(HSCRC) Scheme-1 encoding. by R. Sakthivel (2589547)

“…The modifications carried out show around 6% to 19% reduction in bits used for a linearly distributed data set. Worst-case delays have been reduced by 3% to 8%. …”

<b>Mystery of Deep Soil Organic Carbon Dynamics Uncovered through Long-term Conservation Tillage Experiments</b> by Jianye Li (8914520)

“…</a> Plant-derived carbon showed increased stability in the deep soil, as evidenced by decreased (Ac/Al)s values (-58%) and (Ac/Al)v values (-28%) and a 84% rise in V-type phenols under NT. …”

Villitis with T cell infiltration in the placenta of Ld-infected mice. by Haruka Mizobuchi (5395394)

“…Means ± SE are presented. <i>P</i> values for Student’s t test are shown.</p>…”

Clinical and Imaging Characteristics of Posterior Scleritis in Children by Ayala Katzir (20605679)

“…We aimed to report on its clinical and imaging features in one of the largest pediatric series to date.</p> <p>Retrospective review of medical files.…”

DataSheet1_Cross-National Trends in Early Sexual Initiation Among 15-Year-Old Adolescents, 2002–2022.xlsx by András Költő (10831323)

“…Parental support (and its interaction with time) also had a significant but small protective role.</p>Conclusion<p>Despite a small decrease over time, still 4% of participants reported early sexual initiation in 2022. …”

Table 1_Effects of substituting alfalfa silage with whole plant quinoa silage on rumen fermentation characteristics and rumen microbial community of sheep in vitro.docx by Jie Bai (28269)

“…At the phylum level, the relative abundance of Spirochaetota decreased linearly (p < 0.05), while Verrucomicrobiota increased (p < 0.05). …”

Table3_Shifts in sulphur-cycling bacteria in the rhizobiome support the adaptation of Caulerpa prolifera to elevated sulphide levels.xlsx by Anastasiia Barilo (19938834)

“…While photosynthesis was not affected, the Caulerpa weight-based growth rate decreased linearly with increasing sulphide concentration. …”

Table6_Shifts in sulphur-cycling bacteria in the rhizobiome support the adaptation of Caulerpa prolifera to elevated sulphide levels.xlsx by Anastasiia Barilo (19938834)

“…While photosynthesis was not affected, the Caulerpa weight-based growth rate decreased linearly with increasing sulphide concentration. …”

Table7_Shifts in sulphur-cycling bacteria in the rhizobiome support the adaptation of Caulerpa prolifera to elevated sulphide levels.docx by Anastasiia Barilo (19938834)

“…While photosynthesis was not affected, the Caulerpa weight-based growth rate decreased linearly with increasing sulphide concentration. …”

Table4_Shifts in sulphur-cycling bacteria in the rhizobiome support the adaptation of Caulerpa prolifera to elevated sulphide levels.xlsx by Anastasiia Barilo (19938834)

“…While photosynthesis was not affected, the Caulerpa weight-based growth rate decreased linearly with increasing sulphide concentration. …”

Table2_Shifts in sulphur-cycling bacteria in the rhizobiome support the adaptation of Caulerpa prolifera to elevated sulphide levels.xlsx by Anastasiia Barilo (19938834)

“…While photosynthesis was not affected, the Caulerpa weight-based growth rate decreased linearly with increasing sulphide concentration. …”

Table1_Shifts in sulphur-cycling bacteria in the rhizobiome support the adaptation of Caulerpa prolifera to elevated sulphide levels.docx by Anastasiia Barilo (19938834)

“…While photosynthesis was not affected, the Caulerpa weight-based growth rate decreased linearly with increasing sulphide concentration. …”

DataSheet1_Shifts in sulphur-cycling bacteria in the rhizobiome support the adaptation of Caulerpa prolifera to elevated sulphide levels.docx by Anastasiia Barilo (19938834)

“…While photosynthesis was not affected, the Caulerpa weight-based growth rate decreased linearly with increasing sulphide concentration. …”

Table5_Shifts in sulphur-cycling bacteria in the rhizobiome support the adaptation of Caulerpa prolifera to elevated sulphide levels.xlsx by Anastasiia Barilo (19938834)

“…While photosynthesis was not affected, the Caulerpa weight-based growth rate decreased linearly with increasing sulphide concentration. …”

Rabex-5 interacts with Notch in the wing. by Theresa A. Reimels (19959368)

“…There is a decreased frequency of wing notching (quantified later in K), but there are still wings with the classical <i>Notch</i> loss-of-function phenotypes resembling wings in B-C’. …”

Image 2_Comparative evaluation of antimicrobial peptides: effect on formation, metabolic activity and viability of Klebsiella pneumoniae biofilms.jpeg by Sophia Hanstein (21074255)

“…Introduction<p>Klebsiella pneumoniae (K. pneumoniae) is a major human nosocomial infectious agent and an important veterinary pathogen, frequently resistant to various antibiotics. …”

Image 1_Comparative evaluation of antimicrobial peptides: effect on formation, metabolic activity and viability of Klebsiella pneumoniae biofilms.jpeg by Sophia Hanstein (21074255)

“…Introduction<p>Klebsiella pneumoniae (K. pneumoniae) is a major human nosocomial infectious agent and an important veterinary pathogen, frequently resistant to various antibiotics. …”

Image 5_Comparative evaluation of antimicrobial peptides: effect on formation, metabolic activity and viability of Klebsiella pneumoniae biofilms.jpeg by Sophia Hanstein (21074255)

“…Introduction<p>Klebsiella pneumoniae (K. pneumoniae) is a major human nosocomial infectious agent and an important veterinary pathogen, frequently resistant to various antibiotics. …”

Image 4_Comparative evaluation of antimicrobial peptides: effect on formation, metabolic activity and viability of Klebsiella pneumoniae biofilms.jpeg by Sophia Hanstein (21074255)

“…Introduction<p>Klebsiella pneumoniae (K. pneumoniae) is a major human nosocomial infectious agent and an important veterinary pathogen, frequently resistant to various antibiotics. …”

Image 3_Comparative evaluation of antimicrobial peptides: effect on formation, metabolic activity and viability of Klebsiella pneumoniae biofilms.jpeg by Sophia Hanstein (21074255)

“…Introduction<p>Klebsiella pneumoniae (K. pneumoniae) is a major human nosocomial infectious agent and an important veterinary pathogen, frequently resistant to various antibiotics. …”