Figure S1 - Methionine Sulfoxide Reductase A (MsrA) Deficient <em>Mycoplasma genitalium</em> Shows Decreased Interactions with Host Cells by Kishore Das (167540)

Regions of significantly decreased ACM of SP-MS relative to RR-MS patients. by Mark Lyksborg (583318)

Whole brain volume change over 5 years using the SIENA pipeline. by Renxin Chu (5169857)

Cerebral deep gray matter volume change over 5 years with the FSL-FIRST pipeline. by Renxin Chu (5169857)

SLE decreases risk for hormonal cancers. by Deborah K. Johnson (10001156)

“…(b) Prostate cancer incidence in male SLE cohort is significantly decreased by SLE status (OR 0.23, 95% CI 0.089, 0.50, p = 0.0053).…”

Gap Δ versus <em>U</em> at <em>T</em> = 0 for different values of the interpolating parameter <em>a</em> and at half-filling (<em>n</em> = 1) by G Mazzucchi (557358)

“…The reason for such a choice is that the π-flux cubic lattice displays Dirac points and that decreasing the hopping coefficient in a spatial direction (say, <em>t_z</em>), these Dirac points are unaltered: it is then possible to study the 3D–2D interpolation towards the π-flux square lattice. …”

Critical value <em>U_c</em> versus the interpolating parameter <em>a</em> at <em>T</em> = 0 and half-filling (as in figure 5) by G Mazzucchi (557358)

“…The reason for such a choice is that the π-flux cubic lattice displays Dirac points and that decreasing the hopping coefficient in a spatial direction (say, <em>t_z</em>), these Dirac points are unaltered: it is then possible to study the 3D–2D interpolation towards the π-flux square lattice. …”

Comparison of the ISIs that caused 0%, 50% and 100% decreases in response magnitudes (AI spikes, AI fEPSP and MGBv spikes) to succeeding tone. by Colin Xiong (9182695)

Velocity fields in patients’ CA show the transition to laminar flow with decreased flow velocity. by Mary Hammes (2609983)

Critical temperature <em>T_c</em> (in units of <em>t</em>) for different values of the interpolating parameter <em>a</em> at half-filling (from top to bottom, <em>a</em>... by G Mazzucchi (557358)

“…The reason for such a choice is that the π-flux cubic lattice displays Dirac points and that decreasing the hopping coefficient in a spatial direction (say, <em>t_z</em>), these Dirac points are unaltered: it is then possible to study the 3D–2D interpolation towards the π-flux square lattice. …”

An increase in MOI decreases neuronal dendrite numbers. by Emily Z. Tabaie (16630841)

Stroma decreases spheroid size by decreasing cell width. by Karen F. Chambers (224337)

Rg3 decreases HDAC3 expression. by Xiu Shan (62157)

Decrease in Rac1 activity in the presence of nectin2alpha:Fc in 3-D cell aggregates. by Khameeka N. Kitt (227731)

Overexpression of mC4 decreased membrane capacitance without altering overall excitability. by Ashley L. Comer (8299128)

Unique Biofilm Signature, Drug Susceptibility and Decreased Virulence in <em>Drosophila</em> through the <em>Pseudomonas aeruginosa</em> Two-Component System PprAB by Sophie de Bentzmann (116508)

“…Here we decipher the regulon of the <em>P. aeruginosa</em> response regulator PprB of the TCS PprAB. …”

Rac1 activity rapidly decreases upon cell-cell adhesion in 3-D cell aggregates. by Khameeka N. Kitt (227731)

“…<p>Contact naïve MDCK GII cells were trypsinized, resuspended in low calcium media, and spun down to form 3-D cell aggregates. Cell-cell adhesion was induced by incubating cells in normal calcium media and cell lysates for each time point were incubated with GST-PAK and separated by SDS-PAGE followed by immunoblotting for Rac1 and GAPDH. …”

PNs, ORNs and LNs response to a short (50 ms) pulse, similar results of Fig 4. by Mario Pannunzi (553941)

Rac1 activity decreases in the presence of DECMA-1 and E-cadherin:Fc in 3-D cell aggregates. by Khameeka N. Kitt (227731)

“…Blocking E-cadherin or addition of exogenous E-cadherin:Fc decreased Rac1 activity levels. Fc protein did not affect Rac1 active levels. …”

Critical interaction <em>U_c</em> for different values of the anisotropy parameter <em>a</em> for the π-flux cubic lattice model at half-filling by G Mazzucchi (557358)

“…The reason for such a choice is that the π-flux cubic lattice displays Dirac points and that decreasing the hopping coefficient in a spatial direction (say, <em>t_z</em>), these Dirac points are unaltered: it is then possible to study the 3D–2D interpolation towards the π-flux square lattice. …”