Methodology flowchart. by Fahd Saeed Alakbari (10701871)

“…The proposed models were created based on a large data of 1691 datasets from different countries. …”

Gene expression and fluorescent intensity profiling. by Amarin Thongsuk (21485401)

“…<p><b>(A-E)</b> The mRNA expression of neuronal-associated genes (<i>NES, TUBB3, MAP2, SV2A</i>, and <i>SLC22A4)</i> of the ergothioneine-treated cells (ERGO-hDPSCs) without neuronal induction medium was supplementary. …”

2-DG sustained mitochondrial bioenergetic function, reduced mitochondrial Aβ load, and suppressed oxidative stress. by Jia Yao (323339)

“…Cortical tissue homogenates from both the Ctrl and 2-DG groups were analyzed for total SOD and MnSOD activity, total anti-oxidant capacity, and lipid peroxidation. A, 2-DG significantly increased protein expression of enzymes involved in ketone utilization, including SCOT, ACAT1 and OGDH; In contrast, PDH was not changed by 2-DG (*, P<0.05 compared to Ctrl, bars represent mean value ± SEM); B, 2-DG significantly decreased mitochondrial APP and 16 kD Aβ oligomer level (*, P<0.05 compared to Ctrl, bars represent mean value ± SEM); C, 2-DG significantly decreased protein expression of oxidative stress response markers, including MnSOD, Prdx V, and Hsp60 (*, P<0.05 compared to Ctrl, bars represent mean value ± SEM); D, 2-DG significantly decreased both SOD and MnSOD activity while the total anti-oxidant capacity was slightly increased (*, P<0.05 compared to Ctrl, bars represent mean value ± SEM); E, 2-DG significantly decreased lipid peroxidation (*, P<0.05 compared to Ctrl, bars represent mean value ± SEM).…”

Relative efficiency of B.1 (614G), B.1.427 and B.1.429 airborne hamster to hamster transmission. by Timothy Carroll (3762841)

Regional developments of LE (a), GE (b), nodal maximum connection distance (MD) (c) and Degree (d). by Wei Gao (2085)

Antipsychotic utilization according to signal characterization: 2005 (Panel A) <i>versus</i> 2010 (Panel B). by Emanuel Raschi (487410)

Fig 1 - by Hermann Prodjinoto (140121)

Fig 3 - by Hermann Prodjinoto (140121)

Expression of the heptapeptide <i>Bgl-</i>FaRP2 precursor in the visceral ganglion was not altered following <i>S</i>. <i>mansoni</i> infection. by Laura C. Vicente-Rodríguez (16437803)

The Del6 mutant subunit presents increased Kv7.2 total protein. <i>A.-</i> by Paloma Aivar (124885)

“…The optical densities (OD) of the bands were analyzed using ImageJ software. A linear regression fit was obtained from the OD <i>vs</i> load relation. …”

Geography and biogeochemical conditions in Hood Canal, WA, USA in 2007. by Rachel L. Spietz (782905)

Figure S2 from Targeting IDH1 as a Prosenescent Therapy in High-grade Serous Ovarian Cancer by Erika S. Dahl (15078264)

Partion of the <i>c</i> − <i>c</i>′ as <i>θ</i> = 1200. by Wenchao Yu (4975220)

“…<div><p>The battery driving mileage on a single charge and convenience of the charging stations affect Electric Vehicle’s (EV) demand. …”

Supply chain structure under different scenarios. by Wenchao Yu (4975220)

“…<div><p>The battery driving mileage on a single charge and convenience of the charging stations affect Electric Vehicle’s (EV) demand. …”

Map of the study area. by Workaferahu Ameneshewa (17403499)

“…<div><p>The usage of land use and land cover change information has significantly risen as a result of the requirement for relevant data for environmental monitoring, modeling, and planning. …”

Partion of the <i>c</i> − <i>c</i>′ as <i>θ</i> = 2200. by Wenchao Yu (4975220)

“…<div><p>The battery driving mileage on a single charge and convenience of the charging stations affect Electric Vehicle’s (EV) demand. …”

Partion of the <i>c</i> − <i>c</i>′. as . by Wenchao Yu (4975220)

“…<div><p>The battery driving mileage on a single charge and convenience of the charging stations affect Electric Vehicle’s (EV) demand. …”

Model parameters and decision variables. by Wenchao Yu (4975220)

“…<div><p>The battery driving mileage on a single charge and convenience of the charging stations affect Electric Vehicle’s (EV) demand. …”

Variation in microclimate. by Adam Hendy (3169890)

Fig 4 - by Hermann Prodjinoto (140121)