Data Sheet 1_Unlocking efficiency in column chromatography with packed bed supporting inserts.pdf by Romone M. Fancy (21489536)

“…OMEGA was shown to reduce the effective hydraulic radius of packed resin beds, increase the permeability of packed columns by 44%–73%, and yield a 42%–50% decrease in pressure differential across the resin bed at a comparable linear velocity. …”

Inhibitory strength influences the response decorrelation. by René Larisch (11768057)

“…<p><b>A</b> The development of mean response correlation and weight change at the LGN excitatory synapses across learning. …”

Blood pressure and heart rate response during normoxemia and hypoxemia. by Peter Andriessen (304179)

“…After umbilical cord occlusion, the reperfusion period showed a marked decrease in SDNN compared to the baseline period.…”

Effects of sodium and calcium channel activity alterations in hiPSC-CMs. by Ashish Mehta (204090)

“…<p>A, Extracellular FP recordings following dose dependent treatment of tetradotoxin (TTX, 1 and 10 µM), a sodium channel blocker reduces FP_min. …”

Longitudinal estimates of ADI in <i>case</i> and <i>overtreated</i> limbs. by Apoorva Rajagopal (5562563)

“…<p>(A) The mean ADI improvement following surgery was estimated as a function of time elapsed since the pre-surgery gait visit. …”

Marimastat reversed hepatic steatosis and improved surrogate markers for insulin sensitivity in diet-induced obese mice as well as in <i>ob/ob</i> animals. by Vincent E. de Meijer (343377)

“…<p>Mean hepatic fat fraction as measured by MR spectroscopy was decreased following Marimastat treatment (A). …”

Inter-trial variance for audiovisual stimuli at parietal electrode sites. by Ayla Barutchu (276034)

“…<p><b>A</b>. For the parietal electrode sites P3 and P4, percentage (%) of increase and decrease in inter-trial variance (ITV) in the 8–60 Hz frequency range for ATVI (auditory target and visual irrelevant), AIVT (auditory irrelevant and visual target) and ATVT (audiovisual dual target) stimuli at the parietal electrode sites P3 and P4. …”

Inter-trial variance for audiovisual stimuli at occipital electrode sites. by Ayla Barutchu (276034)

“…<p><b>A</b>. For occipital electrodes O1 and O2, percentage (%) of increase and decrease in inter-trial variance (ITV) in the 8–40 Hz frequency range for ATVI (auditory target and visual irrelevant), AIVT (auditory irrelevant and visual target) and ATVT (audiovisual dual target) stimuli. …”

Herbal medicine TLJN down-regulates BACE1 levels and activity. by Ping He (33281)

“…<p>BACE1 levels were probed by Western blot and its levels were normalized to β-actin level, accordingly (<b>A</b>). BACE1 activity was measured and relative activity levels were compared to vehicle controls (<b>B</b>, Mean ± SD, student t-test, *<i>p</i><0.05). …”

Preventive administration of IP7e reduces axonal damaged area in the spinal cord of mice with EAE. by Francesca Montarolo (171473)

“…Quantification shows that the extent of neuronal damage (E) after IP7e treatment is significantly decreased, while the extent of demyelination (F) shows a tendency to decrease after IP7e treatment compared to vehicle- treated mice. …”

Image_1_Acoustic indices respond to specific marine mammal vocalizations and sources of anthropogenic noise.tiff by Elizabeth L. Ferguson (14590436)

“…<p>Using passive acoustic methods for biodiversity conservation and effective ecosystem monitoring is hindered by laborious, human-mediated processes of accurately identifying biologic and anthropogenic sounds within large datasets. Soundscape ecology provides a potential means of addressing this need through the use of automated acoustic-based biodiversity indices, which show promise in representing biodiversity in terrestrial environments. …”

DataSheet_3_Acoustic indices respond to specific marine mammal vocalizations and sources of anthropogenic noise.csv by Elizabeth L. Ferguson (14590436)

“…<p>Using passive acoustic methods for biodiversity conservation and effective ecosystem monitoring is hindered by laborious, human-mediated processes of accurately identifying biologic and anthropogenic sounds within large datasets. Soundscape ecology provides a potential means of addressing this need through the use of automated acoustic-based biodiversity indices, which show promise in representing biodiversity in terrestrial environments. …”

