Search for author "Tuo Zhang"
322 Results
- Circulating MicroRNA‐188, ‐30a, and ‐30e as Early Biomarkers for Contrast‐Induced Acute Kidney InjuryShi‐qun Sun, Tuo Zhang, Ding Ding, Wei‐feng Zhang, Xiao‐lei Wang, Zhe Sun, Liu‐hua Hu, Sheng‐ying Qin, Ling‐hong Shen, Ben HeJournal of the American Heart Association. 2016;5:e004138, originally published August 15, 2016https://doi.org/10.1161/JAHA.116.004138
- Figure 1.Open AccessCirculating MicroRNA‐188, ‐30a, and ‐30e as Early Biomarkers for Contrast‐Induced Acute Kidney InjuryShi‐qun Sun, Tuo Zhang, Ding Ding, Wei‐feng Zhang, Xiao‐lei Wang, Zhe Sun, Liu‐hua Hu, Sheng‐ying Qin, Ling‐hong Shen, Ben HeJournal of the American Heart Association August 2016, 5 (8) e004138; DOI: https://doi.org/10.1161/JAHA.116.004138By Shi‐qun Sun, Tuo Zhang, Ding Ding, Wei‐feng Zhang, Xiao‐lei Wang, Zhe Sun, Liu‐hua Hu, Sheng‐ying Qin, Ling‐hong Shen and Ben HeSelection of candidate circulating miRNAs as early biomarkers for CI‐AKI in rats. A, Global miRNA expression profiles of kidney and plasma in CI‐AKI a...Show MoreSelection of candidate circulating miRNAs as early biomarkers for CI‐AKI in rats. A, Global miRNA expression profiles of kidney and plasma in CI‐AKI and control rats by miRNA microarrays. Principal component analysis (PCA) revealed that the hybridization results of 2 plasma samples (1 from the CI‐AKI group and 1 from the control group) were significantly different from the other plasma samples. These 2 components explained 81.19% of the variability. B, Hierarchical clustering analysis of dysregulated miRNAs (with a fold change >1.5) in plasma and kidney samples. The relative miRNA expression is depicted according to the color scale shown on the right. Red indicates upregulation and blue, downregulation. C, Diagram of the strategy for identifying candidate miRNAs. See Results for details. CI‐AKI indicates contrast‐induced acute kidney injury; CM, contrast medium; miRNA, microRNA; NS, normal saline; PCA, principal component analysis.Show Less
- Table 1.Open AccessCirculating MicroRNA‐188, ‐30a, and ‐30e as Early Biomarkers for Contrast‐Induced Acute Kidney InjuryShi‐qun Sun, Tuo Zhang, Ding Ding, Wei‐feng Zhang, Xiao‐lei Wang, Zhe Sun, Liu‐hua Hu, Sheng‐ying Qin, Ling‐hong Shen, Ben HeJournal of the American Heart Association August 2016, 5 (8) e004138; DOI: https://doi.org/10.1161/JAHA.116.004138By Shi‐qun Sun, Tuo Zhang, Ding Ding, Wei‐feng Zhang, Xiao‐lei Wang, Zhe Sun, Liu‐hua Hu, Sheng‐ying Qin, Ling‐hong Shen and Ben He
- Figure 2.Open AccessCirculating MicroRNA‐188, ‐30a, and ‐30e as Early Biomarkers for Contrast‐Induced Acute Kidney InjuryShi‐qun Sun, Tuo Zhang, Ding Ding, Wei‐feng Zhang, Xiao‐lei Wang, Zhe Sun, Liu‐hua Hu, Sheng‐ying Qin, Ling‐hong Shen, Ben HeJournal of the American Heart Association August 2016, 5 (8) e004138; DOI: https://doi.org/10.1161/JAHA.116.004138By Shi‐qun Sun, Tuo Zhang, Ding Ding, Wei‐feng Zhang, Xiao‐lei Wang, Zhe Sun, Liu‐hua Hu, Sheng‐ying Qin, Ling‐hong Shen and Ben HeValidation of candidate circulating miRNAs in rats. A, Tissue expression patterns of miRNAs in rats. The lev...Show MoreValidation of candidate circulating miRNAs in rats. A, Tissue expression patterns of miRNAs in rats. The levels of candidate miRNAs in various tissues from rats by reverse transcription quantitative real‐time PCR (RT‐qPCR). B, Validating data of miRNA microarray by RT‐qPCR method. C, Time course of the plasma levels of candidate miRNAs from CI‐AKI rats. The plasma was collected from the rats at different time points (n=4 for each time point). Levels of miRNAs at each time point were expressed as fold increase relative to the baseline. D, The plasma was collected from control rats (without pretreatment and CM exposure), CM‐only group (CM exposure without pretreatment), dehydration‐only group (dehydration pretreatment without CM exposure), and CI‐AKI group at 4 hours after CM exposure or equal time point (n=4, each group). The relative change of miRNA levels is expressed as fold increase compared with the control.*P<0.05, **P<0.01, and ***P<0.001. CI‐AKI indicates contrast‐induced acute kidney injury; CM, contrast medium; miRNA, microRNA; RT‐qPCR, reverse transcription quantitative real‐time polymerase chain reaction.Show Less
