Sentence examples for a useful model because from inspiring English sources

Taken together, these recent theoretical and experimental studies confirm that the cellular tensegrity model is a useful model because it provides a mechanism to link mechanics to structure at the molecular level, in addition to helping to explain how mechanical signals are transduced into biochemical responses within living cells and tissues.

LNCaP cells provided a useful model because they are an androgen-responsive human prostate adenocarcinoma cell line that expresses androgen-inducible genes such as PSA (Murtha et al, 1993).

In this aspect, the spontaneously hypertensive rats (SHR) is an useful model, because it presents hypertension (with spontaneous systemic development as observed in humans) and glucose metabolism disturbs [ 11].

Inhibition of complex II with 3-nitropropionic acid became a useful model of HD because it produced lesions in the striatum that were similar to the cell loss in HD (Beal et al., 1993; Damiano et al., 2009).

Pigs are a useful model animals of humans because they have similar anatomy and digestive physiology to human [1] [2].

Confluent primary astrocytes cultures are a useful model for these studies because these cells are homogeneous, differentiated, slowly-dividing, and non-neoplastic, with a correspondingly low level of spontaneous apoptosis.

In our opinion, the experimentally M. suis-infected splenectomised pig represents a useful model for investigating AIHA because of the controllable inducible symptoms.

The CF mouse gastrointestinal tract provides a useful model to test potential therapies because of the wide-ranging and dramatic changes that occur compared to control WT mice.

Ishikawa cell line could be a useful model to study endometrial CSCs because it has a higher percentage of CD133+ cells and ability to undergo differentiation into other lineages [ 7].

Bighorn sheep in North America provide a useful model for examining this issue because they are highly susceptible to infectious diseases, and they are frequently translocated to re-establish or augment populations.

The fruit fly is a useful model to tease out these mechanisms because it has a highly conserved innate immunity but lacks a traditional cell-mediated acquired immunity and the vast adaptability of the human immune system [15] [20].