Clinical relapse rate after colonoscopy. by Yuriko Otake-Kasamoto (15314630)

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Changes in vital signs after colonoscopy. by Yuriko Otake-Kasamoto (15314630)

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Subjective symptoms after colonoscopy. by Yuriko Otake-Kasamoto (15314630)

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Procedural characteristics. by Yuriko Otake-Kasamoto (15314630)

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Bar graphs showing the clinical relapse rate that was analyzed separately by the Mayo endoscopic subscore. by Yuriko Otake-Kasamoto (15314630)

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Flow diagram of the study. by Yuriko Otake-Kasamoto (15314630)

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Clinical relapse rate after colonoscopy adjusted by Mayo endoscopic subscore (MES) or partial Mayo score (PMS). by Yuriko Otake-Kasamoto (15314630)

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Characteristics of the participants in the study. by Yuriko Otake-Kasamoto (15314630)

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Effects of long-term organic fertilizer and straw on rapeseed and maize yield. by Xiaoqin Tian (18621436)

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Probability values of significant factors on inorganic C fractions in Hoytville soils in different soil layers. by Maninder K. Walia (7059722)

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Some chemical properties of soil samples tested. by Jianqiao Qin (16274451)

“…The results showed the soil enzymatic activities decreased significantly with increase of contamination of heavy metals, especially dehydrogenase and urease activities. …”

Soil basic nutrients. by Jianzhong Guo (8099471)

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Shared and unique significant abundance increases of genus-level bacteria, prompted by each crop in all disrupted agroecosystems (FDR: False discovery rate). by Michael J. DiLegge (14129205)

Shared and unique significant abundance increases of genus-level bacteria, prompted by each crop in all undisrupted agroecosystems (FDR: False discovery rate). by Michael J. DiLegge (14129205)

Pre and post-treatment mean EPG values on days 0, 7, 14, 21, and 28. by Sohail Afzal (10850709)

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CNP lowered GAPDH activity in melanoma cells. by Claudia von Montfort (256730)

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Bacterial genera observed to significantly increase in abundance after corn growth across all disrupted soils, compared to abundances of the same genera across undisrupted soils growing corn. by Michael J. DiLegge (14129205)

Bacterial genera observed to significantly increase in abundance after tomato growth across all disrupted soils, compared to abundances of the same genera across undisrupted soils growing tomato. by Michael J. DiLegge (14129205)

Bacterial genera observed to significantly increase in abundance after beet growth across all disrupted soils, compared to abundances of the same genera across undisrupted soils growing beet. by Michael J. DiLegge (14129205)

Bacterial genera observed to significantly increase in abundance after lettuce growth across all disrupted soils, compared to abundances of the same genera across undisrupted soils growing lettuce. by Michael J. DiLegge (14129205)