Distributions of pairwise distances between all individuals and between all VL cases in each para. by Lloyd A. C. Chapman (535792)

Parameter estimates for different models fitted to the data. by Lloyd A. C. Chapman (535792)

Para- and household-level VL incidence, January 1999—June 2004. by Lloyd A. C. Chapman (535792)

Location of study village and surveyed households in Fulbaria upazila, Mymensingh district, Bangladesh. by Lloyd A. C. Chapman (535792)

Definitions and prior distributions of estimated parameters. by Lloyd A. C. Chapman (535792)

Output of the MCMC algorithm for the exponential kernel model. by Lloyd A. C. Chapman (535792)

Relative risk ratios (RRRs) of being classified to a certain trajectory group, group #2 used as a reference. by Roosa Lintuaho (14203309)

Effect of cilostazol on liver TNF-α (A), IL-6 (B), NFκβ (C) and TGFβ (D) in TAA-induced fibrosis in rats. by Sally A. El Awdan (710176)

Multinomial logistic model of the effects of a cluster of phenolic compounds on host and parasitoid survival across development among larvae that survived to at least 50 mg. by Noah H. Rose (703745)

(A and B) ChIP-qPCR analysis of HSF2 binding to the indicated KSHV genomic regions expressed as % of input in KSHV infected latent (A) and lytic (B) cells. by Lorenza Cutrone (21144285)

Dynamic Interaction between a Millimeter-Sized Bubble and Surface Microbubbles in Water by Bo Liu (127343)

“…Furthermore, our results suggest that smaller surface bubbles (30–100 μm) are more effective for the attachment onto a large bubble as the coalescence time decreases considerably when the microbubbles are smaller than 100 μm.…”

Dynamic Interaction between a Millimeter-Sized Bubble and Surface Microbubbles in Water by Bo Liu (127343)

“…Furthermore, our results suggest that smaller surface bubbles (30–100 μm) are more effective for the attachment onto a large bubble as the coalescence time decreases considerably when the microbubbles are smaller than 100 μm.…”

Scaling Laws for the Influence of Gravity and Its Gradient on Dropwise Condensation: A Simulation Study by Chen Ma (714759)

“…We find clear scaling laws between heat flux <i>Q</i>, residual volume <i>V</i>, gravitational acceleration <i>g,</i> and nucleation density <i>N</i>₀ with <i>Q</i> ∼ <i>g</i>^1/6<i>N</i>₀^1/3 and <i>V</i> ∼ <i>g</i>^–1/2<i>N</i>₀⁰. We also identify a critical gravitational acceleration determined by nucleation density, above which a counterintuitive trend emerges: the heat flux decreases with increasing gravitational acceleration. …”

Mean amplitude values during a complete 360° rotation for the external oblique muscle. by Christoph Anders (4068499)

“…The values for the movement half-phase with decreasing load are mirrored to enable a direct comparison between both movement half-phases. …”

Network life cycle as a function of the distance of the device from the position of the central node. by Changcheng Li (163757)

Mean amplitude values during a complete 360° rotation for the internal oblique muscle. by Christoph Anders (4068499)

“…The values for the movement half-phase with decreasing load are mirrored to enable a direct comparison between both movement half-phases. …”

Mean amplitude values during a complete 360° rotation for the rectus abdominis muscle. by Christoph Anders (4068499)

“…The values for the movement half-phase with decreasing load are mirrored to enable a direct comparison between both movement half-phases. …”

Scaling Laws for the Influence of Gravity and Its Gradient on Dropwise Condensation: A Simulation Study by Chen Ma (714759)

“…We find clear scaling laws between heat flux <i>Q</i>, residual volume <i>V</i>, gravitational acceleration <i>g,</i> and nucleation density <i>N</i>₀ with <i>Q</i> ∼ <i>g</i>^1/6<i>N</i>₀^1/3 and <i>V</i> ∼ <i>g</i>^–1/2<i>N</i>₀⁰. We also identify a critical gravitational acceleration determined by nucleation density, above which a counterintuitive trend emerges: the heat flux decreases with increasing gravitational acceleration. …”

Radiographic and magnetic resonance images from a sample patient. by Chien-Hua Chen (558598)

Biphasic fever is a characteristic of VEEV infection in cynomolgus macaques. by Henry Ma (6077057)