Redox Behavior of Ferrocene-Containing Rotaxane:  Transposition of the Rotaxane Wheel by Redox Reaction of a Ferrocene Moiety Tethered at the End of the Axle by Nobuhiro Kihara (1695982)

“…The redox potential of the ferrocene moiety decreased by ca. 80 mV when the rotaxane had a crown ether wheel capable of moving on the axle. …”

Redox Behavior of Ferrocene-Containing Rotaxane:  Transposition of the Rotaxane Wheel by Redox Reaction of a Ferrocene Moiety Tethered at the End of the Axle by Nobuhiro Kihara (1695982)

“…The redox potential of the ferrocene moiety decreased by ca. 80 mV when the rotaxane had a crown ether wheel capable of moving on the axle. …”

Redox Behavior of Ferrocene-Containing Rotaxane:  Transposition of the Rotaxane Wheel by Redox Reaction of a Ferrocene Moiety Tethered at the End of the Axle by Nobuhiro Kihara (1695982)

“…The redox potential of the ferrocene moiety decreased by ca. 80 mV when the rotaxane had a crown ether wheel capable of moving on the axle. …”

Redox Behavior of Ferrocene-Containing Rotaxane:  Transposition of the Rotaxane Wheel by Redox Reaction of a Ferrocene Moiety Tethered at the End of the Axle by Nobuhiro Kihara (1695982)

“…The redox potential of the ferrocene moiety decreased by ca. 80 mV when the rotaxane had a crown ether wheel capable of moving on the axle. …”

Redox Behavior of Ferrocene-Containing Rotaxane:  Transposition of the Rotaxane Wheel by Redox Reaction of a Ferrocene Moiety Tethered at the End of the Axle by Nobuhiro Kihara (1695982)

“…The redox potential of the ferrocene moiety decreased by ca. 80 mV when the rotaxane had a crown ether wheel capable of moving on the axle. …”

Redox Behavior of Ferrocene-Containing Rotaxane:  Transposition of the Rotaxane Wheel by Redox Reaction of a Ferrocene Moiety Tethered at the End of the Axle by Nobuhiro Kihara (1695982)

“…The redox potential of the ferrocene moiety decreased by ca. 80 mV when the rotaxane had a crown ether wheel capable of moving on the axle. …”

Redox Behavior of Ferrocene-Containing Rotaxane:  Transposition of the Rotaxane Wheel by Redox Reaction of a Ferrocene Moiety Tethered at the End of the Axle by Nobuhiro Kihara (1695982)

“…The redox potential of the ferrocene moiety decreased by ca. 80 mV when the rotaxane had a crown ether wheel capable of moving on the axle. …”

Table1_Simulating the mechanical stimulation of cells on a porous hydrogel scaffold using an FSI model to predict cell differentiation.DOCX by Pedram Azizi (17004615)

“…Fibrous cell differentiation was predicted from a compression of 5% and increased moderately up to a compression of 10%. …”

Supplementary Material for: Stroke Subtypes Mortality Attributable to Smoking in China - A study based on the Global Burden of Disease Database 2021 by Xiao C. (5170001)

Monitoring blood-flow in the mouse cochlea using an endoscopic laser speckle contrast imaging system by Tae Hoon Kong (4898473)

“…We also explored whether using xenon light in combination with LSCI facilitates visualization of anatomical position. …”

FTIR Matrix-Isolation Study of the Reaction Products of Vanadium Atoms with Propene: Observation of Allylvanadium Hydride As a Precursor to Sacrificial Hydrogenation of Propene by Matthew G. K. Thompson (2179910)

“…Upon increasing the partial pressure of propene, additional features corresponding to propane (C₃H₈) are observed, with the hydrogen-atom source for the observed hydrogenation demonstrated to be additional propene units. Analysis of a systematic increase in the partial pressure of propene in the system demonstrates that the yield of propane correlates with the decrease of the allyl product, demonstrating the H–V(allyl) species as a reactive intermediate in the overall hydrogenation process. …”

FTIR Matrix-Isolation Study of the Reaction Products of Vanadium Atoms with Propene: Observation of Allylvanadium Hydride As a Precursor to Sacrificial Hydrogenation of Propene by Matthew G. K. Thompson (2179910)

