Many APOBEC-sensitizing genes, but not HMCES, also sensitize to a variety of other DNA damaging agents. by Josep Biayna (142568)

Expression of SPI-2 T3SS effectors is also bimodal. by Milada Pospíšilová (22756226)

Networks generate higher levels of cooperation as <i>S</i> is increased. by Adam Lee Miles (14123916)

There are trends in morphology and growth characteristics between the antibiotic classes, but there are also exceptions. by Morten Kals (19727515)

Trends in FGM rates among daughters and medicalization (also among daughters) in Egypt. by Shatha Elnakib (8901764)

Unchanged and increased responses by group. by Alberto Purpura (13411430)

Luciferase assays showing FOXO increasing the transcription of <i>Runt-like</i>. by Ke-Yan Jin (10701394)

<i>Ulva lactuca</i> increases the proliferation rate of fibroblasts. by Chien-Hsing Wang (5392406)

qPCR analysis of a selection of lysosomal proteins involved in the CLEAR response including two that are increased in abundance in WCP data. by Alex S. Nicholson (16557939)

Top 20 terms most often used listing also a COVID-19 MeSH term. by Massimo Riccaboni (560229)

<i>hsp-90</i> mutation does not increase proteasome activation. by Laura Garcia-Toscano (20477540)

Deletion of <i>lon</i> results in increased <i>rovC</i> promoter activity. by Anna Kerwien (22305452)

<i>Dpp</i> expression increases after inducing apoptosis in eye discs. by Sergio B. Velarde (11261991)

Prevalence of TAA increases with <i>FBN1</i> variant rs1561207 status and bradycardia. by Tamara Ashvetiya (301817)

MIC-1 increases AMPK phosphorylation. by Min Hee Kim (8321232)

Subjects:

Inside/out barrier function assayed measured after FITC-dextran i.p. injection is also TLR3-dependent. by Janelle M. Veazey (6680933)

BL1249 increases <i>Po</i> but not <i>γ</i> in high ionic strength. by Linus J. Conrad (11534658)

Gender and age category distribution for positive reflexed CrAg samples, with the positivity rates also indicated. by Naseem Cassim (671952)

Disruption of <i>shk-1</i> increases susceptibility to bacterial pathogens. by Longjun Pu (20685717)

Reduced expression of NRG1 in isolate 101 increases its pathogenicity. by Christina Lemberg (5490911)