Image_3_JMJD6 orchestrates a transcriptional program in favor of endocrine resistance in ER+ breast cancer cells.tif by Partha Das (659095)

“…Indeed, JOE cells showed a significant decrease in both ESR1 and ER levels and JMJD6 siRNA transfection increased the expression of both. …”

Image_4_JMJD6 orchestrates a transcriptional program in favor of endocrine resistance in ER+ breast cancer cells.tif by Partha Das (659095)

“…Indeed, JOE cells showed a significant decrease in both ESR1 and ER levels and JMJD6 siRNA transfection increased the expression of both. …”

Table_2_JMJD6 orchestrates a transcriptional program in favor of endocrine resistance in ER+ breast cancer cells.xlsx by Partha Das (659095)

“…Indeed, JOE cells showed a significant decrease in both ESR1 and ER levels and JMJD6 siRNA transfection increased the expression of both. …”

Functional connectivity revealed by rsfcMRI. by Corinna M. Bauer (3854026)

“…Increases are represented by orange lines, whereas decreases are represented by cyan lines. Dark blue spheres represent the nodes (i.e. …”

Image_2_JMJD6 orchestrates a transcriptional program in favor of endocrine resistance in ER+ breast cancer cells.tif by Partha Das (659095)

“…Indeed, JOE cells showed a significant decrease in both ESR1 and ER levels and JMJD6 siRNA transfection increased the expression of both. …”

Table_3_JMJD6 orchestrates a transcriptional program in favor of endocrine resistance in ER+ breast cancer cells.xlsx by Partha Das (659095)

“…Indeed, JOE cells showed a significant decrease in both ESR1 and ER levels and JMJD6 siRNA transfection increased the expression of both. …”

Multicellular units can evolve in detrimental environments. by Yuriy Pichugin (4611025)

“…<p>Each panel presents the fraction of the minimal, binary life cycle 1+1 (green) and equal split life cycles with a larger maturity size (orange) for random detrimental environments, where division rates decrease and death rates increase with cluster size. …”

Long-Term Trends in Visibility and at Chengdu, China by Qiyuan Wang (434809)

“…A Positive Matrix Factorization receptor model suggested that coal combustion was the largest contributor to PM_2.5 mass (42.3%) and the dry-air light-scattering coefficient (47.7%); this was followed by vehicular emissions (23.4% and 20.5%, respectively), industrial emissions (14.9% and 18.8%), biomass burning (12.8% and 11.9%), and fugitive dust (6.6% and 1.1%). …”

Logistic growth in density dependent populations. by Mark Bowler (332184)

“…<p>K = carrying capacity. Fig. 1a shows a linear decrease of population growth rate as population size increases and availability of resources per individual therefore declines. …”

The effect of the fraction of type A users on the performance of communities. by Lingfei Wu (453300)

“…These bands are plotted in different colors to shown their derivation from the optimal ratio <i>a</i> = 63%. It is observed that the larger deviation from the optimal ratio is related with more unsustainable growth. …”

Optimization of coal size for beneficiation efficiency promotion in gas–solid fluidized bed by Xuchen Fan (12447922)

“…Fluidization theories, such as pressure drop, gas–solid two-phase model, and particle sedimentation theory could explain that with the decrease in the feeding coal particle size from 10 mm, the probable error <i>E</i> value increases from 0.105 to 0.355 g/cm³, the misplaced material content <i>M</i> increases from 5.48% to 16.13%, and the lower limit of the separation is controlled at 5 mm. …”

Table_3_Global burden of lower respiratory infections during the last three decades.DOC by Saeid Safiri (3713035)

“…Globally, child wasting (33.1%), household air pollution from solid fuels (24.9%) and a lack of access to handwashing facilities (14.4%) made the largest contributions to the LRI burden in 2019.…”

Image_5_Global burden of lower respiratory infections during the last three decades.PDF by Saeid Safiri (3713035)

“…Globally, child wasting (33.1%), household air pollution from solid fuels (24.9%) and a lack of access to handwashing facilities (14.4%) made the largest contributions to the LRI burden in 2019.…”

Presentation_2_Global burden of lower respiratory infections during the last three decades.PDF by Saeid Safiri (3713035)

“…Globally, child wasting (33.1%), household air pollution from solid fuels (24.9%) and a lack of access to handwashing facilities (14.4%) made the largest contributions to the LRI burden in 2019.…”

Image_11_Global burden of lower respiratory infections during the last three decades.PDF by Saeid Safiri (3713035)

“…Globally, child wasting (33.1%), household air pollution from solid fuels (24.9%) and a lack of access to handwashing facilities (14.4%) made the largest contributions to the LRI burden in 2019.…”

Image_14_Global burden of lower respiratory infections during the last three decades.PDF by Saeid Safiri (3713035)

“…Globally, child wasting (33.1%), household air pollution from solid fuels (24.9%) and a lack of access to handwashing facilities (14.4%) made the largest contributions to the LRI burden in 2019.…”

Image_9_Global burden of lower respiratory infections during the last three decades.PDF by Saeid Safiri (3713035)

“…Globally, child wasting (33.1%), household air pollution from solid fuels (24.9%) and a lack of access to handwashing facilities (14.4%) made the largest contributions to the LRI burden in 2019.…”

Table_2_Global burden of lower respiratory infections during the last three decades.DOC by Saeid Safiri (3713035)

“…Globally, child wasting (33.1%), household air pollution from solid fuels (24.9%) and a lack of access to handwashing facilities (14.4%) made the largest contributions to the LRI burden in 2019.…”

Image_8_Global burden of lower respiratory infections during the last three decades.PDF by Saeid Safiri (3713035)

“…Globally, child wasting (33.1%), household air pollution from solid fuels (24.9%) and a lack of access to handwashing facilities (14.4%) made the largest contributions to the LRI burden in 2019.…”

Image_15_Global burden of lower respiratory infections during the last three decades.PDF by Saeid Safiri (3713035)

“…Globally, child wasting (33.1%), household air pollution from solid fuels (24.9%) and a lack of access to handwashing facilities (14.4%) made the largest contributions to the LRI burden in 2019.…”