Transaldolase deficiency causes a starvation-like response that decreases animal fat content and rewires lipid metabolism gene expression. by Christopher F. Bennett (3875731)

“…<p><b>(A)</b> Intestinal fat staining decreases from RNAi knockdown of <i>tald-1</i> or <i>cco-1</i>. …”

Genetic information on 5 subjects carrying <i>NR5A1</i> mutations. by Jana Malikova (615672)

Subjects:

Overexpression of PR decreases Myc expression and activity. by Tamar Kavlashvili (849072)

Fig 5 - by Harshita Sharma (4836180)

Changes in baseline T-cell exhaustion, monocyte activation and platelet activation markers through week 12 and week 24 according to the linear regression model. a. by Tosi M. Mwakyandile (16408705)

Subjects:

Decreased Na_v1.5 expression in <i>Scn5a</i>^+/− mice. by Anne-Laure Leoni (366926)

Reduced cellular glucose uptake in response to insulin and decreased expression of a mitochondrial ETC complex subunit in <i>ALAS1</i>-knockdown C2C12 myocytes. by Shinichi Saitoh (4794345)

Activation of mGluR5 site-specifically decreases spine density in the nucleus accumbens. by Kellie S. Gross (3115299)

The T37A substitution increases both H5N6 M1 protein stability and H5N6 viral replication in mammals. by Chenxi Wang (284364)

Subjects:

Identification of Gut Microbiota Biomarker Genera Distinguishing Wild and Captive Animals (A) Top 50 discriminative genera selected by random forest classifier, ranked by mean decrease accuracy. by Lin Xu (94491)

Effect of CXCL8 (200 pg/ml), CCL20 (500 pg/ml), CXCL8-CM, and CCL20-CM on osteoclast formation. by Janak L. Pathak (759122)

Decreased survival of MCF7 cells after irradiation with an ultrasonic frequency of 24.5 kHz as determined by XCelligence (Roche). by Annette Geltmeier (779536)

Parkin decreases total and cell surface expressed Ca_V2.2 channels. by Lizbeth Grimaldo (4476871)

Synthesis and Biological Evaluation of MEK/mTOR Multifunctional Inhibitors as Novel Anticancer Agents by Marcian E. Van Dort (21374093)

Subjects:

Effect of essential oil TTO and LEO coating of MWCNT filters on bacterial removal rates. by Xiuli Dong (658906)

Subjects:

Essential oil-incorporated carbon nanotubes filters for bacterial removal and inactivation - Fig 4 by Xiuli Dong (658906)

Subjects:

Inactivation rate of the LEO-MWCNTs filters to <i>E</i>. <i>coli</i> cells captured on the filters with different incubation time after the filtering step. by Xiuli Dong (658906)

Subjects:

Log of <i>E</i>. <i>coli</i> cell numbers in filtrates after filtering through MWCNT filters with different MWCNT loadings. by Xiuli Dong (658906)

Subjects:

Essential oil-incorporated carbon nanotubes filters for bacterial removal and inactivation - Fig 2 by Xiuli Dong (658906)

Subjects:

Inactivation rates of <i>E</i>. <i>coli</i> bacteria retained on the surfaces of LEO-MWCNTs, TTO-MWCNTs, or Mix-MWCNTs filters with 10, 20 or 50 μL EO coatings. by Xiuli Dong (658906)

Subjects: