Sentence examples for development of a cellular from inspiring English sources

Furthermore, during the development of a cellular pattern starting from a planar interface, the crossover wavelength under different solidification speeds, where the deformation is comparable to the wavelength, agrees reasonably well with the Warren Langer theory.

In 1947 he presented Bell Labs in Holmdel, N.J., where he was an engineer, with a memo titled "Mobile Telephony, Wide Area Coverage," which proposed development of a cellular telephone system.

The proliferation of CD8+ T cells detected as early as 15 days post-inoculation (Fig. 2B, CD8 panels) while the viral charge in PBMC was still below the detection level could reflect the development of a cellular anti-AlHV-1 immune response.

The clinical presentation of epileptic patients is the result of the functional control or lack thereof of a network of neurons, and recapitulating such a network could be an essential step toward the development of a cellular disease model.

This approach identified tumor-induced heterogeneity in cell surface antigen expression profiles associated with HMEC escape from cytotoxic T cell-mediated cell death and provides a novel means of selecting cells for the development of a cellular cancer vaccine.

However, extension of such strategies under reproducible clinical conditions at acceptable cost and time lapse remains a major challenge, and development of a-cellular systems offers an attractive alternative [43].

A significant cytotoxicity was found to be expressed by the PBLCs, suggesting that during the development of mesothelioma, a cellular retrodifferentiation occurs, thereby educating the effectors to recognize a common determinant existing in both the tumor and fetal cells.

This type of approach may prove beneficial in DNA vaccines for prostate cancer, where targeted transfection of APCs is key for the development of a robust cellular response to eradicate antigen expressing tumour cells.

Summary: This paper describes the development of a new cellular model to study the neurodegenerative Friedreich's ataxia based on the use and development of new CRISPR and TALEN platforms.

Results This work describes the development of a new cellular model of FRDA to study the disease progression and phenotypes in a time-controlled manner.

However, the overall description of the metabolic and biotechnological capabilities of S. platensis requires the development of a whole cellular metabolism model.