Introduction to Effectively Enhanced

What is/are Effectively Enhanced?

Effectively Enhanced - Via a numerical reconstruction and filtering algorithm for holograms, the lateral spatial resolution of SPRHM can be effectively enhanced to reach nearly 1 µm at a wavelength of 632. ^[1] Therefore, this research proposed an in-text citation sentiment analysis-based approach for binary classification which effectively enhanced the results of the state-of-the-art. ^[2] The students’ practical ability is effectively enhanced by combining the theory and practice and the hardware and software during the teaching process. ^[3] By keeping the positive and negative distribution of the shock signal x ( t ), the fundamental frequency energy of the impulses can be effectively enhanced. ^[4] The results of comparative predictions between the proposed framework and existing systems showed that the proposed system more efficiently and effectively enhanced the security of the IoT environment from attacks. ^[5] Myogenesis was effectively enhanced in C2C12 cells treated with a combination of capsaicin (300 μM) for one day before differentiation stimulation and AsAp for four days post-differentiation; subsequently, thick and long myotubes formed, and the expression levels of myosin heavy chain (MYH) 1/2 and Myh1, Myh4, and Myh7 increased. ^[6] The results show that the phase-locked behavior of an STJ can be effectively enhanced by colored noise whose power spectral density per unit of bandwidth is proportional to its frequency. ^[7] The blending and tensile strengths of silane-modified composites were effectively enhanced, with KH-570-modified composite exhibiting the best blending and tensile strengths. ^[8] Through the ET of Ce3+ → Cr3+, the absorption of Cr3+ can be effectively enhanced. ^[9] The layer structure of LDH, conductivity of Ni-CAT and MWCNT improved the flow efficiency of ions between layers and effectively reduced transmission resistance, and these have effectively enhanced the cycle stability and power generation efficiency of the electrode. ^[10] With a deep understanding of associated electrochemical processes, the component and structural optimization of Si-graphite anodes could be effectively enhanced. ^[11] The findings suggested that the filtration properties of fabricated membrane were effectively enhanced through the incorporation of PAC. ^[12] Moreover, the optical absorption competence of the composites was effectively enhanced because of the introduction of narrow bandgap Co9S8 due to its black intrinsic color. ^[13] Upon the addition of sodium dodecyl sulfate (SDS), the fluorescence intensity of L-Cyst-CdS QDs can be effectively enhanced. ^[14] On the other hand, liver-type fatty acid binding protein (L-FABP) and CD36 expression were effectively enhanced in exposed liver tissues, but not EHHADH, suggesting differential mechanism of toxicity in heart and liver tissues. ^[15] The conductivity of thermoplastic polymers can be effectively enhanced by using conductive fillers on surfaces. ^[16] The weight loss and electrochemical test results exhibited that compared to the blank systems, the corrosion inhibition efficiency was effectively enhanced with increasing the concentrations of two imidazoline derivatives, the maximum corrosion inhibition efficiency of weight-loss test is 96. ^[17] The performances of transition-metal oxides as battery-type electrodes can be effectively enhanced by optimizing their intrinsic properties and integrating conductive components. ^[18] The wake features in the Stokes vector linear polarization component (Q, U) images are effectively enhanced, and the environmental adverse effect on these images is smaller than that on the intensity images. ^[19]

Also Effectively Enhanced

EECT also effectively enhanced the production and secretion of immunomodulatory mediators, such as nitric oxide and prostaglandin E2, and cytokines. ^[1] The proposed approach also effectively enhanced students’ self-efficacy and reduced their cognitive load. ^[2] The weld attributes were also effectively enhanced by adopting proper welding force. ^[3] CBD also effectively enhanced native M-current in both mouse superior cervical ganglion neurons and rat hippocampal neurons. ^[4] Chlorella vulgaris also effectively enhanced the photodegradation of codeine and cephradine. ^[5] In addition, doping with elements (N) also effectively enhanced the fluorescent performance of the CDs. ^[6] In present work, extrusion pretreatment with 23% (w/w) distilled water, 2% (w/w) glycerol and 1g/L NaHCO3 as moisture agent, not only reduced the particle size, crystallinity and component contents (cellulose, hemicelluloses and lignin) of rice straw, but also effectively enhanced chaetoglobosin A yield and degradation rate of rice straw by C. ^[7]

Treatment Effectively Enhanced

The results showed that MT, ABA, and MT + ABA treatments effectively enhanced antioxidant capacity to reduce reactive oxygen species (ROS) and malondialdehyde (MDA) levels in tomato seedlings. ^[1] In line with these findings, we also found that adiponectin treatment effectively enhanced synthesis and release of monocarboxylates. ^[2] MLT treatment effectively enhanced APX and SOD activities, increased flavonoid, phenolics, and glutathione content, protected cytomembrane integrity, inhibited the production of O2 •− and H2O2 and browning‐related enzymes, and thus delayed the longan pericarp browning. ^[3] Results: Donepezil treatment effectively enhanced parasympathetic activity. ^[4] The findings suggest that postharvest L-lysine treatment effectively enhanced disease resistance through inhibiting reactive oxygen species (ROS) production and activating defense-related protein in pear fruit. ^[5]

Method Effectively Enhanced

The precursor reaction method effectively enhanced the dispersity and utilization efficiency of modification molecule. ^[1] Hence, it can be concluded that UHD method effectively enhanced the extraction efficiency to increase the extraction yield of phenolic compounds in S. ^[2] The laser shock peening method effectively enhanced the surface mechanical properties of pure copper. ^[3]

Doping Effectively Enhanced

S doping effectively enhanced the catalytic properties, and the catalytic process gradually switched from non-radical (1O2) into radical (SO4 −) with the increase of S doping ratio. ^[1] Due to the shallow impurity energy level and additional energy states introduced by the d-unfilled electrons in the valence band, Fe3+ doping effectively enhanced the electrical transport properties of Cu2SnS3, and the ultra-high power factor of 1. ^[2] The reaction mechanism studies revealed that the cobalt doping effectively enhanced the hydrogenation activity of the copper-based catalyst on the C–O bond at a low temperature. ^[3]

Nanoparticle Effectively Enhanced

Increasing the concentration of the nanoparticles effectively enhanced the brake thermal efficiency and reduced the emission of pollutants such as CO, CO2 and HC. ^[1] The cavities were distributed around 5 μm in size due to the limited evaporation of solvents, while the introduction of TiO2 nanoparticles effectively enhanced the solar reflectance to 0. ^[2] 4 g/L) of these nanoparticles effectively enhanced the fermentation process. ^[3]

Inhibitor Effectively Enhanced

Use of the miR-942-5p inhibitor effectively enhanced the proliferative potential of CRC cells. ^[1] Although AZD2014 was more effective for cell growth inhibition and PDT enhancement than ra