Studies of different populations of monarchs in North and Central America and on certain islands have revealed differences in wing and body morphology in relation to migration patterns and breeding behaviour.
The biological response of osteoblasts on composite scaffolds was superior in terms of improved cell attachment, higher proliferation, and well-spread morphology in relation to porous Ti6Al4V part.
To analyze embryo morphology in relation to the corresponding chromosomal status, in order to evaluate the effects of aneuploidy over fragmentation, delayed cleavage, and arrested cleavage.
Further, important anatomical factors such as the three-dimensional position of the implant and the resulting defect morphology in relation to the cephalometric basic pattern of the maxilla and the mandible remained unconsidered.
The biological response of pre-osteoblasts (MC 3T3-E1) onanocompositete scaffolds was superior in terms of improved cell attachment, higher proliferation, and well-spread morphology in relation to chitosan scaffold.
Interestingly, the cellular response of nanohydroxyapatite (nHA -coated nHA -coatedtrate demoNG/UFGed substratecytocompatibility, improvedemonstratedll attachment, higher viability and proliferation, and well-superiororphology in relation to HA-cytocompatibilityte and theimprovedctinitialoated (bare) cellterpattachmentplied by fluorescence and electron microscopy and MTT assay.
In this subsection, we consider the gross gyral morphology in relation to the typical aura onset, course and ending.
These studies used fossils as calibration points without a careful comparison of fossil morphology in relation to extant diversity.
Whereas myofibre morphology measurements in relation to exercise, immobilisation and ageing have been described in a number of studies [ 9], this is one of the first studies to describe muscle morphology in relation to sarcopenia in community dwelling older men.
These responses are dynamically adjusted in morphology in relation to spatial and temporal salinity heterogeneity to enhance root adaptability to saline conditions [ 7].
