Exogenous H₂O₂ addition results in a decrease in bacterial cell number and increased eDNA release. by Theerthankar Das (303852)

“…(C-F) Decrease in bacterial cell number and decrease in cell number (%) due to cell lysis mediated by H₂O₂ treatment. …”

Fig 5 - by Giulia Comunale (11570819)

S5 Data - by Jae Hwan Bong (17054738)

Fig 5 - by Akshay Flora (17334104)

Fig 5 - by Yezhe Lin (5816036)

Fig 5 - by Abdulrahman Alshalani (14758273)

Fig 5 - by Onnicha Leelastwattanagul (17328305)

Fig 5 - by Mohammed Aliyu (10024123)

Fig 5 - by Qianqian Zhang (587342)

The influence of <i>PINK1</i> on <i>P</i>. <i>berghei</i> infection in <i>A</i>. <i>stephensi</i>. by Li Gao (131516)

Fig 2 - by Patrik Galeta (16015459)

Alterations of vascular reactivity in VDD. by Éva Pál (4825437)

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The tangential wall stress of the cerebral arteries in relaxed condition. by Éva Pál (4825437)

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Evaluation of immunohistochemical staining of arterioles. by Éva Pál (4825437)

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Elastic components of the vessel wall. by Éva Pál (4825437)

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Cerebral artery geometry and nucleus count of the smooth muscle layer. by Éva Pál (4825437)

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NOAA Coastal Buoys of Florida. by Andrea J. Ayala (3120333)

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<i>k_i</i> impacts on<i>V</i>^<i>C</i>(<i>W</i>). by Yan Zhao (58882)

“…It considers the participating subjects’ effort level and the ecosystem’s overall benefits under the three scenarios of noncooperative research and development (R&D), cost sharing, and cooperative R&D. The results show that (1) the service innovation effort level of the three parties increases with increasing human resource level and technology maturity, and the government’s benefit decreases with increasing cost of fulfilling social responsibility. (2) The government’s cost subsidies to universities and enterprises can enhance the service innovation level of both parties and increase the optimal returns of the three parties and the ecosystem as a whole. (3) In the cooperative R&D game scenario, the effort level of the three parties and the total ecosystem returns are greater than those in the noncollaborative R&D scenario, and after determining the subsidy coefficients of the government, Pareto optimality of the three parties and the ecosystem as a whole can be achieved. …”

<i>μ_G</i> impacts on <i>V</i>^<i>C</i>(<i>W</i>). by Yan Zhao (58882)

“…It considers the participating subjects’ effort level and the ecosystem’s overall benefits under the three scenarios of noncooperative research and development (R&D), cost sharing, and cooperative R&D. The results show that (1) the service innovation effort level of the three parties increases with increasing human resource level and technology maturity, and the government’s benefit decreases with increasing cost of fulfilling social responsibility. (2) The government’s cost subsidies to universities and enterprises can enhance the service innovation level of both parties and increase the optimal returns of the three parties and the ecosystem as a whole. (3) In the cooperative R&D game scenario, the effort level of the three parties and the total ecosystem returns are greater than those in the noncollaborative R&D scenario, and after determining the subsidy coefficients of the government, Pareto optimality of the three parties and the ecosystem as a whole can be achieved. …”

Robot stimuli. by Tatjana A. Nazir (12262825)