Sentence examples for morphological variations from from inspiring English sources

One thousand sperms for each rat were analyzed to decide the morphological variations from the norm under oil immersion.

Three-dimensional statistical shape modelling was used to extract morphological variations from surface models of the lateral menisci of 50 control subjects obtained from a publically available dataset.

The cases of malformed Simmental calves presented here showed the same morphology described in the arachnomelia syndrome in Brown Swiss [e.g. [ 3]], even though there is a certain morphological variation from mild to severe malformations.

There is continuous molecular and morphological variation from Tasmanian E. globulus to the closely related, northerly E. bicostata and E. pseudoglobulus, and the low S/G in the mainland subraces of E. globulus is potentially reflective of their intermediate status (Jones 2009).

The ultrastructure of the melanin in neurones showed a wide range of morphological variation from electron-dense membrane-bound vesicles, similar to those seen in eumelanin production, to structures which show the three levels of electron density that has been described in neuromelanin but with rather more defined membranes than is sometimes described in neuromelanin [ 8].

An additional challenge to the dogma is the fact that articular cartilage is not homogenous; instead, biochemical and morphological variations are seen from the surface zone (SZ) through the middle zone (MZ) and down to the deep zone (DZ).

For each AFLP locus, the genotype of individuals was regressed against the individual values for each of the five putative adaptive trait variables measured: spawning date, spawning depth, gill-raker number, PC score on principal axes of morphological variation resulting from LM measurements and GM analysis of shape.

The incidence was calculated for both the principal item and the secondary item (Figure 2). Figure 2 Morphological variations of IC as observed from the side [18].

This study was designed to determine the optimum dose of acute gamma radiation for selected C. alismatifolia varieties, describe the morphological variations as affected and developed from acute gamma irradiation, and elucidate the genetic variation among the irradiated C. alismatifolia varieties using microsatellite DNA markers.

Morphological variations with doping amount are observed from scanning electron micrographs.

Small morphological variations such as broader leaves have been recorded from these two small populations, which are restricted to an area of just a few hundred square meters.