Influence of <i>k</i>₁ on the homeostatic behavior of the m7 ping-pong controller when <i>E</i>₁ binds first to free enzyme <i>Ez</i>. by Qaiser Waheed (5095328)

“…The controller looses homeostatic control in the <i>k</i>₅ range from 460–1000. (b) Increasing <i>k</i>₁ from 100.0 to 10000.0 moves <i>A</i>_<i>ss</i> to <i>A</i>_<i>set</i> for the higher <i>k</i>₅ values, but not for the lower <i>k</i>₅ values. …”

Comparison of GPVI expression and P-selectin exposure in stroke patients at day-0 and at day-90 (n = 51). by Isuru Induruwa (6853274)

Histopathological lesions of the spleen in Afg09-2990 and Hoti infected WT mice on day 4. by Joseph W. Golden (7435316)

Altered expression of ionotropic L-Glutamate receptors in aged sensory neurons of <i>Aplysia californica</i> by Justin B. Greer (6533633)

Effects of vidarabine, V2E, V3E and V5E on AC activity in the heart of WT and AC5KO mice. by Kenji Suita (750993)

Differential mRNA expression of key metabolic and stress response genes in the <i>MYH7</i> Q315R mice. by Shinya Takarada (8655066)

“…Scatter plots depict RNA changes, with red dots indicating increased expression and blue dots indicating decreased expression (B and D). …”

Image1_The L1624Q Variant in SCN1A Causes Familial Epilepsy Through a Mixed Gain and Loss of Channel Function.JPEG by Laura B. Jones (8122766)

The E2F pathway is activated in 5FU-treated Δ40p53:WTp53 cells. by Cecilia B. Levandowski (11238230)

“…Pathways with FDR q-val < 0.1 are colored dots. Red represents increased in p53 null cells compared to WTp53 cells, and green is decreased. …”

TRPS1 directly represses regulatory element activity. by Thomas G. Scott (4092892)

Cellular response to 5FU similar in WTp53 vs. Δ40p53:WTp53 cells, but driven by distinct TFs. by Cecilia B. Levandowski (11238230)

“…X-axis is NES. Top significant pathways are shown in ranked list. <b>(E)</b> RNA-seq data (GSEA) shows that differential E2F2 TF activity characterizes the Δ40p53:WTp53 transcriptional response to 5FU. …”

Δ40p53 alters WTp53 function; Δ40p53:WTp53 fails to induce eRNA transcription despite similar genomic occupancy vs. WTp53. by Cecilia B. Levandowski (11238230)

“…X-axis is NES. Top significant pathways are in the ranked list. <b>(C)</b> Summary of PRO-seq data of eRNA transcription for WTp53 (y-axis) vs. …”

TRPS1 redistributes ER binding to modulate ER target gene transcription. by Thomas G. Scott (4092892)

Data_Sheet_1_Group Mindfulness-Integrated Cognitive Behavior Therapy (MiCBT) Reduces Depression and Anxiety and Improves Flourishing in a Transdiagnostic Primary Care Sample Compar... by Sarah E. B. Francis (12692570)

Deletion of the transmembrane helix promotes greater stability and biological activity. by Wei Yang (109917)

IF1 dose affects the proteome of hippocampal neurons. by Pau B. Esparza-Moltó (10798606)

“…<b>(D)</b> Box plots showing the expression of the proteins that increase or decrease with higher IF1 dose, expressed as fold of CRL (<i>n</i> = 8 up-regulated and <i>n</i> = 13 down-regulated proteins; center line, median; box limits, upper and lower quartiles; whiskers, 1.5× interquartile range; points, outlier). …”

Proteomic analysis of _sEVs. by María-Angélica Calderón-Peláez (2851865)

Magnetics-Based Approach for Fine-Tuning Afterload in Engineered Heart Tissues by Marita L. Rodriguez (6383237)

Lizards learn a spatial task in a closed-loop automated paradigm. by Tal Eisenberg (18078801)

Comparative metabolome analysis of case (fearful dogs) versus controls. by Luigi Sacchettino (12288497)

GOFAs reflect differences in genetic backgrounds. by Nozomu Saeki (15374719)