Sentence examples for morphological ultrastructural and from inspiring English sources

Our data demonstrate that during the development of adult Drosophila muscles lb is required for the establishment of morphological, ultrastructural and functional properties of leg muscles.

In particular we show that lbe, the Drosophila orthologue of the Lbx1 gene, required for the migration and development of vertebrate limb muscle precursors [2], [3] is essential for establishing morphological, ultrastructural and functional properties of leg muscles in the fruit fly.

Herein we describe a carcinosarcoma of the ascending colon, with morphological, ultrastructural and molecular analysis.

These cells grow in continuous culture and exhibit the morphological, ultrastructural and immunohistochemical features of epithelial cells of mammary origin.

The combined use of these morphological, ultrastructural and molecular attributes revealed that only the Baker strain belongs to the genus Chlorella (C. vulgaris), while the Coliumo strain corresponds to the recently amended genus Chloroidium (C. saccharophilum).

We demonstrated that the morphological, ultrastructural, and biochemical properties of LBs in this patient were identical to those in PD and diffuse Lewy body disease (DLB) patients [ 12, 16, 23].

These untransformed murine cells, generated from liver explants of transgenic mice expressing a constitutively active truncated form of the human cyto-Met, stably grow in vitro and display characteristics typical of hepatocytes as indicated by morphological, ultrastructural, cytochemical, and functional criteria.

Skin reconstructs exhibits in vivo-like morphological, ultrastructural characteristics and the production of melanin granules, which were induced in skin constructs with HPK and HPM by a very lose-dose UVB irradiation (25 J/m per day for 3 days) and progressively populated the layers of the tissue.

We began our planning of this experimental project on the assumption that the "forms" of most characters (morphological, ultrastructural, molecular) of living beings are related to their functions, which in their turn are linked to the environments inhabited by organisms.

DOI: http://dx.doi.org/10.7554/eLife.01901.003 Whether lanceolate complexes comprised of unique combinations of LTMR subtypes around the three types of hair follicles exhibit unique morphological, ultrastructural, or organizational patterns is an intriguing, unanswered question.

Analyses of morphological and ultrastructural characters, and also of the information carried by gene sequences have established that green algae belonging to the class Charophyceae gave rise to the more than 500,000 land plant species currently inhabiting our planet [ 1, 2].