FOXD3 overexpression suppressed proliferation and enhanced starvation-induced apoptosis in U87MG cells. by Wei Du (88790)

K562 cells treated with 25, 50, and 75 μM of hemin for 48 h. by Tipparat Penglong (164413)

ACT-induced decrease of macrophage adhesion. by César Martín (229306)

Dry matter intake (over the experiment), peformance, feed efficiency and faecal score of Holstein calves fed different additives in the starter feed (n = 50). by Luisa F. L. Salazar (6664121)

Cardiac-specific p38γ/δ^act overexpression decreases cardiac glycogen storage and lipid accumulation. by Ayelén M. Santamans (5487941)

Purified apolipoproteins decrease endothelial exocytosis. by Scott J. Cameron (838315)

Experimental protocol. by Hiroyuki Matsuta (13250169)

Subjects:

Visualization of the primary motor network analyzed using FSL MELODIC. by Hiroyuki Matsuta (13250169)

Subjects:

Fig 3 - by Hiroyuki Matsuta (13250169)

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The loss of Sad kinases leads to a decrease in the number of neuronal progenitors in the cortex. by Pratibha Dhumale (5146484)

Decreased social behaviors in SCR (+/−) mice. by Ikuko Yao (229082)

The decrease in c-Myc protein levels in A549 cells was primarily due to proteasomal degradation. by Qin Li (36669)

Photosynthesis decreases in N stressed cells. by Steve Dagenais Bellefeuille (654383)

Lymphocytes decreased in mouse pneumonia model. by Qi Xu (134661)

Resveratrol decreases PKM2 expression. by Mohd Askandar Iqbal (324124)

“…Western blot showing decreased PKM2 protein in all the cell lines studied on treatment with 50 µM resveratrol (D). …”

AKT inhibition decreases neuroblast populations. by Maria R. Aburto (186884)

“…Otic vesicles were isolated from HH18 chicken embryos, made quiescent and cultured for 20 h in serum-free culture medium without additions (0S, a) or in the presence of IGF-I (10 nM, b), LY294002 (LY, 25 µM, c) or AKTi VIII (AKTi, 50 µM, d). …”

Recovery coefficient. by Masakazu Tsujimoto (22339504)

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Results of dose linearity. by Masakazu Tsujimoto (22339504)

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Quercetin decreased mitochondrial- and intercellular ROS. by Takaya Sugawara (9338487)

Protocatechuic aldehyde decreases ROS production. by Byung Soo Kong (663779)