image imagewidth (px) 726 2.13k | Minimal_Caption stringclasses 10
values | Medium_Caption stringclasses 10
values | High_Caption stringclasses 10
values |
|---|---|---|---|
The figure is a grouped bar chart showing the percent relative abundance (% Relative abundance; y-axis 0–100) of three N-glycan classes—High Mannose (open bars), Neutral (diagonally hatched), and Sialylated (open light gray)—for three lactoferrin types on the x-axis: hLF, rhLF, and bLF. For hLF, the Sialylated and Neut... | The figure is a grouped bar chart comparing the percent relative abundance of three N‑glycan categories—High Mannose, Neutral, and Sialylated—across three lactoferrin types labeled on the x‑axis as hLF, rhLF, and bLF; the y‑axis is “% Relative abundance” (0–100). Each category is shown with a distinct bar style (solid,... | The image is a grouped bar chart comparing the relative abundances of three N-glycan classes in lactoferrin types. The x-axis is labeled “Lactoferrin type” with three groups: hLF, rhLF, and bLF. The y-axis is “% Relative abundance” from 0 to 100. The legend identifies bar fills: open bars for High Mannose, diagonal-hat... | |
The figure is a grouped bar graph comparing the relative abundance (%) of fucosylated versus non‑fucosylated N‑glycans across three lactoferrin types (x‑axis: “Lactoferrin type” with categories hLF, rhLF, and bLF; y‑axis: “% Relative abundance” from 0 to 100). Two bars are shown for each lactoferrin: a filled black bar... | The figure is a grouped bar chart comparing the percentages of fucosylated and non‑fucosylated N‑glycans released by PNGase F from three lactoferrin types. The x‑axis is labeled “Lactoferrin type” with categories hLF, rhLF, and bLF, and the y‑axis is “% Relative abundance” (0–100). A legend indicates the two categories... | The figure is a grouped bar chart comparing the relative abundance (%) of fucosylated versus non‑fucosylated N‑glycans released by PNGase F from three lactoferrin types. The y-axis is labeled “% Relative abundance” (0–100), and the x-axis is labeled “Lactoferrin type,” with categories hLF, rhLF, and bLF. A legend indic... | |
The image is a principal component analysis (PCA) scatter plot titled “Individuals factor map (PCA)” comparing sample groups labeled hLF (human lactoferrin), rhLF (recombinant human lactoferrin), and bLF (bovine lactoferrin), each with replicates a–c. The x‑axis is “Dim 1 (62.45%)” and the y‑axis is “Dim 2 (36.97%),” w... | The figure is a principal component analysis scatter plot titled “Individuals factor map (PCA)” showing sample clustering for nine labeled specimens: hLfa, hLfb, hLfc; rhLfa, rhLfb, rhLfc; and bLfa, bLfb, bLfc. The x-axis is “Dim 1 (62.45%)” and the y-axis is “Dim 2 (36.97%),” with dashed lines at zero delineating four... | The figure is a principal component analysis (PCA) scatter plot titled “Individuals factor map (PCA)” showing sample separation based on composition, with axes labeled “Dim 1 (62.45%)” on the x-axis and “Dim 2 (36.97%)” on the y-axis and dashed lines marking the zero axes. Nine points are plotted and labeled: three rec... | |
The figure is a bar chart displaying Z-scores for the ratio of mapped sequencing reads between two samples across multiple bacterial species. The y-axis is labeled “Z-Score” with tick marks from −2.0 to 5.0, and the legend indicates “Zscores.” The x-axis lists species names tilted diagonally; among the leftmost, Mycopl... | Bar chart showing Z-scores for the ratio of mapped reads across bacterial species. The y-axis is labeled “Z-Score” with tick marks from −2.0 to 5.0, and the legend indicates “Zscores.” The x-axis lists numerous species (labels rotated), including Mycoplasma hyopneumoniae, Mycoplasma flocculare, Mycoplasma hyorhinis, Pa... | The figure is a bar chart showing Z-scores for the normalized ratio of mapped reads across bacterial species. The x-axis lists species names (rotated) and the y-axis is labeled “Z-Score” with tick marks at 0, 1, 2, 3, 4, and 5, ranging approximately from −2.0 to 5.0. A legend indicates “Zscores.” Positive Z-scores (abo... | |
The figure is a multi-series bar chart showing mapped read relative frequencies for bacterial species, with dual y-axes distinguishing Mycoplasma hyopneumoniae from other, less abundant species. The x-axis lists species names (left to right): Mycoplasma hyopneumoniae, Mycoplasma flocculare, Mycoplasma hyorhinis, Pasteu... | The figure is a multi-series bar chart with dual y-axes depicting relative read frequencies across bacterial species for two samples (M01 and M02). The x-axis lists species (labels rotated) including, among others, Mycoplasma hyopneumoniae, Mycoplasma flocculare, Mycoplasma hyorhinis, Pasteurella multocida, Mannheimia ... | The figure is a dual–y-axis bar chart comparing relative read frequencies of microbial species between two metagenomic samples (M01 and M02), with separate scales for Mycoplasma hyopneumoniae and for all other species. The x-axis lists species names (left to right), beginning with Mycoplasma hyopneumoniae, followed by ... | |
