Species richness decreases significantly with increasing percent disturbance. by Catherine L. Cardelús (6429320)

CREB inhibition does not result in significantly increased LDH release. by Chrissy M. Leopold Wager (14992781)

CK-666 enhances HSV-1 release from axons. by Kevin Danastas (10711571)

Description of the myofascial release techniques. by Sergio R. Thomaz (20308465)

Subjects:

Transcriptional and translational markers of syncytialization and biochemical differentiation are significantly decreased by rotenone. by O’Llenecia S. Walker (8486163)

Capsaicin, pyridoxine, vincristine sulfate and ionomycin significantly decreased axon length ratio but only pyridoxine had no impact on neurotoxicity. by Fei San Lee (17282886)

“…(<b>C</b>) Pyr at 500 μM significantly decreased axon length ratio over time and was significantly lower than PBS control by day 3. …”

RSV infection enhances HDM-induced release of IL-33. by Lydia Labrie (21755916)

The impact of various treatment regimens on SW480 tumour reduction in BALB/C nude mice is evident. by Zhi Xuan Low (19270163)

Subjects:

B–O Bond Reinforced Mechanical Stability of Alginate-Based Jammed Emulsion for Enhancing Pesticide Droplet Foliar Deposition by Yan Zhou (6523)

“…The transmission of the jammed emulsion decreased from 40.8% in an unjammed emulsion to 10.3%, and the mechanical stability was significantly improved. …”

B–O Bond Reinforced Mechanical Stability of Alginate-Based Jammed Emulsion for Enhancing Pesticide Droplet Foliar Deposition by Yan Zhou (6523)

“…The transmission of the jammed emulsion decreased from 40.8% in an unjammed emulsion to 10.3%, and the mechanical stability was significantly improved. …”

B–O Bond Reinforced Mechanical Stability of Alginate-Based Jammed Emulsion for Enhancing Pesticide Droplet Foliar Deposition by Yan Zhou (6523)

“…The transmission of the jammed emulsion decreased from 40.8% in an unjammed emulsion to 10.3%, and the mechanical stability was significantly improved. …”

B–O Bond Reinforced Mechanical Stability of Alginate-Based Jammed Emulsion for Enhancing Pesticide Droplet Foliar Deposition by Yan Zhou (6523)

“…The transmission of the jammed emulsion decreased from 40.8% in an unjammed emulsion to 10.3%, and the mechanical stability was significantly improved. …”

B–O Bond Reinforced Mechanical Stability of Alginate-Based Jammed Emulsion for Enhancing Pesticide Droplet Foliar Deposition by Yan Zhou (6523)

“…The transmission of the jammed emulsion decreased from 40.8% in an unjammed emulsion to 10.3%, and the mechanical stability was significantly improved. …”

CRISPRi knockdown of RgaR-dependent genes specifically and significantly decreases their transcript levels. by Adrianne N. Edwards (5646344)

Release rates of essential oils. by Thummanoon Boonmee (17935566)

Subjects:

Contact structure can have a significant impact on the population immunity threshold. by Simon Bauer (11378195)

Small Interfering RNAs (siRNAs) Negatively Impact Growth and Gene Expression of Environmentally Relevant Bacteria in <i>In Vitro</i> Conditions by S. Un Jan Contreras (19235748)

Subjects:

Evolutionary rescue probability of mutualism and intraspecies cooperation equals when mutualism growth rate is significantly higher. by Yaron Goldberg (10164674)

Architecture Can Significantly Alter the Energy Release Rate from Nanocomposite Energetics by Haiyang Wang (22389)

“…However, the large difference in propagation velocity between E-spray and E-spun, given the minor difference in density, clearly points to the importance of microarchitecture on reaction properties. The relative energy release rate of E-spun Al/PVDF compared to the E-sprayed and 3-D printed case is an enhancement of ∼6× and 18×, respectively, and the energy release rate of E-spun Al/AP/PVDF is ∼19× higher than that of E-sprayed and 3D-printed samples. …”

Architecture Can Significantly Alter the Energy Release Rate from Nanocomposite Energetics by Haiyang Wang (22389)

“…However, the large difference in propagation velocity between E-spray and E-spun, given the minor difference in density, clearly points to the importance of microarchitecture on reaction properties. The relative energy release rate of E-spun Al/PVDF compared to the E-sprayed and 3-D printed case is an enhancement of ∼6× and 18×, respectively, and the energy release rate of E-spun Al/AP/PVDF is ∼19× higher than that of E-sprayed and 3D-printed samples. …”