MSR algorithm analysis. by Federico Comoglio (224744)

“…(B) The mean move length significantly decreases as a function of the protein length. …”

NIK is responsible for noncanonical NF-κB activation in ovarian cancer cell lines. by Masaya Uno (522188)

“…<p>(A) RMG-I and JHOC-5 cells were infected with lentivirus vectors expressing shRNA targeting <i>NIK</i> (shNIK-1) or <i>GFP</i> (shCtl). …”

Bacterial cellulose nanocrystals: from obtaining, under different hydrolysis conditions, the incorporation as reinforcement in poly(L-lactic acid) by Juliana Francine da Costa (4773912)

“…Main results indicate the possibility of obtaining in the condition of: 80% concentration of H2SO4 (m/m), 60 °C and 60 min. For this condition, suitable sizes of the nanocrystals (mean 388 nm), suitable zeta potential (-38 mV) and adequate thermal stability (Tonset2 = 301.9 °C) were obtained. …”

The SPM predicts the observed inter-dependence of release rates and amplitudes following regional SNARE mutation. by Alexander M. Walter (493797)

“…This is in line with experimental data from C-terminal SNARE mutants (purple triangles), which show an increase in the fast time constant of release as well as an increase in slow (red edges) and a decrease in fast (blue edges) burst release. …”

SIRT3 controls intracellular ROS levels. by Xingxing Kong (363056)

“…<p><b>A</b>, C₂C₁₂ myotubes were infected with adenovirus expressing GFP or SIRT3. …”

Image_4_Geochemistry of Noble Gases and CO2 in Fluid Inclusions From Lithospheric Mantle Beneath Wilcza Góra (Lower Silesia, Southwest Poland).JPEG by Andrea Luca Rizzo (6038867)

“…Olivine (Ol) is classified into two groups based on its forsterite content: (1) Fo_88.9−91.5, which accounts for a fertile-to-residual mantle, and (2) Fo_85.5−88.1, which indicates large interactions with circulating (basic) melts. …”

Image_1_Geochemistry of Noble Gases and CO2 in Fluid Inclusions From Lithospheric Mantle Beneath Wilcza Góra (Lower Silesia, Southwest Poland).JPEG by Andrea Luca Rizzo (6038867)

“…Olivine (Ol) is classified into two groups based on its forsterite content: (1) Fo_88.9−91.5, which accounts for a fertile-to-residual mantle, and (2) Fo_85.5−88.1, which indicates large interactions with circulating (basic) melts. …”

Image_2_Geochemistry of Noble Gases and CO2 in Fluid Inclusions From Lithospheric Mantle Beneath Wilcza Góra (Lower Silesia, Southwest Poland).JPEG by Andrea Luca Rizzo (6038867)

“…Olivine (Ol) is classified into two groups based on its forsterite content: (1) Fo_88.9−91.5, which accounts for a fertile-to-residual mantle, and (2) Fo_85.5−88.1, which indicates large interactions with circulating (basic) melts. …”

Image_6_Geochemistry of Noble Gases and CO2 in Fluid Inclusions From Lithospheric Mantle Beneath Wilcza Góra (Lower Silesia, Southwest Poland).JPEG by Andrea Luca Rizzo (6038867)

“…Olivine (Ol) is classified into two groups based on its forsterite content: (1) Fo_88.9−91.5, which accounts for a fertile-to-residual mantle, and (2) Fo_85.5−88.1, which indicates large interactions with circulating (basic) melts. …”

Data_Sheet_1_Geochemistry of Noble Gases and CO2 in Fluid Inclusions From Lithospheric Mantle Beneath Wilcza Góra (Lower Silesia, Southwest Poland).docx by Andrea Luca Rizzo (6038867)

“…Olivine (Ol) is classified into two groups based on its forsterite content: (1) Fo_88.9−91.5, which accounts for a fertile-to-residual mantle, and (2) Fo_85.5−88.1, which indicates large interactions with circulating (basic) melts. …”

Image_3_Geochemistry of Noble Gases and CO2 in Fluid Inclusions From Lithospheric Mantle Beneath Wilcza Góra (Lower Silesia, Southwest Poland).JPEG by Andrea Luca Rizzo (6038867)

“…Olivine (Ol) is classified into two groups based on its forsterite content: (1) Fo_88.9−91.5, which accounts for a fertile-to-residual mantle, and (2) Fo_85.5−88.1, which indicates large interactions with circulating (basic) melts. …”

Image_7_Geochemistry of Noble Gases and CO2 in Fluid Inclusions From Lithospheric Mantle Beneath Wilcza Góra (Lower Silesia, Southwest Poland).JPEG by Andrea Luca Rizzo (6038867)

“…Olivine (Ol) is classified into two groups based on its forsterite content: (1) Fo_88.9−91.5, which accounts for a fertile-to-residual mantle, and (2) Fo_85.5−88.1, which indicates large interactions with circulating (basic) melts. …”

<i>iMeGroCy-2</i> captures the nutritional modulation of cell size and cycle parameters of yeast populations. by Marco Vanoni (25616)

“…(S31) and described in the <a href="http://www.ploscompbiol.org/article/info:doi/10.1371/journal.pcbi.1013296#pcbi.1013296.s001" target="_blank">S1 Text</a>, Section 5. …”

Intelligibility of dysphonic speech in classrooms (Botallico et al., 2023) by Pasquale Bottalico (16318258)

Can whitening toothpastes maintain the optical stability of enamel over time? by Eduardo Moreira da Silva (4828755)

Correlation of image and microarray data by Pavel Tomancak (1491)

Churchill regulates cell movement and mesoderm specification by repressing Nodal signaling-1 by Eric R Londin (83702)

Figure 4: perivascular cells during postnatal development. by Michel Paques (13033443)

HIF-dependent effects on carbohydrate catabolism. by Yan Li (23143)

“…Although sima animals showed a similar trend, the decrease observed was not significant. …”

Spiropyran Sulfonates for Photo- and pH-Responsive Air–Water Interfaces and Aqueous Foam by Marco Schnurbus (5219201)

“…In fact, SFG spectroscopy shows that with increasing pH the intensity of the O–H stretching band from interfacial water molecules increases, which we associate to an increase in surface net charge. At a pH of 5.3, irradiation with blue light leads to a reversible decrease of O–H intensities, whereas the C–H intensities were unchanged compared to the corresponding intensities under dark conditions. …”