Sentence examples for most cellular and from inspiring English sources

Most cellular and signaling markers were negligible in control valves.

Our preliminary analyses into the molecular interactions between ciliate host and sequestered nucleus reveal dramatic increases in expression of photosynthetically related pathways in the KN with concomitant decreases in most cellular and genetic pathways.

This is of special interest with regard to the expression of proliferation markers, which is, according to many investigators, concentrated in 'hot spots', that is, the most cellular and invasive front at the periphery of the tumour (Jannink et al, 1995; Beliën et al, 1999, Salminen et al, 2005).

While nfr mutants lack most cellular and physiological responses to rhizobia (Radutoiu et al., 2003), including nodulation factor-induced calcium influx and calcium-spiking, root hairs of symrk mutants respond with calcium influx to nodulation factor but not with calcium-spiking, and do not develop infection threads with rhizobia (Stracke et al., 2002; Miwa et al., 2006).

The weekly i.p. injection of sera from HuRT-DNA-vaccinated mice significantly decreased peritoneal carcinomatosis; therefore, anti-huHER2 antibodies elicited by DNA vaccine in tolerant hosts impair human HER2-positive cancer growth in vivo in immunodeficient mice, even in the absence of most cellular and cytokine responses.

First we formed a model that reproduced and combined most cellular, matrix, and physical components that characterize the physiological osteoblastic niche.

A pioneer in communications and signal processing, he helped invent the space-time codes that provide signal redundancy during data transmission and are now used in most cellular phones, and also developed foundational approaches to cognitive radios and distributed communication techniques that are currently being deployed for sharing valuable spectral resources.

Mitochondria supply most cellular energy and influence cell growth, human disease, and probably aging [1].

The platform capable of supporting 2D (refer to Figure 4) and 3D models can simulate most cellular behaviours and captured not only the differences in system evolution due to the differing initial/boundary conditions but the similarities as well.

Mitochondria exhibit vital and lethal functions in both physiological and pathological conditions because they provide the most cellular energy and also function as a regulator of intrinsic pathway of apoptosis.

Ubiquitination controls the stability of most cellular proteins, and its deregulation contributes to human diseases including cancer.