Sentence examples for physiological obstacles from inspiring English sources

For xenotransplantations to become a clinical reality, three barriers must consistently be overcome: immunological and physiological obstacles and the risk of xenozoonosis.

These results indicate that engineering nanostructured self-assemblies has practical implications in overcoming physiological obstacles in cancer therapies such as hypoxic conditions by thermal ablation.

These should be more responsive for delivering by applying safer drug delivery systems or methods by breaching any physical and physiological obstacle that exists in the brain [ 26].

Transcription is the major physiological obstacle for replication (Aguilera, 2005; Bermejo et al., 2012; Rudolph et al., 2007), and failure to assist fork progression across transcription units leads to DNA damage (Bermejo et al., 2009, 2011; Brewer and Fangman, 1988; Huertas and Aguilera, 2003; Sabouri et al., 2012).

Daunting technological, physiological, and political obstacles stand in the way of a project still so undefined that no real dollar figures are attached to it, although the figure of a hundred billion dollars is sometimes used to start a conversation.

Stoudemire carried the Knicks this far, restoring their honor after a lost decade, but he is now facing obstacles physiological and historical.

These nanosystems are not only designed for improved solubility, enhanced bioavailability, and prolonged blood circulation time, furthermore, they can be tailored chemically to achieve selective drug release at the desired sites of action, which can enable them to bypass physiological or pathological obstacles and achieve enhanced therapeutic efficacy.

If the autophagic degradative pathway is faulty, an accumulation of damaged proteins as aggregated deposits takes place that may cause anatomical obstacles to physiological processes [ 1].

Systemic administration of this nanocarrier system demonstrates its ability to overcome obstacles met under physiological conditions.

We built a full-length enriched cDNA library from cassava leaves and roots subject to drought, heat, and acidic conditions, as well as from roots subject to post-harvest physiological deterioration (PPD), a major obstacle for cassava commercialization [ 32].

Sakurai et al. constructed a full-length cDNA enriched library from cassava leaves and roots subjected to drought, heat, and acidic stress treatments, as well as from roots subjected to post-harvest physiological deterioration (PPD), a major obstacle for cassava commercialization.