Box-whisker plots of the relative abundances (%) of coccolithophore species characteristic for the “pseudo-stadial” (PS; 1854.6–1852.8 cm), the interstadial before the YTT eruption... by Jose Dominick Guballa (19739909)

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Ensemble empirical mode decomposition (EEMD) analysis of the major coccolithophore species in core SO130-289KL. by Jose Dominick Guballa (19739909)

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Multitaper spectral analysis of the main coccolithophore species in core SO130-289KL. by Jose Dominick Guballa (19739909)

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The addition of the residual with the second intrinsic mode function (IMF) based on ensemble empirical mode decomposition (EEMD) analysis to place the EEMD results in context with... by Jose Dominick Guballa (19739909)

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Scanning electron microscope (SEM) images of common coccolithophore species identified in the study interval in core SO130-289KL. by Jose Dominick Guballa (19739909)

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Wavelet analysis of the major coccolithophore species in core SO130-289KL. by Jose Dominick Guballa (19739909)

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Comparison of the coccolithophore assemblage to paleo-proxy records between 74.40 to 73.40 ka. by Jose Dominick Guballa (19739909)

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Coccolithophore relative abundance data from core SO130-289KL from 1854.6 cm to 1820.4 cm. by Jose Dominick Guballa (19739909)

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General seasonal hydrography of the northern Arabian Sea. by Jose Dominick Guballa (19739909)

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Concurrent mixed methods design diagram. by Esario IV Daguman (21474116)

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Outcomes and data gathering timeline. by Esario IV Daguman (21474116)

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The guiding map. by Esario IV Daguman (21474116)

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The RehaGait® system. by Johanna Rydja (12300797)

“…Step height was normalized postoperatively; all other variables remained significantly worse than the HI. …”

Flow chart of included patients and dropouts. by Johanna Rydja (12300797)

“…Step height was normalized postoperatively; all other variables remained significantly worse than the HI. …”

Dataset of the analyzed data. by Johanna Rydja (12300797)

“…Step height was normalized postoperatively; all other variables remained significantly worse than the HI. …”

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. …”