Chl-a percent change (1997–2020) based on lake-wide averages for European lakes with data at higher spatial resolution (1 km x 1 km). by Benjamin M. Kraemer (7526225)

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Fig 6 - by Ruihong Wang (1932328)

Fig 8 - by Wei Li (7081)

Realize large improvements in average NUE by removing low iNUE. by Newell R. Kitchen (12530448)

Data_Sheet_1_Development and optimisation of a multi-component workplace intervention to increase cycling for the Cycle Nation Project.docx by Hayley Connell (14010516)

“…<p>The Cycle Nation Project (CNP) aimed to develop, test the feasibility of and optimize a multi-component individual-/social-level workplace-based intervention to increase cycling among office staff at a multinational bank (HSBC UK). …”

DEseq analysis reveals identical core circadian clock transcript cycling in rhythmic vs. arrhythmic <i>Platynereis</i>. by N. Sören Häfker (18348452)

Decreased levels of glycosylated α-DG and laminin levels distal to the glial dome in <i>POMGnT1</i>-KO and <i>Large</i>^{<i>myd/myd</i>} mice. by Shigefumi Morioka (8893511)

Fourteen-Days Spirulina Supplementation Increases Hemoglobin, but Does Not Provide Ergogenic Benefit in Recreationally Active Cyclists: A Double-Blinded Randomized Crossover Trial by Yunus Ali (16238663)

“…This study investigates the efficacy of supplementing a 6 g/day dosage of spirulina for 14-days in recreationally active individuals, analyzing cardiorespiratory parameters during maximal and submaximal cycling as well as the potential mechanistic role of hemoglobin augmentation. 17 recreationally active individuals (Male = 14, Female = 3, Age 23 ± 5 years, V̇O_2max 43.3 ± 8.6 ml/min·kg) ingested 6 g/day of spirulina or placebo for 14-days in a double-blinded randomized crossover study, with a 14-day washout period between trials. …”

<i>Pax7</i> positive cells decrease during <i>in vitro</i> differentiation of myogenic progenitors. by Cécile Rallière (86527)

S1 Appendix - Applying a new mold temperature control strategy to improve the tensile strength of thin wall products in injection molding processes by Thanh Trung Do (19469768)

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Ex-IHRS experiment model. by Thanh Trung Do (19469768)

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Temperature comparison between the experimental and simulated results at the center point (S2). by Thanh Trung Do (19469768)

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Meshing model of the heating (a), polymer-filling (b) steps and the simulation result of Moldex3D software (c). by Thanh Trung Do (19469768)

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Induction heating source. by Thanh Trung Do (19469768)

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Mold position in the heating stage of the Ex-IHRS process. by Thanh Trung Do (19469768)

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Temperature distribution of the insert at heating times OF 5 s with a gap (G) of 5, 10, 15 mm. by Thanh Trung Do (19469768)

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Tensile sample experiment mold. by Thanh Trung Do (19469768)

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Heating position of the coil and insert. by Thanh Trung Do (19469768)

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Material properties [39]. by Thanh Trung Do (19469768)

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Tensile testing specimen dimensions. by Thanh Trung Do (19469768)

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