Image_2_Toward Assessing Farm-Based Anaerobic Digestate Public Health Risks: Comparative Investigation With Slurry, Effect of Pasteurization Treatments, and Use of Miniature Biorea... by Stephen Nolan (5539115)

“…Taken together we demonstrate that (i) miniature-scale bioreactors are valid proxies of farm-based AD to carry out targeted pathogen survival studies and (ii) in situ AD treatment of slurry prior to land application reduces the level of FIB, independently of pasteurization, which in turn might be indicative of a decreased potential pathogen load to the environment and associated public health risks.…”

Image_3_Toward Assessing Farm-Based Anaerobic Digestate Public Health Risks: Comparative Investigation With Slurry, Effect of Pasteurization Treatments, and Use of Miniature Biorea... by Stephen Nolan (5539115)

“…Taken together we demonstrate that (i) miniature-scale bioreactors are valid proxies of farm-based AD to carry out targeted pathogen survival studies and (ii) in situ AD treatment of slurry prior to land application reduces the level of FIB, independently of pasteurization, which in turn might be indicative of a decreased potential pathogen load to the environment and associated public health risks.…”

Image_1_Toward Assessing Farm-Based Anaerobic Digestate Public Health Risks: Comparative Investigation With Slurry, Effect of Pasteurization Treatments, and Use of Miniature Biorea... by Stephen Nolan (5539115)

“…Taken together we demonstrate that (i) miniature-scale bioreactors are valid proxies of farm-based AD to carry out targeted pathogen survival studies and (ii) in situ AD treatment of slurry prior to land application reduces the level of FIB, independently of pasteurization, which in turn might be indicative of a decreased potential pathogen load to the environment and associated public health risks.…”

Insulin signaling under hypoxic conditions. by Daniel M. Wong (679523)

“…Volumetric analysis also demonstrated no statistical significance (data not shown). Scale bar in A applies to A–C: 10 µm. Scale bar in F represents 0.50 mm. …”

Downregulation of GFAP expression following stimulation with MSC-CM. by Janusz Joachim Jadasz (444310)

“…<p>OPCs were plated for four hours in SATO medium before changing the medium to control (<b>α</b>-MEM) or to mesenchymal stem cell conditioned medium (MSC-CM) and analysis after one, three, six and nine days. (<b>A</b>) Consistently decreased GFAP transcript levels were detected at every time point using quantitative real-time RT-PCR. …”

Effects of single binding site changes on absolute levels, timing or variability of stoichiometry. by Yifat Goldschmidt (743726)

“…For each comparative experiment the mean and standard deviation of ΔT₅₀ and of <i>log(YFP/CFP)</i> in the terminal time point are shown. …”

Bulk Nanobubbles Fabricated by Repeated Compression of Microbubbles by Juan Jin (603043)

“…The results show that NBs with a mean diameter of 240 ± 9 nm and a polydispersity index of 0.25 were successfully prepared. …”

Transplanted cells engrafted the injured hemisphere and increased dopamine levels. by Javier Ganz (580190)

“…<p>Ten weeks post-transplantation TH immunostaining (A) show decreased levels of TH in injured striatum and <i>substantia nigra</i> compared to healthy ones. …”

Changes in PTCs. by Dong Sun (165703)

“…The number of PTCs in the hAFSC group was also reduced compared with the control group; however, the number of PTCs in the hAFSC group was greater than the UUO group (p<0.05) (bar, 50 µm). (<b>D</b>) PTC density in each group. The PTC density was significantly decreased beginning at day 3 in the UUO group. …”

Transplanted cells engrafted the injured hemisphere and increased dopamine levels. by Javier Ganz (580190)

“…<p>Ten weeks post-transplantation TH immunostaining (A) show decreased levels of TH in injured striatum and <i>substantia nigra</i> compared to healthy ones. …”

Effect of BM pretreatment on P-gp level. by Rajbir Singh (451210)

“…<p>(A) Effect of BM pretreatment on intestine and liver MDR1 expression. …”

Mesenchymal nuclei and Collagen-I align with mechanical strain. by Jon Riddell (4240438)

“…<p><b>(A)</b> Plot showing the percentage decrease in anterior-posterior (A-P) and dorsal-ventral (Lat) length of mouse skin explants in a 30 min period (<i>n</i> = 5) when suspended freely in culture medium. …”

PARP Activity Counteracts ISWI Function In Vivo by Anna Sala (270342)

“…Our analysis revealed that on average there is a ∼4.1-fold decrease of the PAR staining in the <i>Parp^C03256</i> mutant that is accompanied by a ∼6.6-fold increase in ISWI staining, when compared to wt chromosomes.…”

Characteristics of axonopathy in <i>wl/wl</i> mice. by Xianjun Zhu (144118)

“…<p>(A) Diagram showing the structures of the spinal cord and associated peripheral nerves. …”

Reactivity of Biarylazacyclooctynones in Copper-Free Click Chemistry by Chelsea G. Gordon (1286376)

Image1_Hyperactive KRAS/MAPK signaling disrupts normal lymphatic vessel architecture and function.JPEG by Lorenzo M. Fernandes (17038200)

“…We demonstrate that KRAS^G12D expression in primary human LECs induces cell spindling, proliferation, and migration. …”

Image3_Hyperactive KRAS/MAPK signaling disrupts normal lymphatic vessel architecture and function.JPEG by Lorenzo M. Fernandes (17038200)

“…We demonstrate that KRAS^G12D expression in primary human LECs induces cell spindling, proliferation, and migration. …”

Image2_Hyperactive KRAS/MAPK signaling disrupts normal lymphatic vessel architecture and function.JPEG by Lorenzo M. Fernandes (17038200)

“…We demonstrate that KRAS^G12D expression in primary human LECs induces cell spindling, proliferation, and migration. …”

Image4_Hyperactive KRAS/MAPK signaling disrupts normal lymphatic vessel architecture and function.JPEG by Lorenzo M. Fernandes (17038200)

“…We demonstrate that KRAS^G12D expression in primary human LECs induces cell spindling, proliferation, and migration. …”

Image5_Hyperactive KRAS/MAPK signaling disrupts normal lymphatic vessel architecture and function.JPEG by Lorenzo M. Fernandes (17038200)

“…We demonstrate that KRAS^G12D expression in primary human LECs induces cell spindling, proliferation, and migration. …”