To understand the impacts of water-saving activities on regional hydrological processes, we established a comprehensive model that can simulate the water balance in the vadose zone (e.g., evaporation/transpiration, deep percolation etc)., and the regional groundwater flow with their interactions.
Furthermore, by mutating select phosphorylation sites located within proteins representative of key biological processes, we established a functional connection between phosphorylation and the progression of spore revival.
In an attempt to shed light on the underlying processes, we established several animal models, which indicated that loss of NAV3 results in increased metastasis, whereas overexpression curtails metastasis.
In this paper, using the modified hybrid Picard-Mann iteration process, we establish Δ-convergence and strong convergence theorems for total asymptotically nonexpansive mappings on a (CAT 0)) space.
During the cross-validation process, we established an RVM classifier for each kind of activity, i.e., there were in total 13 different RVM classifiers for all kinds of activities.
By using a hierarchical prioritization process we established that at least 16 of 32 top ranked genes were polymorphic in regions encoding poly-Q tracts.
To investigate the pro-oncogenic role of Hsp27 during metastasis process, we established independent clones of B02 cells transfected with shRNA directed against Hsp27 or with mismatches of shRNA.
At the start of the programme development process, we established a planning group comprising interventionists and researchers from the Danish Cancer Society (DCS) and coordinators being responsible for smoking prevention at the local level.
Even though this was an in situ reaction process, we established the structure by H NMR. In the spectrum, new peaks between 6.7 and 7.6 ppm for aromatic protons of pyridyl groups confirmed the formation of the product.
To address the requirement of the NuRD complex in the reprogramming process, we established an Mbd3 −/− clonal neural stem cell (NSC) line from Mbd3 fl/− NSCs and an Mbd3 −/− rescue NSC line (Mbd3 −/− :Mbd3) by stable transfection of an Mbd3 transgene.
