insights into the morphological changes resulting from deformations.

Morphological changes resulting from Cu@Chit-1 and Cu@Chit-2 NCs on hyphal growth were examined under light microscope (LaboMed, Los Angeles, USA).

Given the power of IFC to sensitively quantify morphological changes resulting from chemical exposure, the United States National Cancer Institute Natural Products Set II was an interesting set of compounds to explore.

Morphological changes resulting from the elongation of poly tetrafluoroethylene) (PTFE) have been examined using rheo-photoacoustic Fourier transform infra-red (r.p.a. FTi.r).r

The imaging signs are a combination of morphological changes resulting from volume loss and increase respectively in atrophy and hypertrophy, as well as attenuation changes on CT and CT-IVC, and signal changes on MRI.