“…Upon increasing the partial pressure of propene, additional features corresponding to propane (C₃H₈) are observed, with the hydrogen-atom source for the observed hydrogenation demonstrated to be additional propene units. Analysis of a systematic increase in the partial pressure of propene in the system demonstrates that the yield of propane correlates with the decrease of the allyl product, demonstrating the H–V(allyl) species as a reactive intermediate in the overall hydrogenation process. …”

FTIR Matrix-Isolation Study of the Reaction Products of Vanadium Atoms with Propene: Observation of Allylvanadium Hydride As a Precursor to Sacrificial Hydrogenation of Propene by Matthew G. K. Thompson (2179910)

“…Upon increasing the partial pressure of propene, additional features corresponding to propane (C₃H₈) are observed, with the hydrogen-atom source for the observed hydrogenation demonstrated to be additional propene units. Analysis of a systematic increase in the partial pressure of propene in the system demonstrates that the yield of propane correlates with the decrease of the allyl product, demonstrating the H–V(allyl) species as a reactive intermediate in the overall hydrogenation process. …”

FTIR Matrix-Isolation Study of the Reaction Products of Vanadium Atoms with Propene: Observation of Allylvanadium Hydride As a Precursor to Sacrificial Hydrogenation of Propene by Matthew G. K. Thompson (2179910)

“…Upon increasing the partial pressure of propene, additional features corresponding to propane (C₃H₈) are observed, with the hydrogen-atom source for the observed hydrogenation demonstrated to be additional propene units. Analysis of a systematic increase in the partial pressure of propene in the system demonstrates that the yield of propane correlates with the decrease of the allyl product, demonstrating the H–V(allyl) species as a reactive intermediate in the overall hydrogenation process. …”

FTIR Matrix-Isolation Study of the Reaction Products of Vanadium Atoms with Propene: Observation of Allylvanadium Hydride As a Precursor to Sacrificial Hydrogenation of Propene by Matthew G. K. Thompson (2179910)

“…Upon increasing the partial pressure of propene, additional features corresponding to propane (C₃H₈) are observed, with the hydrogen-atom source for the observed hydrogenation demonstrated to be additional propene units. Analysis of a systematic increase in the partial pressure of propene in the system demonstrates that the yield of propane correlates with the decrease of the allyl product, demonstrating the H–V(allyl) species as a reactive intermediate in the overall hydrogenation process. …”

S1_raw_images. by Lijun Mao (561880)

“…Mechanism investigations revealed that miR-122 directly suppressed the expression of RBM47, which was a novel RNA binding protein. RBM47 decreased the level of α_v integrin (ITGAV) by promoting the degradation of mRNA via interacting with the AU-rich elements in its 3’UTR. …”

Raw data for graphs. by Lijun Mao (561880)

“…Mechanism investigations revealed that miR-122 directly suppressed the expression of RBM47, which was a novel RNA binding protein. RBM47 decreased the level of α_v integrin (ITGAV) by promoting the degradation of mRNA via interacting with the AU-rich elements in its 3’UTR. …”

The predicted AREs in the 3’UTR of ITGAV mRNA. by Lijun Mao (561880)

“…Mechanism investigations revealed that miR-122 directly suppressed the expression of RBM47, which was a novel RNA binding protein. RBM47 decreased the level of α_v integrin (ITGAV) by promoting the degradation of mRNA via interacting with the AU-rich elements in its 3’UTR. …”

Table_1_Association between handgrip strength asymmetry and cognitive function across ethnicity in rural China: a cross-sectional study.DOCX by Wenjing Feng (476896)

“…Asymmetric non-dominant HGS and lower HGS, but not asymmetric dominant HGS were all independently associated with impairment of Delayed Recall (OR = 1.35, 95% CI: 1.05 ∼ 1.74; OR _{per 5 kg decrease} = 1.10, 95% CI: 1.01 ∼ 1.21) and Fluency (OR = 1.43, 95% CI: 1.15 ∼ 1.78; OR _{per 5 kg decrease} = 1.10, 95% CI: 1.02 ∼ 1.19). …”

Relationship between purposeful rumination and post-traumatic growth of college students who experienced childhood trauma: a regulated intermediary model by Sanglin Zhao (20599835)