DataSheet_2_Acoustic indices respond to specific marine mammal vocalizations and sources of anthropogenic noise.csv by Elizabeth L. Ferguson (14590436)

“…<p>Using passive acoustic methods for biodiversity conservation and effective ecosystem monitoring is hindered by laborious, human-mediated processes of accurately identifying biologic and anthropogenic sounds within large datasets. Soundscape ecology provides a potential means of addressing this need through the use of automated acoustic-based biodiversity indices, which show promise in representing biodiversity in terrestrial environments. …”

DataSheet_2_Acoustic indices respond to specific marine mammal vocalizations and sources of anthropogenic noise.csv by Elizabeth L. Ferguson (14590436)

“…<p>Using passive acoustic methods for biodiversity conservation and effective ecosystem monitoring is hindered by laborious, human-mediated processes of accurately identifying biologic and anthropogenic sounds within large datasets. Soundscape ecology provides a potential means of addressing this need through the use of automated acoustic-based biodiversity indices, which show promise in representing biodiversity in terrestrial environments. …”

Image_3_Acoustic indices respond to specific marine mammal vocalizations and sources of anthropogenic noise.tiff by Elizabeth L. Ferguson (14590436)

“…<p>Using passive acoustic methods for biodiversity conservation and effective ecosystem monitoring is hindered by laborious, human-mediated processes of accurately identifying biologic and anthropogenic sounds within large datasets. Soundscape ecology provides a potential means of addressing this need through the use of automated acoustic-based biodiversity indices, which show promise in representing biodiversity in terrestrial environments. …”

DataSheet_1_Acoustic indices respond to specific marine mammal vocalizations and sources of anthropogenic noise.csv by Elizabeth L. Ferguson (14590436)

“…<p>Using passive acoustic methods for biodiversity conservation and effective ecosystem monitoring is hindered by laborious, human-mediated processes of accurately identifying biologic and anthropogenic sounds within large datasets. Soundscape ecology provides a potential means of addressing this need through the use of automated acoustic-based biodiversity indices, which show promise in representing biodiversity in terrestrial environments. …”

Image_2_Acoustic indices respond to specific marine mammal vocalizations and sources of anthropogenic noise.tiff by Elizabeth L. Ferguson (14590436)

“…<p>Using passive acoustic methods for biodiversity conservation and effective ecosystem monitoring is hindered by laborious, human-mediated processes of accurately identifying biologic and anthropogenic sounds within large datasets. Soundscape ecology provides a potential means of addressing this need through the use of automated acoustic-based biodiversity indices, which show promise in representing biodiversity in terrestrial environments. …”

DataSheet_1_Acoustic indices respond to specific marine mammal vocalizations and sources of anthropogenic noise.csv by Elizabeth L. Ferguson (14590436)

“…<p>Using passive acoustic methods for biodiversity conservation and effective ecosystem monitoring is hindered by laborious, human-mediated processes of accurately identifying biologic and anthropogenic sounds within large datasets. Soundscape ecology provides a potential means of addressing this need through the use of automated acoustic-based biodiversity indices, which show promise in representing biodiversity in terrestrial environments. …”

DataSheet_3_Acoustic indices respond to specific marine mammal vocalizations and sources of anthropogenic noise.csv by Elizabeth L. Ferguson (14590436)

“…<p>Using passive acoustic methods for biodiversity conservation and effective ecosystem monitoring is hindered by laborious, human-mediated processes of accurately identifying biologic and anthropogenic sounds within large datasets. Soundscape ecology provides a potential means of addressing this need through the use of automated acoustic-based biodiversity indices, which show promise in representing biodiversity in terrestrial environments. …”

The associations between H3K9me3 density of genes and their neighborhood TE content. by Yuh Chwen G. Lee (156484)

“…(B) The <i>spearman rank</i> correlation coefficients between H3K9me3 density of a gene and the number of adjacent TEs within a specific window decrease as the distance between genes and TEs increases. …”