Sentence examples for by morphological variations in from inspiring English sources
Light scattering spectroscopy has been applied broadly to identify residual disease in resected breast tissues by detecting changes in the scattering spectrum induced by morphological variations in the size and number of density of cells and the tissue extra-cellular matrix [ 4].
Presumably, the risk of this neuropathy can be increased by morphological variations in suprascapular region such as the presence of a bifid STSL [ 30, 31] or trifid STSL [ 32], a narrow V-shape of the suprascapular notch [ 4], a hypertrophied subscapular muscle [ 31], spinoglenoid ligament [ 33], or the presence of double suprascapular foramen [ 24].
No essential microstructural variation due to the magnetic effect was observed in spite of considerable morphological variations in the region purely controlled by the mass transfer.
One of the ways to resolve this is to compare morphological variations in natural strains and those generated by deleting individual genes.
Morphological variations in the SSN region are common and can increase the risk of neuropathy by constricting the space for the nerve.
Water Rails had previously been placed in four subspecies differentiated by morphological variation and geographic range: R. a. aquaticus in Europe including the British Isles, Northern Africa to North-western Asia; R. a. hibernans in Iceland; R. a. korejewi in Western to Middle Asia, and R. a. indicus in Eastern Asia, including Japan [ 5, 7].
Several cat breeds are defined by morphological variation of the tail.
However, hypotheses on evolutionary relationships among living and fossil species are hampered by restricted knowledge of morphological variation in living groups and recent studies indicate that gnetalean diversity and character evolution may be more complex than previously assumed and involve additional extinct groups (Bennettitales, Erdtmanithecales and unassigned fossil taxa).
The generic form of an action spectrum [in our experiments, photoluminescence excitation (PLE) under absorption in CdS and emission from CdSe in nanocrystal tetrapods, rods, and spheres] was controlled by the physical shape and resulting morphological variation in the quantum confinement parameters of the nanoparticle.
