Sentence examples for principal tissues of from inspiring English sources

Such an analysis has led to the histogen theory, which proposes that the three principal tissues of the root vascular cylinder, cortex, and epidermis originate from three groups of initial cells, or histogens, in the apical meristem plerome, periblem, and dermatogen respectively.

(F ) Rescue effects of expressing ain-1 or ain-2 in specific tissues (driven by tissue-specific promoters for the four principal tissues of C. elegans including the hypodermis, gut, muscle, and nerve; see 'Materials and methods') in the ced-3 lf);ain-1(lf) ced-3 lfutain-1 lf

Detection of both isoforms either in Sanger datasets (Phypa_199161) or in the 454 datasets (Phypa_74146 and Phypa_228333) could be explained by the higher sensitivity of sequencing as compared to the PCR-based approach or by the fact that adult gametophores were used to generate the 454 data, while the validation was carried out in the two principal tissues of the juvenile stage.

Glandular stomach, kidney and thyroid were the principal tissues that gave characteristic patterns of background staining (Fig. S4).

From anthesis, it takes approximately 40 days to form a mature grain composed of 3 principal tissues: the embryo, the endosperm (starchy endosperm and aleurone layers), and the outside layer (seed coat and pericarp).

For an overview of the principal tissue or scaffold organization, histologic sections were obtained from selected remaining tissue samples or scaffold material.

Using the principal of tissue engineering, several groups have demonstrated the feasibility of creating heart valves, blood vessels, and myocardial structures using autologous cells and biodegradable scaffold materials.

Within the synovial tissues of smokers the principal cell type with evidence of AHR activation was a subset of synovial DCs.

One possible strategy to generate a valve substitute that reproduces the function of the native valve would be to apply the principals of tissue engineering.

The principals of tissue engineering, which are applicable elsewhere in the body, hold true for the disc and meniscus.

The principals of tissue engineering approaches to urinary bladder wall augmentation require a favorable environment for smooth muscle regeneration, which is crucial for bladder function.