Decreasing Fires in Mediterranean Europe - Fig 6 by Marco Turco (3178641)

Decreasing Fires in Mediterranean Europe - Fig 8 by Marco Turco (3178641)

Inhibition of Hsp90 decreased cellular apoptosis. by Raúl Orozco-Díaz (7067624)

RSV increases apoptosis but decreases ROS production. by Cristina Rojas (667363)

Inhibition of NADPH oxidase decreases the oxidative burst. by Pedro Paulo Carneiro (2164114)

Effect of decreasing infectious dose on virus shedding. by Anthony C. Marriott (111070)

MET knockdown decreases MET expression and activation. by Karolin Ebert (7434713)

Decreased CD1d expression by tumor correlates with decreased iNKT-mediated antitumor immunity <i>in vivo</i>. by Laura M. Hix (217695)

Decreased expression of TCA cycle and ETC enzymes in kidneys from rats administered Tl. by Sho Sugahara (11895828)

Overexpression of Lethe decreases ROS production in BMM. by Carlos Zgheib (311460)

IRGM reduced expression efficiently decreases MeV, HCV and HIV-1 viral particles production. by Isabel Pombo Grégoire (193157)

<i>Syx5</i> suppression in <i>Drosophila</i> S2 cells decreases copper accumulation. by Melanie Norgate (234832)

The characterization and the decreased toxicity of liposomal SANT75. by Yike Yuan (396954)

Modafinil decreased EEG amplitude in the synchronized model. by Chang-Rui Chen (467755)

Short-term depression decreases memory retention. by Alexander Seeholzer (6615989)

Chemical Inhibition of eEF1A-1 Peptide Elongation Activity Decreases Palmitate-Induced Cell Death. by Alexandra M. Stoianov (759321)

SARS-CoV-2 inhibits SG formation and decreases expression of G3BP1. by Stacia M. Dolliver (13822801)

Minocycline preserves neuronal integrity and decreases astrogliosis. by Eva-Maria Ratai (353640)

“…<b><i>Horizontal bars within boxes represent mean values; height of each box corresponds to a factor of 1.5 times standard deviation. * indicates a significant difference (p≤0.05) between groups.…”

Calpeptin treatment decreases cell density and proliferation. by Daniela M. Santos (211055)

Temperature-Responsive Peptide–Nucleotide Coacervates by Tiemei Lu (4244926)

“…Partitioning of two dyes proves that the local hydrophobicity inside the peptide–nucleotide coacervates is different for every nucleoside triphosphate. We derive a simple relation between the temperature and salt concentration at the critical point based on a mean-field model of phase separation. …”