Bending–Spinning Produces Silkworm and Spider Silk with Enhanced Mechanical Properties by Zhangchuan Peng (6330059)

“…In this study, the angle of freshly secreted silkworm (FS-S) silk was revealed to be 70.23°–87.93° and that of freshly secreted spider major ampullate (FS-MA) silk to be 0°–50°. Furthermore, the mechanical properties of FS-S silk and FS-MA silk changed after bending, first increasing and then decreasing as the bending angle was increased (0°–360°). …”

Bending–Spinning Produces Silkworm and Spider Silk with Enhanced Mechanical Properties by Zhangchuan Peng (6330059)

“…In this study, the angle of freshly secreted silkworm (FS-S) silk was revealed to be 70.23°–87.93° and that of freshly secreted spider major ampullate (FS-MA) silk to be 0°–50°. Furthermore, the mechanical properties of FS-S silk and FS-MA silk changed after bending, first increasing and then decreasing as the bending angle was increased (0°–360°). …”

Bending–Spinning Produces Silkworm and Spider Silk with Enhanced Mechanical Properties by Zhangchuan Peng (6330059)

“…In this study, the angle of freshly secreted silkworm (FS-S) silk was revealed to be 70.23°–87.93° and that of freshly secreted spider major ampullate (FS-MA) silk to be 0°–50°. Furthermore, the mechanical properties of FS-S silk and FS-MA silk changed after bending, first increasing and then decreasing as the bending angle was increased (0°–360°). …”

Bending–Spinning Produces Silkworm and Spider Silk with Enhanced Mechanical Properties by Zhangchuan Peng (6330059)

“…In this study, the angle of freshly secreted silkworm (FS-S) silk was revealed to be 70.23°–87.93° and that of freshly secreted spider major ampullate (FS-MA) silk to be 0°–50°. Furthermore, the mechanical properties of FS-S silk and FS-MA silk changed after bending, first increasing and then decreasing as the bending angle was increased (0°–360°). …”

Bending–Spinning Produces Silkworm and Spider Silk with Enhanced Mechanical Properties by Zhangchuan Peng (6330059)

“…In this study, the angle of freshly secreted silkworm (FS-S) silk was revealed to be 70.23°–87.93° and that of freshly secreted spider major ampullate (FS-MA) silk to be 0°–50°. Furthermore, the mechanical properties of FS-S silk and FS-MA silk changed after bending, first increasing and then decreasing as the bending angle was increased (0°–360°). …”

A schematic of a hypothesis for two competing mechanisms that could lead to the optimal propulsive force and therefore swimming speed. by Rahul Bale (731036)

Morphological alterations of the liver and spleen, alongside the pathological features at 4× magnification, were evaluated post DMN exposure under varied intervention protocols. by Fuchun Wang (1964797)

The effect of POm E-stimulation is time-dependent. by Carlos Castejon (2182382)

“…<p>This figure shows the change in mean sensory response magnitude by different POm E-stimulation intervals (50–1000 ms) before whisker stimulus. …”

Resistance training as a tool for changing muscle mass and frailty status in sarcopenic older women: a quasi-experimental study by Joana Ude Viana (5223533)

“…Hence, after the intervention, we observed both a decrease in frailty and a positive change in function, since the percentage of robust women increased twice (p=0.01). …”

Hyperglycemia and hypoinsulinemia is observed in LinSTZ mice. by Véronique Cheff (14559285)

“…Data expressed as mean 土 SEM, A and B) unpaired t test, ****p<0.0001 **p<0.01, C) ****p<0.0001.…”

The effect of free rNTPs on the processivity of WT and exo^- Pol γ. by Josefin M. E. Forslund (5043218)

Evoked firing responses to stimuli in the one-cortical-column model. by Farhad Razi (22076077)

Functional PCA plots. by Grant Schumock (18569962)

C9orf72 and SMCR8 form a stable protein complex. by Janet Ugolino (3359054)

“…HEK293T cells were co-transfected with C9orf72-V5 and mCherry-SMCR8, or mCherry control, expression constructs. …”

Ultraflexible Oxide Fibers with an Amorphous Silica Interfacial Layer on Zirconia Nanograins by Dehua Ma (500180)

“…The design of flexible, bendable, and high-strength ZSFMs offers a method for using brittle ceramic components in military and civilian applications and many other fields.…”

Ultraflexible Oxide Fibers with an Amorphous Silica Interfacial Layer on Zirconia Nanograins by Dehua Ma (500180)

“…The design of flexible, bendable, and high-strength ZSFMs offers a method for using brittle ceramic components in military and civilian applications and many other fields.…”

Ultraflexible Oxide Fibers with an Amorphous Silica Interfacial Layer on Zirconia Nanograins by Dehua Ma (500180)

“…The design of flexible, bendable, and high-strength ZSFMs offers a method for using brittle ceramic components in military and civilian applications and many other fields.…”

Ultraflexible Oxide Fibers with an Amorphous Silica Interfacial Layer on Zirconia Nanograins by Dehua Ma (500180)

“…The design of flexible, bendable, and high-strength ZSFMs offers a method for using brittle ceramic components in military and civilian applications and many other fields.…”

Ultraflexible Oxide Fibers with an Amorphous Silica Interfacial Layer on Zirconia Nanograins by Dehua Ma (500180)

“…The design of flexible, bendable, and high-strength ZSFMs offers a method for using brittle ceramic components in military and civilian applications and many other fields.…”

Table_1_Comorbidity and Treatment in Older Psychiatric In-patients—A Retrospective Study in a Chinese Psychiatric Hospital.XLSX by Hongmei Liu (129385)