HBV replication cycle with modeled activity of 1466, a bimodal HBV RNaseH-CAM-I Inhibitor, and other small molecule inhibitors used in this study. by Daniel P. Bradley (10306893)

Subjects:

Compound structures and preferential inhibition of the HBV plus-polarity DNA strand. by Daniel P. Bradley (10306893)

Subjects:

1466 does not induce disassembly of pre-formed HBV capsids in cell lysates. by Daniel P. Bradley (10306893)

Subjects:

1466 inhibits capsid accumulation independent of HBV replication. by Daniel P. Bradley (10306893)

Subjects:

Screening HBV RNaseH inhibitors in HepDES19 cell for effects on capsids and core protein. by Daniel P. Bradley (10306893)

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Effects of 1466 on capsid and pgRNA encapsidation compared to known CAM-A and CAM-E inhibitors. by Daniel P. Bradley (10306893)

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Half maximal inhibitory concentrations (IC₅₀) of selected compounds. by Samo Lešnik (21073880)

Survivability is decreased in zebrafish embryos following exogenous treatment with an amino-terminal fragment of nApoE4_1-151. by Madyson M. McCarthy (9238322)

Reduced GTPase activity of BipA_N128D. by Eunsil Choi (8271039)

Localization of tested ACE mutations in the N and C domains of ACE. by Olga V. Kryukova (19819428)

Subjects:

Comparison of mean differences in temperature decreases. by Hans-Jörg Gillmann (8460585)

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

Deformation variation of buried DN50 PE pipeline with different buried depths. by Pengcheng Li (123281)

Running decreased hippocampal amyloid burden. by Kaja Falkenhain (9317016)

Ellagic acid decreases lysosomal integrity. by Ahmad Salimi (10204515)

Ellagic acid decreases ROS formation. by Ahmad Salimi (10204515)

Ellagic acid decreases mitochondrial damages. by Ahmad Salimi (10204515)

Predicted probability of child anemia in Cambodia by region and parasitic treatment (N = 10,051). by Samnang Um (14990562)

Pulse Ultrasound-Based Response Enhancement of a MOX Gas Sensor by Yumin Yang (5737235)

“…Comparing the steady responses of five target gases under the pulse and continuous ultrasound, respectively, it is found that the pulse ultrasound causes a better catalysis effect, and response enhancement (RE) by the pulse ultrasound with an optimal pulse width depends on the ultrasonic strength as well as the species and concentration of the target gas. For 2 ppm methanol, the RE by the pulse ultrasound is 50%, relative to the continuous ultrasound, when the pulse width, duty ratio, and working frequency are 0.4 ms, 50%, and 110.1 kHz, respectively. …”

Pulse Ultrasound-Based Response Enhancement of a MOX Gas Sensor by Yumin Yang (5737235)

“…Comparing the steady responses of five target gases under the pulse and continuous ultrasound, respectively, it is found that the pulse ultrasound causes a better catalysis effect, and response enhancement (RE) by the pulse ultrasound with an optimal pulse width depends on the ultrasonic strength as well as the species and concentration of the target gas. For 2 ppm methanol, the RE by the pulse ultrasound is 50%, relative to the continuous ultrasound, when the pulse width, duty ratio, and working frequency are 0.4 ms, 50%, and 110.1 kHz, respectively. …”