Image 2_G. vaginalis increases HSV-2 infection by decreasing vaginal barrier integrity and increasing inflammation in vivo.tif by Nuzhat Rahman (16660416)

“…</p>Results<p>G. vaginalis inoculated mice infected with HSV-2 had significantly decreased survival rates, increased pathology, and higher viral titers than PBS and L. crispatus inoculated mice. …”

Image 5_G. vaginalis increases HSV-2 infection by decreasing vaginal barrier integrity and increasing inflammation in vivo.tif by Nuzhat Rahman (16660416)

“…</p>Results<p>G. vaginalis inoculated mice infected with HSV-2 had significantly decreased survival rates, increased pathology, and higher viral titers than PBS and L. crispatus inoculated mice. …”

Image 3_G. vaginalis increases HSV-2 infection by decreasing vaginal barrier integrity and increasing inflammation in vivo.tif by Nuzhat Rahman (16660416)

“…</p>Results<p>G. vaginalis inoculated mice infected with HSV-2 had significantly decreased survival rates, increased pathology, and higher viral titers than PBS and L. crispatus inoculated mice. …”

Image 1_G. vaginalis increases HSV-2 infection by decreasing vaginal barrier integrity and increasing inflammation in vivo.tif by Nuzhat Rahman (16660416)

“…</p>Results<p>G. vaginalis inoculated mice infected with HSV-2 had significantly decreased survival rates, increased pathology, and higher viral titers than PBS and L. crispatus inoculated mice. …”

Image 4_G. vaginalis increases HSV-2 infection by decreasing vaginal barrier integrity and increasing inflammation in vivo.tif by Nuzhat Rahman (16660416)

“…</p>Results<p>G. vaginalis inoculated mice infected with HSV-2 had significantly decreased survival rates, increased pathology, and higher viral titers than PBS and L. crispatus inoculated mice. …”

<i>In vivo</i> treatment decreases bacterial burden and colonization of vital organs in a skin abscess biofilm infection model. by Robert L. Beckman I.V (22784303)

Thermal map of correlation between tomato root morphology and soil structure index. by Hongyi Pan (5706971)

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Basic physicochemical properties of rhizosphere soils (0–60 cm) of different treatments on the test location. by Hongyi Pan (5706971)

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Root index data of tomato after two planting stages. by Hongyi Pan (5706971)

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Path analysis of soil three-phase structure distances (STPSD). by Hongyi Pan (5706971)

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Changes in root morphology indexes and root dry weight of different treatments in November 2022 (First planting). by Hongyi Pan (5706971)

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Total irrigation amount (m³) and average soil water content (%) with rhizosphere zones (0–60 cm depth) during the whole growth period of tomato plants for different trea... by Hongyi Pan (5706971)

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Basic physicochemical properties of rhizosphere soils (0–60 cm depth) of different treatments. by Hongyi Pan (5706971)

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Basic physical properties and structural indexes of soil after two planting phases. by Hongyi Pan (5706971)

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Changes in soil aggregate-related indexes before and after the experiment by Hongyi Pan (5706971)

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Changes in soil three-phase structure distance (STPSD) and generalized soil structure index (GSSI) before and after the experiment. by Hongyi Pan (5706971)

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Changes in root morphology indexes and root dry weight of different treatments in September 2023 (Second planting). by Hongyi Pan (5706971)

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Relationship between soil three phases and ideal points in different treatments before and after the experiment. by Hongyi Pan (5706971)

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Changes in average BD, PD, and TP of rhizosphere soil (0–60 cm) under different treatments before and after the experiment. by Hongyi Pan (5706971)

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Basic characteristics of the studies included. by Renáta Kiss-Miki (20760127)

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