NF-Y Recruits Ash2L to Impart H3K4 Trimethylation on CCAAT Promoters by Andrea Fossati (90488)

“…</p> <h3>Results</h3><p>Knock down of the Ash2L subunit of MLL leads to a decrease in global H3K4me3 with a concomitant increase in H3K79me2. …”

RESULTS OF ORTHOSES USED ON AMBULATORY PATIENTS WITH BILATERAL CEREBRAL PALSY by ALESSANDRO GIURIZATTO MELANDA (10353232)

“…Methods: Twenty-four subjects, 14 male and 10 female, with a mean age of 11 (5-17 years old), underwent a comprehensive gait analysis under both barefoot (BF) and braced walking conditions. …”

Stringency of the association of Vsp-recombinant <i>B. burgdorferi</i> clones with human brain endothelium. by Gaurav Gandhi (239145)

“…Also notice that the B31-5A18NP1-Vsp1 radioactivity released from HBMEC monolayers by 250 mM NaCl followed by 0.1% SDS decreased by incubation in the cold (panel B).…”

SC-1 Inhibited RSK2 Kinase Activity <i>in vitro</i> and an RSK2 Inhibitor Increased Colony Formation. by Susan D. Mertins (380936)

“…<p>COLO 205 tumor cell line was treated with SL0101 (1.25 µM) and SC-1 (0.1 µM) for 24 hrs prior to soft agar cloning, lysate preparation, and immunoblotting. A. SC-1 inhibited RSK2 N-terminal domain <i>in vitro</i> kinase activity with an EC₅₀ of 2.5±1.8 µM (mean±SD, n = 5) but not in other like assays for Aurora kinase B, CHK1, or CHK2 kinases. …”

Stimulation of Type III Nrg1 signaling enhances response to capsaicin in WT sensory axons. by Sarah E. Canetta (46254)

“…The maximum percent change in intracellular calcium ([(F−F₀)/F₀]*100) in response to capsaicin decreased between the 4^th and 5^th capsaicin applications under control conditions (left), but increased when Type III Nrg1 signaling was stimulated by sErbB4-ECD application during that interval (right). …”

Alterations in neural proliferation caused by LOF and GOF of <i>pros</i>. by Jordi Colonques (222976)

“…<p>A–I. Confocal projections taken through the OL of <i>w</i>t, <i>pros^v24</i>, and <i>hsGal4;UAS-pros</i> late third instar larvae from a ventro-anterior orientation showing immunostaining for PROS, BrdU and PH3, as indicated. …”

Image1_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_3_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. …”

Image2_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. …”

Image4_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. …”

Table4_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. …”

Next-Generation Invaders? Hotspots for Naturalised Sleeper Weeds in Australia under Future Climates by Daisy Englert Duursma (502129)

“…The areal extent of the continental hotspot was projected to decrease by 8.8% under climates for 2035, and by a further 5.2% by 2065. …”

Image_1_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. …”

Table_2_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. …”

Data_Sheet_1_Network analysis of live pig movements in North Macedonia: Pathways for disease spread.pdf by Kathleen C. O'Hara (11769671)

“…Movements to slaughterhouses predominated (85.6%), with movements between farms (5.4%) and movements to market (5.8%) playing a lesser role. …”

Image6_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_6_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. …”

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. …”