Sentence examples for a process that is present from inspiring English sources

MEP quantifies protein synthesis, respectively neofibrillogenesis, a process that is present and persists up to the age of 50, then decreases slightly.

However, this adaptive phenomenon may be a finite process that is present in the early stages of the disease but is lost in more advanced stages, when the structural damage and the clinical impairment are too severe to be compensated for.

The similarity in the distribution of EGABA in these two experimental configurations allows us to recognize a common process that is present despite the dissimilarity of the experimental conditions and the fact that the process is independently regulated in time at different SCN regions.

Moreover, abnormalities of the auditory P3 amplitude in schizophrenia seem to reflect a basic underlying patho-physiological process that is present at illness onset and progresses across the illness course [ 27].

The available evidence thus suggests that Cd may further aggravate disturbances in the bone remodeling process that are present in periodontal disease.

In particular, this is the case for the so-called 'non-intentionally added substances 'NIASAS') which are impurities from the intentionally added substances or substances resulting from chemical reactions (such as decomposition products or by-products formed during the production process), that are present in the finished material.

Well calibrated and tested item and large item data banks are a prerequisite for this purpose, a process that is summarised in the present report by Bruce and colleagues.

This presents an opportunity to evaluate processes that are present in many hospitals and health systems and identify truly effective, rather than simply common, practices, as identified within.

Aside from hypoperfusion leading to cellular dysoxia, elevated lactate has been associated with a number of common cellular processes that are present in critical illness.

Historically, the only way to get anything into orbit has been by rocket; a process that is massively expensive, cumbersome, and presents a slew of constraints.

The present study aims to characterize the temperature dependence of polyethylene (PE) solubility in hexane at high pressure using an atomistic-level simulation technique, without the need for expensive and time-consuming experimental methods, to gain significant miscibility insights in polymer processes that are present in a wide range of industrial applications.