Complication rates. by Hyun Soo Bae (15411910)

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Surgical outcome and complication rates. by Timur Shamshudinov (12225685)

Comparison of complication rates between groups. by Diego T. Dias (3151332)

Forest plot of complication rates. by Yuxian Chen (7551833)

“…At the final follow-up for ODI, the DF group demonstrated statistically superior outcomes compared to the DA group (MD = 1.28, 95%CI 0.35, 2.21, <i><i>P</i> </i>= 0.007). Data revealed no significant differences in SF12-PCS, JOA score, back pain VAS score, leg pain VAS score, final follow-up EQ-5D, reoperation rates, complication rates, and Odom’s criteria (<i><i>P</i> </i>> 0.05).…”

Number of significant genes and fold change. by Gordon A. Barr (11163243)

Trial sequential analysis (TSA) for complication rate. by Kuo-Chuan Hung (8587392)

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Trends in diabetes complications rates by age-bands. by Joshua Kuan Tan (13943987)

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Complication (requiring readmission) rates during follow-up. by Eunae Byun (9925491)

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Surgical complication rates: Prophylactic vs no prophylactic antibiotics. by Cassandra Moats (12328655)

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Forest plot of complications and recurrence rates after PES. by Nan Wang (21935)

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Averages of the fold decreases in the MICs of tested antibiotics in the presence of the tested compounds. by Safaa Abdel-Aal Mohamed Abdel-Karim (13175696)

Complications. by Ann-Sophie Zielbauer (11355814)

Fold changes were calculated as mean condition B/mean condition A, after mTIC normalization. by Manuel A. Cornejo (11636656)

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Surgical complication rates based on infection status and treatment group. by Cassandra Moats (12328655)

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The <i>rcan-1</i> rearrangement allele decreases expression of <i>rcan-1</i>. by Yuehui Zhao (3146229)

“…The gene with the largest and most significant expression decrease was <i>rcan-1</i>. Red: p<0.01, log₂(Fold Change) > 1. …”

Two fetal folds visible on the right flank of Southern Resident calf L120 (September 6, 2014). by Joseph K. Gaydos (8830838)

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complications.xlsx. by Xuelei Zhang (2703268)

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Image_2_Serum Zinc-α2-Glycoprotein Levels Were Decreased in Patients With Premature Coronary Artery Disease.JPEG by Meijuan Liu (4924417)

“…The probability of PCAD in subjects with low tertile ZAG levels was 2.48-fold higher than those with high tertile levels after adjusting for other confounders [OR = 3.476, 95% CI 1.387–8.711, p = 0.008]. …”

Image_1_Serum Zinc-α2-Glycoprotein Levels Were Decreased in Patients With Premature Coronary Artery Disease.JPEG by Meijuan Liu (4924417)

“…The probability of PCAD in subjects with low tertile ZAG levels was 2.48-fold higher than those with high tertile levels after adjusting for other confounders [OR = 3.476, 95% CI 1.387–8.711, p = 0.008]. …”

Table_1_Serum Zinc-α2-Glycoprotein Levels Were Decreased in Patients With Premature Coronary Artery Disease.DOCX by Meijuan Liu (4924417)

“…The probability of PCAD in subjects with low tertile ZAG levels was 2.48-fold higher than those with high tertile levels after adjusting for other confounders [OR = 3.476, 95% CI 1.387–8.711, p = 0.008]. …”