- Table 2.Open AccessCirculating MicroRNA‐188, ‐30a, and ‐30e as Early Biomarkers for Contrast‐Induced Acute Kidney InjuryShi‐qun Sun, Tuo Zhang, Ding Ding, Wei‐feng Zhang, Xiao‐lei Wang, Zhe Sun, Liu‐hua Hu, Sheng‐ying Qin, Ling‐hong Shen, Ben HeJournal of the American Heart Association August 2016, 5 (8) e004138; DOI: https://doi.org/10.1161/JAHA.116.004138By Shi‐qun Sun, Tuo Zhang, Ding Ding, Wei‐feng Zhang, Xiao‐lei Wang, Zhe Sun, Liu‐hua Hu, Sheng‐ying Qin, Ling‐hong Shen and Ben He
- Figure 3.Open AccessCirculating MicroRNA‐188, ‐30a, and ‐30e as Early Biomarkers for Contrast‐Induced Acute Kidney InjuryShi‐qun Sun, Tuo Zhang, Ding Ding, Wei‐feng Zhang, Xiao‐lei Wang, Zhe Sun, Liu‐hua Hu, Sheng‐ying Qin, Ling‐hong Shen, Ben HeJournal of the American Heart Association August 2016, 5 (8) e004138; DOI: https://doi.org/10.1161/JAHA.116.004138By Shi‐qun Sun, Tuo Zhang, Ding Ding, Wei‐feng Zhang, Xiao‐lei Wang, Zhe Sun, Liu‐hua Hu, Sheng‐ying Qin, Ling‐hong Shen and Ben HeEvaluation of candidate circulating miRNAs in CI‐AKI patients. A, The plasma levels of the three candidate m...Show MoreEvaluation of candidate circulating miRNAs in CI‐AKI patients. A, The plasma levels of the three candidate miRNAs in 71 CI‐AKI patients and 71 matched controls without CI‐AKI by RT‐qPCR. Blood samples were obtained at baseline and 4 to 6 hours post CM exposure. Individual value plots represent the relative change of miRNA levels compared with baseline in each CI‐AKI patient (left) and non‐CI‐AKI patient (right). A crossbar on each plot indicates the mean expression level for each group. ***P<0.001. B, Discrimination potential of candidate circulating miRNAs. Receiver operating characteristics (ROC) curves were drawn with the data of fold change of plasma microRNAs from 71 CI‐AKI patients and 71 matched controls. The dashed line indicates “random guess” diagonal line. AUC indicates area under the curve; CI‐AKI, contrast‐induced acute kidney injury; CM, contrast medium; miRNA, microRNA; RT‐qPCR, reverse transcription quantitative real‐time polymerase chain reaction.Show Less
- Table 3.Open AccessCirculating MicroRNA‐188, ‐30a, and ‐30e as Early Biomarkers for Contrast‐Induced Acute Kidney InjuryShi‐qun Sun, Tuo Zhang, Ding Ding, Wei‐feng Zhang, Xiao‐lei Wang, Zhe Sun, Liu‐hua Hu, Sheng‐ying Qin, Ling‐hong Shen, Ben HeJournal of the American Heart Association August 2016, 5 (8) e004138; DOI: https://doi.org/10.1161/JAHA.116.004138By Shi‐qun Sun, Tuo Zhang, Ding Ding, Wei‐feng Zhang, Xiao‐lei Wang, Zhe Sun, Liu‐hua Hu, Sheng‐ying Qin, Ling‐hong Shen and Ben He
- Figure 4.Open AccessCirculating MicroRNA‐188, ‐30a, and ‐30e as Early Biomarkers for Contrast‐Induced Acute Kidney InjuryShi‐qun Sun, Tuo Zhang, Ding Ding, Wei‐feng Zhang, Xiao‐lei Wang, Zhe Sun, Liu‐hua Hu, Sheng‐ying Qin, Ling‐hong Shen, Ben HeJournal of the American Heart Association August 2016, 5 (8) e004138; DOI: https://doi.org/10.1161/JAHA.116.004138By Shi‐qun Sun, Tuo Zhang, Ding Ding, Wei‐feng Zhang, Xiao‐lei Wang, Zhe Sun, Liu‐hua Hu, Sheng‐ying Qin, Ling‐hong Shen and Ben HeCandidate circulating miRNAs were associated with Mehran Risk Scores. A, Comparison of mean Mehran Risk Scor...Show MoreCandidate circulating miRNAs were associated with Mehran Risk Scores. A, Comparison of mean Mehran Risk Scores and incidence of Mehran Risk Score ≥6 between CI‐AKI and non‐CI‐AKI patients by different CI‐AKI criteria. B, Mean Mehran Risk Score and incidence of Mehran Risk Score ≥6 in 4 categories of patients. +/+ indicates patients