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. …”

Impact of SU1498 and Bevacizumab on U87 cell cycle, apoptosis and morphology. by Tanja Mesti (577213)

“…Apoptosis was assessed using Annexin V–FITC/PI staining followed by flow cytometric detection. Bars represent mean + standard deviation (**:p<0.01). After 72 hours, SU1498 induces a slight but significant increase in the percentage of late apoptotic/necrotic Annexin V⁺/PI⁺, accompanied by a decrease in the percentage of viable (Annexin V^-/PI^-) cells, when compared to control (CTRL) cells. …”

Protein level affects epitope detection. by Phyllis S. Frisa (370425)

“…Cyclin B1 intensity was maximal at 25–50 µg trypsin inhibitor and decreased at lower and higher protein levels. Densitometry readings from 3 experiments and 6 gels were combined by normalizing by linear regression on measurements common to each paired series. …”

QCA and OCT analysis results. by Nienke S. van Ditzhuijzen (839180)

“…<p><b>A+B</b>) Mean lumen diameter (LD) slightly increased from pre-to post-implantation, decreased from post-implantation to 3M and remained stable from 3M to 6M. …”

More efficient encoding of stimulus frequency by INH neuronal ensembles. by Vicente Reyes-Puerta (758391)

“…Circles and error bars denote mean±SD. *<i>P</i><0.05. <b>(A2)</b> Number of neurons constituting the groups of INH and best EXC cells. …”

Profile of miRNA expression in asthmatic patients treated before and following treatment with budesonide. by Andrew E. Williams (262992)

“…Red indicates an increase in expression and green a decrease in expression relative to the mean expression of 227 miRNAs. …”

Dependence of the confidence radius on parameter M. by Jessica R. Gilbert (307638)

“…In contrast, the larger the number of peaks per subject (M) considered, the easier it will be to reach a given cluster size, hence the 95% threshold decreases as more peaks are included in the analysis.…”

Enhanced Periosteal and Endocortical Responses to Axial Tibial Compression Loading in Conditional Connexin43 Deficient Mice by Susan K. Grimston (137082)

“…Relative to wild type (WT) littermates, it requires a larger amount of compressive force to generate the same periosteal strain in cKO mice. …”

Table1_Quantitative evaluation of gastrocnemius medialis mass in patients with chronic heart failure by gray-scale ultrasound and shear wave elastography.docx by Qiyu Yao (12480831)

“…However, during the contraction of GM, the smaller the FL and Young's modulus, the larger the PA and EI with the increase of NYHA grade or the decrease of LVEF (P < 0.001).…”

Interpretation of findings of the present study. by Rayane Brinck Teixeira (6676529)

“…<p>In acute MI, the exacerbation of Mito-ROS leads to mitochondrial dysfunction and a decrease in ATP production, leading to an increase in AMP/ATP ratio, which results in phosphorylation of AMPKα at Threonine 172. …”

Table 1_Antimicrobial susceptibility profiles of commensal Clostridium perfringens isolates from chickens in Hungarian poultry farms between 2022 and 2023.docx by Ádám Kerek (14263613)

“…Future research should include larger sample sizes to provide a more comprehensive understanding of resistance dynamics. …”

Brain size in Hylarana guentheri seems unaffected by variation in temperature and growth season. Supplementary Table S1 by Jun Gu (89637)

“…The CBH assumes that brain size should increase with seasonality, as the cognitive benefits of a larger brain should help overcoming periods of food scarcity via, for example, increased behavioral flexibility. …”