Viral dissemination in infected animals. by Ramona Moles (8153181)

Comparison of the effect of IFN-γ in maturing cells and non-maturing PLB-985 cells. by Michael A. Ellison (789371)

“…The DMSO plus IFN-γ versus DMSO fold change models the effect of IFN-γ on maturing cells whereas the IFN-γ versus untreated fold change represents its effect on non-maturing cells. Graphs A, B and C show the results for those genes where the DMSO plus IFN-γ versus DMSO fold change (increase or decrease) was greater than 5 fold, 2 to 5 fold or less than 2 fold, respectively.…”

Schematic representation of the <i>E. coli</i> glycerol dissimilation pathways and the change in intracellular glycerol content. by Jie Pan (187977)

“…<p>Expression levels of the major enzymes were found to be decreased by at least 2-fold (grey shading), as indicated by proteomics analysis. …”

Temporal dynamics of Covid-19 in Brazil sourced from different datasets. by Hélder Seixas Lima (18840636)

Time series of Covid-19 Case Fatality Rate (CFR) in Brazil. by Hélder Seixas Lima (18840636)

MicroRNA-193a inhibits breast cancer proliferation and metastasis by downregulating WT1 by FeiYan Xie (4503430)

“…In this study, we found decreased miR-193a (specifically, miR-193a-5p) expression not only in breast cancer cell lines but also in breast cancer tissues as compared with the adjacent non-tumor tissues. …”

Image2.tif by Zenith Gaye A. Orozco (4953229)

“…<p>The mRNA expressions of the epithelial neutral amino acid transporters slc6a18 and slc6a19a in the five segments (HL, PMC, GL, DMC, and TS) of the intestine of Mozambique tilapia, and their responses to fasting and refeeding were investigated for a better understanding of the functional and nutritional characteristics of slc6a18 and slc6a19a. …”

Image1.tif by Zenith Gaye A. Orozco (4953229)

“…<p>The mRNA expressions of the epithelial neutral amino acid transporters slc6a18 and slc6a19a in the five segments (HL, PMC, GL, DMC, and TS) of the intestine of Mozambique tilapia, and their responses to fasting and refeeding were investigated for a better understanding of the functional and nutritional characteristics of slc6a18 and slc6a19a. …”

Image3.tif by Zenith Gaye A. Orozco (4953229)

“…<p>The mRNA expressions of the epithelial neutral amino acid transporters slc6a18 and slc6a19a in the five segments (HL, PMC, GL, DMC, and TS) of the intestine of Mozambique tilapia, and their responses to fasting and refeeding were investigated for a better understanding of the functional and nutritional characteristics of slc6a18 and slc6a19a. …”

Fig 4 - by Zeenat A. Shyr (12107048)

Forecasting Covid-19 dynamics in Brazil for different outbreaks. by Hélder Seixas Lima (18840636)

Forecasting Covid-19 dynamics during the initial outbreak in Brazil. by Hélder Seixas Lima (18840636)

Schematic illustration of MelcaTle. by Soji Morishita (382795)

Time series of Covid-19 in Brazil at the reported date on the national monitoring panel. by Hélder Seixas Lima (18840636)

A significant interaction of FC among cerebellar sub-regions and cerebral cortexes. by Mengling Shao (7450343)

“…The experimental group had stronger FC between left cerebellar hemispheric IV-V (A) and right cerebellar hemispheric VIII (B); between right cerebellar hemispheric VIII (B) and right hippocampus (C); between right cerebellar hemispheric VIII (B) and left middle cingulate gyrus (D); between cerebellar vermal IX (E) and right cerebellar hemispheric VIII (B) after training. …”

Model parameter bounds for optimization. by Hélder Seixas Lima (18840636)

“…<div><p>Our study conducts a comprehensive analysis of the Covid-19 pandemic in Brazil, spanning five waves over three years. …”

Summary of Covid-19 data in Brazil (2020–2022). by Hélder Seixas Lima (18840636)

“…<div><p>Our study conducts a comprehensive analysis of the Covid-19 pandemic in Brazil, spanning five waves over three years. …”

Lessons from writing sessions: a school-based randomized trial with adolescent orphans in Rwanda by Johanna Unterhitzenberger (6931928)

Immunophenotype of HTLV-1_WT inoculated animals. by Ramona Moles (8153181)

Immunophenotype of control groups. by Ramona Moles (8153181)