who met the CI‐AKI criteria based both on miRNA and CyC/SCr; +/− indicates patients who met the CI‐AKI criteria based on miRNA but not CyC/SCr; −/+ indicates patients who met the CI‐AKI criteria based on CyC/SCr but not miRNA; −/− indicates patients who did not meet the CI‐AKI criteria based both on miRNA and CyC/SCr. Any‐positive, the fold‐change of any 1 of the 3 selected miRNAs reaching cutoff point I; treble‐positive, the fold‐change of all 3 selected miRNAs reaching cutoff point I. Error is represented as SEM. **P<0.01. ***P<0.001. CI‐AKI indicates contrast‐induced acute kidney injury; CyC/SCr, cystatin C/serum creatinine; miRNA, microRNA.Show Less
- Open AccessCirculating MicroRNA‐188, ‐30a, and ‐30e as Early Biomarkers for Contrast‐Induced Acute Kidney InjuryShi‐qun Sun, Tuo Zhang, Ding Ding, Wei‐feng Zhang, Xiao‐lei Wang, Zhe Sun, Liu‐hua Hu, Sheng‐ying Qin, Ling‐hong Shen, Ben HeJournal of the American Heart Association August 2016, 5 (8) e004138; DOI: https://doi.org/10.1161/JAHA.116.004138By Shi‐qun Sun, Tuo Zhang, Ding Ding, Wei‐feng Zhang, Xiao‐lei Wang, Zhe Sun, Liu‐hua Hu, Sheng‐ying Qin, Ling‐hong Shen and Ben He
- You have accessRestricted accessAbstract 130: Arginine Methylation of Smad6 Defines Bone-morphogenetic-protein (BMP) Signaling Duration and IntensityJIAN WU, Olan Jackson-Weaver, Tingwei Zhang, Yongchao Gou and Jian XuCirculation Research. 2016;119:A130
Pages
Journal
Article Type
Article Type
- ACE/Angiotension receptors 7
- Acute Cerebral Hemorrhage 7
- Angiogenic Signaling 1
- Animal models of human disease 33
- Apoptosis 8
- Apoptosis I 1
- Apoptosis II 1
- Arrhythmias, clinical electrophysiology, drugs 5
- Article 8
- Basic Science 6
- Blood Pressure in Children 3
- Calcium cycling/excitation-contraction coupling 25
- Cardiac Development/Genetics/Molecular Biology 1
- Cardiac and Vascular Signaling 3
- Cardiomyocyte Apoptosis and Autophagy 1
- Cell signalling/signal transduction 57
- Cellular Biology 79
- Cellular Biology and Function 1
- Cerebral Venous Thrombosis 7
- Clinical Sciences 14
- Clinical Studies 7
- Clinical Track 7
- Clinical genetics 5
- Core 4. Heart Rhythm Disorders and Resuscitation Science 1
- Core 5. Myocardium: Function and Failure 2
- Core 5: Myocardium: Development, Function, and Failure 2
- Core 7. Vascular Disease: Biology and Clinical Science 2
- Epidemiology 11
- Epidemiology/Population 20
- Experimental Mechanisms and Models Oral Abstracts II 2
- Gene expression 22
- Gene regulation 22
- Genetically altered mice 26
- Genetics of cardiovascular disease 5
- Growth Factors, Cytokines, Signal Transduction I 1
- Health Services and Outcomes Research 6
- Heart failure - basic studies 26
- High Blood Pressure 6
- Hypertension 12
- Hypertension - basic studies 9
- Hypertrophy 15
- Integrative Physiology 51
- Integrative Physiology/Experimental Medicine 24
- International Stroke Conference Moderated Poster Abstracts 1
- International Stroke Conference Oral Abstracts 2
- International Stroke Conference Oral Abstracts Experimental Mechanisms and Models Oral Abstracts II 1
- International Stroke Conference Poster Abstracts 7
- International Stroke Conference Poster Abstracts Session Title: Aneurysm Posters II 1
- International Stroke Conference Poster Abstracts Session Title: Basic and Preclinical Neuroscience of Stroke Recovery Posters I 2
- Ion channels/membrane transport 22
- Ischemic biology - basic studies 7
- Kidney in Cardiovascular Disease 19
- Molecular Medicine 33
- Myocardial Ischemia/Function/Metabolism 1
- Myocardial cardiomyopathy disease 7
- Obesity 12
- Oral Abstract Presentations 3
- Oral Abstract Presentations Session Title: Concurrent Session I D - Clinical Lipidology: Diagnosis and Therapeutics 1
- Original Article 34
- Original Articles 11
- Original Articles Original Article Original Articles Epidemiology/Population 6
- Original Contribution 7
