The diagram plots the volume of the “normal” IC (opposite to the ear with normal hearing <40dB loss; y-axis) as a function of the volume of the “deprived” IC (opposite to the ear w... by Pingling Kwok (14896191)

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

Comparison between model outputs and empirical monthly population proportion as described by [11]. by Cyrine Chenaoui (22177098)

Additive decomposition of the original temperature signal, , from real temperature datasets (1990-2000) [39], into three distinct components: the trend component (top), the seasona... by Cyrine Chenaoui (22177098)

Comparison of delay of per-stage pics between scenarios. by Cyrine Chenaoui (22177098)

Schematic diagram for the input temperature signal features and scenario labeling. by Cyrine Chenaoui (22177098)

Cellular viability of ergothioneine-treated hDPSCs. by Amarin Thongsuk (21485401)

Comparison of demographic estimates from GI-1d-a and GS-1. by Isabell Schmidt (6331013)

Neuronal activity. by Amarin Thongsuk (21485401)

Recovery coefficient. by Masakazu Tsujimoto (22339504)

Evaluation index results for the JS-10 phantom. by Masakazu Tsujimoto (22339504)

“…At ≥50 s/view, variation in the maximum and mean SUVs decreased, with the RSE remaining below 5%. In conclusion, accurate SUV measurement with ¹²³I-MIBG requires an acquisition time of ≥50 s/view, an SI product of approximately 120, and a Gaussian filter of 10 − 12 mm. …”

NEMA IEC body phantom. by Masakazu Tsujimoto (22339504)

“…At ≥50 s/view, variation in the maximum and mean SUVs decreased, with the RSE remaining below 5%. In conclusion, accurate SUV measurement with ¹²³I-MIBG requires an acquisition time of ≥50 s/view, an SI product of approximately 120, and a Gaussian filter of 10 − 12 mm. …”

Relationship between contrast, noise, and CNR. by Masakazu Tsujimoto (22339504)

“…At ≥50 s/view, variation in the maximum and mean SUVs decreased, with the RSE remaining below 5%. In conclusion, accurate SUV measurement with ¹²³I-MIBG requires an acquisition time of ≥50 s/view, an SI product of approximately 120, and a Gaussian filter of 10 − 12 mm. …”

JS-10 phantom. by Masakazu Tsujimoto (22339504)

“…At ≥50 s/view, variation in the maximum and mean SUVs decreased, with the RSE remaining below 5%. In conclusion, accurate SUV measurement with ¹²³I-MIBG requires an acquisition time of ≥50 s/view, an SI product of approximately 120, and a Gaussian filter of 10 − 12 mm. …”

The raw data used for the analyses in this study. by Masakazu Tsujimoto (22339504)

“…At ≥50 s/view, variation in the maximum and mean SUVs decreased, with the RSE remaining below 5%. In conclusion, accurate SUV measurement with ¹²³I-MIBG requires an acquisition time of ≥50 s/view, an SI product of approximately 120, and a Gaussian filter of 10 − 12 mm. …”

The number of neuronal-like cells and neuronal types of ergothioneine co-treatment. by Amarin Thongsuk (21485401)

The co-treatment of ergothioneine on neuronal induction. by Amarin Thongsuk (21485401)

Changes in alpha diversity in the weeks before anti-TNF-a treatment. by Katrine Carlsen (5477300)

“…<p>The two alpha diversity measures, Shannon (<b>A, C</b>) and observed (<b>B, D</b>), were analysed for their association with weeks-to-treatment (mixed linear model, based on 671 samples and 25 patients, see <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0311604#sec007" target="_blank">Methods</a>). …”

Qualitative summary of trends observed in this study, relating catchment size and viral prevalence to (a) the extent to which near-source wastewater surveillance revealed locally-s... by Jay C. Bullen (10232606)

Data. by Aroon La-up (14095691)

“…The mean U-Cd levels in males (7.18 ± 1.35 μg/g creatinine) were significantly higher (p < 0.001) than in females (3.68 ± 2.13 μg/g creatinine). This study found a statistically significant decrease in BMD in the group with the lowest U-Cd levels (<2.0 μg/g creatinine, p = 0.001) and in the overall sample (from 0.392 ± 0.079 μg/g creatinine in 2019 to 0.384 ± 0.094 μg/g creatinine in 2022, p = 0.004). …”