Dose-response curve of the activity of chitosan solution (A), blank chitosan-TPP nanoparticles (B), AmB loaded chitosan-TPP nanoparticles (C) and AmB solution (pure) (D) against L. by Alaa Riezk (7037297)

Phagocytosis of fluorescent latex beads (2 μm) by uninfected and infected PEMs, BMMs, and THP-1 (C) in static culture system. by Alaa Riezk (7037297)

Macropinocytosis of pHrodo Red dextran by uninfected and infected PEMs, BMMs and THP-1) in static culture system. by Alaa Riezk (7037297)

Phagocytosis of fluorescent latex beads (2 μm) by infected PEMs, BMMs and THP-1 in the three culture systems (static, slow flow rate 1.45 x 10− − 9 m/s and fast flow rate 1.23 x 10... by Alaa Riezk (7037297)

Macropinocytosis of pHrodo Red dextran by infected PEMs, BMMs and THP-1 at the three culture systems (static, slow flow rate 1.45 x 10− − 9 m/s and fast flow rate 1.23 x 10− − 7 m/... by Alaa Riezk (7037297)

IFA reduced the capsular biosynthesis through altering bacterial metabolism. by Tingting Wang (123983)

Data. by Haiwei Li (282229)

“…Furthermore, restricted cubic spline analysis revealed a significant linear relationship between PAL and CVD (nonlinear P > 0.05), indicating that the OR for CVD decreased with higher levels of PAL.…”

IFA effectively reduced the production of <i>K</i>. <i>pneumoniae</i> capsule. by Tingting Wang (123983)

IFA disarmed capsule-mediated immune evasion. by Tingting Wang (123983)

IFA abrogated capsule-associated hypermucoviscosity phenotypes of hypervirulent <i>K</i>. <i>pneumoniae</i>. by Tingting Wang (123983)

Effects of bevacizumab addition on VEGF-A concentrations <i>in vitro</i>. by Masashi Okawa (8951294)

IFA sensitized hypervirulent <i>K</i>. <i>pneumoniae</i> to complement-mediated killing by inhibiting capsule. by Tingting Wang (123983)

In vivo combination activity of AMG 510 and pemigatinib in epithelial-like or mesenchymal-like phenotype lung cancer PDX models. by Angela Abdollahi (15166230)

LULC proportion from 2040 to 2060. by Muse Wldmchel (20642444)

“…Combined simulations reveal significant changes in water availability, posing long-term challenges for agriculture. …”

Global sensitive flow parameters [84]. by Muse Wldmchel (20642444)

“…Combined simulations reveal significant changes in water availability, posing long-term challenges for agriculture. …”

This is the data set that we used to reach the conclusions drawn in the manuscript with related metadata and methods. by Farayi Kaseke (19560197)

Table 3_Exploring the effects of dietary methionine supplementation on European seabass mucosal immune responses against Tenacibaculum maritimum.xlsx by Inês Carvalho (59935)

“…</p>Methods<p>For this purpose, juvenile European seabass were fed one of three experimental diets containing methionine at 8.6 mg/g (CTRL), 18.5 mg/g (MET2), and 29.2 mg/g (MET3) for four weeks, followed by a bath challenge with T. maritimum.</p>Results<p>While higher methionine intake reduced hemoglobin levels, no other significant changes in the immune status were observed. …”

Table 2_Exploring the effects of dietary methionine supplementation on European seabass mucosal immune responses against Tenacibaculum maritimum.xlsx by Inês Carvalho (59935)

“…</p>Methods<p>For this purpose, juvenile European seabass were fed one of three experimental diets containing methionine at 8.6 mg/g (CTRL), 18.5 mg/g (MET2), and 29.2 mg/g (MET3) for four weeks, followed by a bath challenge with T. maritimum.</p>Results<p>While higher methionine intake reduced hemoglobin levels, no other significant changes in the immune status were observed. …”

Table 4_Exploring the effects of dietary methionine supplementation on European seabass mucosal immune responses against Tenacibaculum maritimum.xlsx by Inês Carvalho (59935)

“…</p>Methods<p>For this purpose, juvenile European seabass were fed one of three experimental diets containing methionine at 8.6 mg/g (CTRL), 18.5 mg/g (MET2), and 29.2 mg/g (MET3) for four weeks, followed by a bath challenge with T. maritimum.</p>Results<p>While higher methionine intake reduced hemoglobin levels, no other significant changes in the immune status were observed. …”

Table 5_Exploring the effects of dietary methionine supplementation on European seabass mucosal immune responses against Tenacibaculum maritimum.xlsx by Inês Carvalho (59935)

“…</p>Methods<p>For this purpose, juvenile European seabass were fed one of three experimental diets containing methionine at 8.6 mg/g (CTRL), 18.5 mg/g (MET2), and 29.2 mg/g (MET3) for four weeks, followed by a bath challenge with T. maritimum.</p>Results<p>While higher methionine intake reduced hemoglobin levels, no other significant changes in the immune status were observed. …”