- Original Contributions 7
- Original Contributions Original Contribution Original Contributions Clinical Sciences 7
- Original Research 25
- Other Vascular biology 7
- Other myocardial biology 8
- Pathophysiology of Hypertrophy and Failure 1
- Physiological and Pathological Hypertrophy 1
- Physiological and pathological control of gene expression 22
- Poster Abstract Presentations 8
- Poster Abstract Presentations Session Title: Poster Session II 1
- Poster Session 1 1
- Poster Session 4 1
- Risk Factors 6
- Session Title: Aneurysm Posters II 2
- Session Title: Basic and Preclinical Neuroscience of Stroke Recovery Posters I 4
- Session Title: Basic and Preclinical Neuroscience of Stroke Recovery Posters II 1
- Session Title: Concurrent Session I D - Clinical Lipidology: Diagnosis and Therapeutics 2
- Session Title: Emergency Cardiac Care: STEMI, AEDs and Cardiac Arrest 1
- Session Title: Health Services, Quality Improvement, and Patient-Centered Outcomes Moderated Poster Tour I 1
- Session Title: Heart Failure: Cardiotoxicity and Cardioprotection 1
- Session Title: Hypertension 1 3
- Session Title: Hypertension 2 1
- Session Title: Hypertension: Experimental 1
- Session Title: IPS Cells: Advances in Generation and Application for Ischemic Tissue Repair 1
- Session Title: Molecular Signaling in Cardiac Growth 1
- Session Title: Myocardial Ischemia and Cardioprotection 1
- Session Title: Poster Session 1 1
- Session Title: Poster Session II 2
- Session Title: Weight Gain Trajectories Through Youth with Later Health Outcomes 1
- Session Title: eAbstract Session: Cellular Biology and Function 1
- Smooth muscle proliferation and differentiation 9
- Valvular heart disease 7
- Vascular Biology (Atherosclerosis/Hemostasis/Lipid Metabolism) 1
- Volume 113, Issue 4 Supplement; August 2, 2013 / Abstracts From the American Heart Association’s Basic Cardiovascular Sciences 2013 Scientific Sessions 1
- Volume 32, Issue 5 Supplement; May 2012 / Abstracts From the Arteriosclerosis, Thrombosis and Vascular Biology 2012 Scientific Sessions 2
- Volume 44, Issue 2 Meeting Abstracts; February 2013 / Abstracts From the American Heart Association/American Stroke Association 2013 International Stroke Conference and Nursing Symposium 2
Subject
Subject
- ACE/Angiotension receptors 15
- Ablation/ICD/surgery 6
- Acute Cerebral Hemorrhage 14
- Animal models of human disease 76
- Apoptosis 15
- Arrhythmias, clinical electrophysiology, drugs 10
- Biomarkers 9
- Calcium cycling/excitation-contraction coupling 49
- Cardiovascular Disease 10
- Cell signalling/signal transduction 107
- Cerebral Venous Thrombosis 14
- Clinical Studies 14
- Clinical genetics 10
- Epidemiology 46
- Gene expression 43
- Gene regulation 45
- Genetically altered mice 53
- Genetics of cardiovascular disease 10
- Heart failure - basic studies 53
- High Blood Pressure 23
- Hypertension 33
- Hypertension - basic studies 9
- Hypertrophy 30
- Ion channels/membrane transport 45
- Ischemic biology - basic studies 15
- Myocardial cardiomyopathy disease 14
- Nephrology and Kidney 10
- Obesity 26
- Other Vascular biology 23
- Other myocardial biology 15
- Pediatrics 6
- Physiological and pathological control of gene expression 45
- Race and Ethnicity 7
- Risk Factors 19
- Smooth muscle proliferation and differentiation 9
- Valvular heart disease 14
- Volume 113, Issue 4 Supplement; August 2, 2013 / Abstracts From the American Heart Association’s Basic Cardiovascular Sciences 2013 Scientific Sessions 1
- Volume 32, Issue 5 Supplement; May 2012 / Abstracts From the Arteriosclerosis, Thrombosis and Vascular Biology 2012 Scientific Sessions 2
- Volume 44, Issue 2 Meeting Abstracts; February 2013 / Abstracts From the American Heart Association/American Stroke Association 2013 International Stroke Conference and Nursing Symposium 2
Content Type
Resource Type
- Articles 64
- Tables & Figures 247
- HWTABLE 11



