Sentence examples for because these molecules are from inspiring English sources

And because these molecules are well understood, they can be manufactured synthetically.

Because these molecules are upstream of multiple intracellular signaling pathways, however, current therapy is often accompanied by significant off-target effects and toxicity.

Because these molecules are encodable in DNA, they can be introduced into intact animals by genetic manipulation, and their expression pattern can be tailored to include — exclusively and at the same time comprehensively — the neurons of interest.

Natural products, a reliable source of new therapeutic leads for many years, have fallen into disfavor with drug discoverers partly because these molecules are rarely available as pure compounds and sourcing is often problematic.

This is because these molecules are embedded into a polar medium (i.e., a close-packed SAM) rather than in vacuum.

Further, because these molecules are found in fruits and plant tissues and are produced in fermentation pathways, they are likely to be ecologically relevant to Drosophila.

They have gained a lot of interest because of their potential use as biomarkers in various cancer types because some of these molecules are abundantly expressed in cancer tissues (Catto et al, 2011) and most of them reveal high stability in body fluids (Reis et al, 2010).

Interestingly, we also showed that NF-κB translocation into the nucleus is inhibited by CACF, which could subsequently affect the expression levels of Bcl-2 and p53, because both of these molecules are downsream transcription targets of the NF-κB pathway [ 30, 39, 40].

Although a PubMed search indicates that eryptosis has not yet been reported in PD, the next paragraphs will argue (and we later show) that eryptosis may indeed be present in PD, due to the changed signalling molecule profiles, and mostly also because it is known that these molecules are also involved in a changed coagulation profile.

These molecules are attractive because they can enter the brain via the blood (i.e., cross the blood brain barrier) and exert a broad range of effects in the CNS, including enhanced memory formation as well as anti-inflammatory and neuroprotective effects (Kazantsev and Thompson 2008; Sweatt 2009).

Because these molecules were small proteins unique to L. enzymogenes, we designated them as Lsp1, Lsp2, and Lsp3.