Sentence examples for physiological root from inspiring English sources

The aim of this study was to analyze the outcomes of Ca(OH 2 pulpotomies, to investigate the incidence of internal resorption following pulpotomy, and to investigate the relationship between internal resorption and physiological root resorption.

This paper aims to establish control theoretical validity of the feedback error learning scheme proposed as an architecture of brain motor control with deep physiological root in computational neuroscience.

doppel is a new breed of wearable technology that is built from a deep understanding of the physiological roots of emotions.

Possible physiological roots for these differences include further myocardial changes, which are observed in continued atrioventricular valve and extracellular matrix development at 5 weeks of age [ 37], or hormonal shifts as mice reach sexual maturity manifesting in differential autonomic regulation [ 36].

From a physiological perspective, root growth maintenance is predominantly regulated by the plant hormone abscisic acid (ABA).

The cytokinesis-related localization patterns of GFP-RabA1d were further followed by light-sheet microscopy which allows the observation of a physiological, unstressed root growth [ 46].

Multiple alterations in physiological behaviour, root morphological and anatomical structure, stomatal response and gene expression in various signalling pathways were found to be responsible for increased tolerance in the mutant.

We document, over an 11-year period, the evolution of increased reproductive output as well as greater physiological and root-allocational plasticity in response to the more open, sunny conditions found in the North American range in which the species has become invasive.

Levels of mRNA of the HtPIP2 4 aquaporin (AQP) gene were determined together with a range of physiological responses including root hydraulic conductivity, osmotic potential of root xylem sap, transpiration, leaf relative water content, root water content, leaf water potential, leaf sap osmolality, leaf length, leaf area and chlorophyll content.

In this study, we performed a transcriptome analysis using RNA-seq to analyze the transcriptome of roots focusing on the molecular basis of the physiological processes during root elongation under salinity stress in two distinct bermudagrass genotypes: C198, a salt-susceptible genotype, and C43, a salt tolerant genotype [ 11].

The results imply that the root physiological activity of Trichoderma sp. SL2 is the highest among the Trichoderma spp. studied.