The figure is a line plot showing the dependence of net surface charge density (σns‑TiO2, units C/m²) on pH for nanostructured TiO2 films of different roughness. The x-axis is labeled “pH” and spans approximately 3.8 to 5.2, while the y-axis is labeled “σns‑TiO2 (C/m²)” and ranges from 0 to slightly above 0.025. Five d... | The figure is a multi-series line graph plotting the net surface charge density of nanostructured TiO2 films, σns‑TiO2 (C/m^2), versus pH. The x-axis is labeled pH (ticks at 4, 4.5, and 5), and the y-axis is labeled σns‑TiO2 (C/m^2) with tick marks at 0.005, 0.01, 0.015, 0.02, and 0.025. Five datasets are shown in the ... | The figure is a line graph showing the net surface charge density of nanostructured TiO2 films as a function of pH, with multiple curves for different surface roughness values. The x-axis is labeled “pH” (range shown ≈3.5–5.2), and the y-axis is labeled “σ_ns–TiO2 (C/m^2)” (values shown from 0 to slightly above 0.025).... | |
The figure is a 2D scatter plot comparing the isoelectric point (IEP) of nanostructured TiO2 (ns‑TiO2) as a function of surface roughness. The x-axis is labeled “Roughness (nm)” spanning 0–30 nm, and the y-axis is labeled “ns‑TiO2 IsoElectric Point” spanning 3.0–6.5. Blue filled circles represent ns‑TiO2 data, with one... | The figure is a scatter plot showing the ns-TiO2 IsoElectric Point (y-axis) versus surface Roughness (nm) (x-axis). Blue filled circles (one with a vertical error bar) represent ns-TiO2 measurements; two horizontal reference lines are included: a cyan dash–dot line labeled “Polycrystalline TiO2” near pH ≈6.2 and a mage... | The figure is a scatter plot showing the isoelectric point (pH IEP) of nanostructured TiO2 (ns‑TiO2) as a function of surface roughness. The x-axis is labeled “Roughness (nm)” and spans 0–30 nm. The y-axis is labeled “ns‑TiO2 IsoElectric Point” and spans 3.0–6.5. Blue filled circles (ns‑TiO2) display a clear decreasing... | |
The figure is a log–log rheological plot showing frequency-dependent viscoelastic moduli of Matrigel measured by DLSμR. The horizontal axis is angular frequency ω (s⁻¹) ranging from ~10⁻¹ to 10⁶ s⁻¹. The vertical axis is G* (Pa) spanning ~10⁻¹ to 10³ Pa. Two temperatures are indicated: 12 °C (blue) and 37 °C (red). Fil... | The figure is a log–log rheological frequency sweep showing shear moduli versus angular frequency. The x-axis is ω (s⁻¹) spanning 10⁻¹ to 10⁶, and the y-axis is labeled G* (Pa) spanning 10⁻¹ to 10³. Two temperatures are annotated: 37°C (red) and 12°C (blue). The legend indicates filled circles are the storage modulus G... | The figure is a log–log rheological plot showing frequency-dependent viscoelastic moduli measured by DLSμR. The x-axis is angular frequency ω (s⁻¹) spanning approximately 10⁻¹ to 10⁶ s⁻¹, and the y-axis is G* (Pa) spanning about 10⁻¹ to 10³ Pa. Data are shown at two temperatures: 12 °C (blue) and 37 °C (red), with clos... | |
The figure is a liquid chromatography–mass spectrometry chromatogram (MRM trace) showing Ezogabine at 10 ng/mL. The plot displays signal intensity (Counts, y-axis labeled “x10^3”) versus acquisition time in minutes (x-axis, “Counts vs. Acquisition Time (min)”). A single prominent peak (filled red, outlined in red) appe... | The figure is an LC–MS/MS chromatogram (MRM) displaying signal intensity versus retention time. The header reads “+ MRM CF=0.000 DF=0.000 (304.10000 -> 229.90000) Ezogabine 01.d.” The x-axis is labeled “Counts vs. Acquisition Time (min)” and spans approximately 0.0 to 2.5 min; the y-axis is scaled in counts with a mult... | Chromatogram (LC–MS/MS MRM) showing Ezogabine at 10 ng/mL. The plot displays signal intensity (Counts) versus Acquisition Time (min) with the x-axis spanning approximately 0 to 2.5 min and the y-axis labeled ×10^3 (tick marks at 0, 0.25, 0.5, 0.75, 1.0, 1.25, 1.5, 1.75). The trace (red) is flat at low baseline counts u... | |
Line/scatter plot showing pharmacokinetic concentration–time profiles of ezogabine, comparing males and females. Title: “Comparative PK of Ezogabine among male and female.” The x-axis is Time (hr) spanning 0 to 60 hr, and the y-axis is Concentration (ng/mL) extending from 0 up to at least 1400 ng/mL. Two datasets are p... | The figure is a pharmacokinetic line/scatter plot titled “Comparative PK of Ezogabine among male and female,” showing concentration–time data with error bars. The x‑axis is labeled “Time (hr)” (0 to ~60 hr), and the y‑axis is “Concentration ng/mL” (0 to 1400 ng/mL). Two series are shown: Male (blue circles connected by... | The figure is a line/scatter pharmacokinetic plot showing plasma concentration–time profiles of ezogabine for males and females after a single oral dose. The x-axis is Time (hr) spanning 0 to 60 hr, and the y-axis is Concentration (ng/mL) spanning 0 to 1400 ng/mL. Male data are indicated by blue points with a dashed bl... |
README.md exists but content is empty.
- Downloads last month
- 25