Table_4_Modelling the bottom-up effects of climate change on primary production in the Gulf of St. Lawrence and eastern Scotian Shelf.docx by Zhi-Ping Mei (19427332)

“…Results reveal a projected 13.4% decrease in annual primary production across the GSL system over the next 70 years. …”

Table3_Modelling the bottom-up effects of climate change on primary production in the Gulf of St. Lawrence and eastern Scotian Shelf.docx by Zhi-Ping Mei (19427332)

“…Results reveal a projected 13.4% decrease in annual primary production across the GSL system over the next 70 years. …”

Table_1_Modelling the bottom-up effects of climate change on primary production in the Gulf of St. Lawrence and eastern Scotian Shelf.docx by Zhi-Ping Mei (19427332)

“…Results reveal a projected 13.4% decrease in annual primary production across the GSL system over the next 70 years. …”

Table_3_Modelling the bottom-up effects of climate change on primary production in the Gulf of St. Lawrence and eastern Scotian Shelf.docx by Zhi-Ping Mei (19427332)

“…Results reveal a projected 13.4% decrease in annual primary production across the GSL system over the next 70 years. …”

Image3_Modelling the bottom-up effects of climate change on primary production in the Gulf of St. Lawrence and eastern Scotian Shelf.png by Zhi-Ping Mei (19427332)

“…Results reveal a projected 13.4% decrease in annual primary production across the GSL system over the next 70 years. …”

Image_4_Modelling the bottom-up effects of climate change on primary production in the Gulf of St. Lawrence and eastern Scotian Shelf.png by Zhi-Ping Mei (19427332)

“…Results reveal a projected 13.4% decrease in annual primary production across the GSL system over the next 70 years. …”

Image_2_Modelling the bottom-up effects of climate change on primary production in the Gulf of St. Lawrence and eastern Scotian Shelf.png by Zhi-Ping Mei (19427332)

“…Results reveal a projected 13.4% decrease in annual primary production across the GSL system over the next 70 years. …”

Table1_Modelling the bottom-up effects of climate change on primary production in the Gulf of St. Lawrence and eastern Scotian Shelf.docx by Zhi-Ping Mei (19427332)

“…Results reveal a projected 13.4% decrease in annual primary production across the GSL system over the next 70 years. …”

Effect of microRNAs in fate determination of memory CD8 T cells. by Gonzalo Almanza (246998)

“…↑and↓ refer to net increase/decrease from the corresponding baseline values. Δ refers to a variation between IL-15-derived and IL-2-derived memory T cells at corresponding time points. …”

The ability of MLR-Tregs to allospecifically suppress MLR proliferation. by Yuming Yu (212650)

“…Note the drastic decrease in the inhibitory effect by MLR-Tregs in the non-specific culture combinations as the modulator cell concentrations decreased (** = p<0.01; n = 5).…”

Table2_Modelling the bottom-up effects of climate change on primary production in the Gulf of St. Lawrence and eastern Scotian Shelf.docx by Zhi-Ping Mei (19427332)

“…Results reveal a projected 13.4% decrease in annual primary production across the GSL system over the next 70 years. …”

Image_7_Modelling the bottom-up effects of climate change on primary production in the Gulf of St. Lawrence and eastern Scotian Shelf.png by Zhi-Ping Mei (19427332)

“…Results reveal a projected 13.4% decrease in annual primary production across the GSL system over the next 70 years. …”

Oxygen consumption (QO₂). by Mario Bianco (6894257)

“…The slopes of the lines gives a better comparison between the rates of [O₂] decrease during state 3 (dashed) and state 4 of respiration (dotted) in Sham (<b>D</b>), CL (<b>E</b>) and UUO (<b>F</b>) groups.…”

Image7_Modelling the bottom-up effects of climate change on primary production in the Gulf of St. Lawrence and eastern Scotian Shelf.png by Zhi-Ping Mei (19427332)

“…Results reveal a projected 13.4% decrease in annual primary production across the GSL system over the next 70 years. …”

Comparison of the enzymatic activities of native wt RM.TthHB27I and recombinant synthetic RM.TthHB27I thermozymes. by Daria Krefft (4518481)

“…<p>Lanes M1, GeneRuler 1 kb DNA Ladder; lanes M2, 100 bp Plus DNA Ladder; lanes K, untreated PCR fragment. (A) Titration of native wt RM.TthHB27I MTase activity. 0.5 μg of 1789 bp PCR DNA substrate was incubated for 6 h with decreasing amounts of native wt RM.TthHB27I in the MTase reaction buffer supplemented with 100 μM SAM and 6 mM Ca²⁺ at 65°C. …”

Longitudinal change of circulating tumor cell level and its relationship with immune checkpoint inhibitor-based treatment benefits in unresectable, metastatic colorectal cancer pat... by Hua Fan (495346)

“…Meanwhile, CTC count at M2 was decreased versus that at baseline (median (interquartile range): 1.0 (0.0–3.0) versus 3.0 (0.0–5.0)) (<i>p</i> < 0.001). …”

The proportion of CD4⁺T cells expressing CD45RB^high and CD45RB^low was influenced by the diet. by Julie Christine Antvorskov (329686)

Simulations with mutating cells and stable vasculature. by András Szabó (3034779)

“…During the cell number drop the pressure is moderated to almost half, after which it is increasing to reach a plateau. The tissue coverage drops from the initial full coverage to approximately 50%. …”

TRPV4 mediated calcium influx after stretch. by N. Pairet (5109128)

“…(B) Summary of the mean % Ca²⁺ response from the 60 sec after stretch, a 2.5 fold increase in the [Ca2+]_i was observed that was significantly decreased by 26% with the TRPV4 antagonist (1 <b>μ</b>M) GSK2193874 (184.5 ± 5.07 vs 248.6 ± 10.17). …”

Chemical inhibition of Erb signalling rescues the <i>pde</i> phenotype. by Karen Camargo-Sosa (3809491)

“…<p>(<b>A-H</b>) Treatment of <i>pde</i> embryos with increasing concentrations of Erb inhibitor PD158780 (iErb; 0.5–2.0 μM) or DMSO carrier control from 12–48 hpf (A-D), 19–30 hpf (E-H) and 24–30 hpf (I-L) hpf. …”