ALS patients’ tissues exhibit increased phosphorylation of MARK2. by Yu-Ning Lu (10291271)

“…<p>(<b>A</b>) Representative immunoblot analyses of PKCδ, MARK2-⁵⁹⁵T, and eIF2α in the spinal cord tissues from ALS patients and non-ALS controls, indicating that increased phosphorylation of PKCδ-⁵⁰⁵T, MARK2-⁵⁹⁵T, and eIF2α-⁵¹S is a general phenotype in patient tissues. …”

Deletion of Hhp2 markedly increased Sre1 activity. by Hao Miao (1742044)

“…<p>Deletion of <i>hhp2</i>⁺ gene markedly increased Sre1 activity in the presence/absence of CLZ (2 μg/ml to 8 μg/ml) (A), TER (2 μg/ml to 8 μg/ml) (B) or CoCl₂ (0.08 mM to 0.32 mM) (C). …”

Non-permissive chromatin marks increase in the surviving population after T cell stimulation. by Birgitta Lindqvist (8378349)

Increased phosphorylation of MARK2 occurs in the affected tissues of a mutant SOD1-induced ALS mouse model. by Yu-Ning Lu (10291271)

“…The staining of phosphorylated MARK2-⁵⁹⁵T in all 3 brain regions is increased in the SOD1^G93A mice as compared to NTg mice. …”

Long-range chromosomal interactions increase and mark repressed gene expression during adipogenesis by Kristina M. Garske (11220178)

“…In summary, we identify LRIs that mark repressed regions of the genome, and these interactions increase across adipogenesis, pinpointing developmental regions that need to be repressed in a cell-type specific way for adipogenesis to proceed.…”

Withdrawal of Type I JAKinibs increased STAT phosphorylation, a phenomenon present but markedly lower in Type II JAKinibs. by Ilya Gurevic (1326786)

“…(A) pJAK2 peaked at time zero after exposure to baricitinib and ruxolitinib and then decreases. …”

Supplementary Material for: Markedly increased prevalence of eosinophilic esophagitis in patients with atopic diseases in a U.S. Veteran Population by figshare admin karger (2628495)

ETS1 depletion increases the abundance of transcription activating histone marks at the HIV-1 LTR. by Manickam Ashokkumar (21021265)

Cluster 1 pigs exhibited marked increases in both carotid arterial pressures and mean heart rate. by Pao-Yen Lin (4977623)

Analysis of KMT2D and methylation marks. by Sara Cuvertino (18892069)

Effects of WAPL depletion on LMP1 and LMP2A promoter histone marks. by Laura A. Murray-Nerger (15307232)

Training phase medial-lateral head sway variability measured as A) the standard deviation (<i>SD</i>) of sway, drift-diffusion model parameter estimates of B) attractor strength (<... by Steven J. Harrison (22530308)

<i>In Vivo</i> Near-Infrared Fluorescence Imaging Selective for Soluble Amyloid β Aggregates Using y‑Shaped BODIPY Derivative by Takahiro Akasaka (1904500)

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Example of a property outline with locations of key features and sample locations marked. by Kim R. Blasdell (8783534)

The Transition from a Compensatory Increase to a Decrease in C-peptide During the Progression to Type 1 Diabetes and Its Relation to Risk by Heba M Ismail (9568748)

“…Conclusions</p> <p>A transition from an increase to a decrease in AUC C-peptide approximately 1.5 years pre-diagnosis was validated in two independent cohorts. …”

Increased DGAT2 expression increases LD size. by Isabelle Reichert (8975276)

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Anti-correlation between changes in repressive marks and gene expression. by Cheng-Lin Li (3620321)

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Changes in RNA expression and repressive marks in CELE45 copies. by Cheng-Lin Li (3620321)

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A) Time series of head position (<i>x</i>) measured relative to a predetermined set point (<i>x</i>*) for a selected feedback trial (<i>w</i> = 20 mm). by Steven J. Harrison (22530308)

Region-specific gain and loss of repressive marks in aged somatic tissues. by Cheng-Lin Li (3620321)

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