1.Accelerating the transition among T1, T2, and T3 phases of translational medicine through citation networks
Jian DU ; Xiaoli TANG ; Yanwu ZHANG ; Bin ZHANG ; Zhuming JIANG
Chinese Journal of Clinical Nutrition 2013;(2):98-102
The 3T road map proposed by Dougherty and Conway views translational research as a continuous process that moves from basic research through clinical (T1),postclinical (T2),and practice-based research and ultimately to health policies,outcomes,and impacts (T3).It can be used as a fundamental framework for evaluating and measuring translational research.The citation networks between publications may reveal translational interfaces,translational path,and translational lag in a specific research field,which can help researchers understand the critical content and road maps during their translational research,and thus accelerate translational medicine during T1,T2,and T3 phases of translational research.Based on the citation networks,we built a two-dimensional model for measuring the process of translational research.
2.Nutritional risk screening and nutritional assessment: definition, clinical practice, and possible pitfalls
Jian YANG ; Ming ZHANG ; Zhuming JIANG ; Kang YU ; Weigang ZHAO ; Qian LU ; Mingwei ZHU ; Jingyong XU ; Minjie ZENG ; Hongxia XU
Chinese Journal of Clinical Nutrition 2017;25(1):59-64
Nutritional support therapy includes three main components:nutritional screening,nutritional assessment,and nutritional intervention.It is important to emphasize that nutritional screening and nutritional assessment are two different concepts and definitions,which are often confusing for many physicians,nurses,and dietitians.In this review,we present an overview on the main concepts about nutritional screening and nutritional assessment,highlight their features and complementarity,and discuss the future perspectives in the clinical practice.
3.The advantages of bovine jugular vein tanned with hydrophilia crosslinking agent.
En CHEN ; Wenxiang DING ; Yanan LU ; Zhuming JIAN ; Xiaoqing YU ; Wenyan ZHOU
Journal of Biomedical Engineering 2004;21(1):66-71
The bovine jugular veins were divided into two groups and treated with 4% EX-313 and 0.5% glutaraldehyde respectively, and then they were examined with naked-eye, microscope and scanning electron microscope. Biomechnics test and dorsal implantation in rats were performed. The aquired data were processed and subjected to t-test. The EX-313 fixed material was more pliable than the glutaraldehyde treated material, and the former had higher anticalcification than the latter. In conclusion, the hydrophilia crosslinking agent EX-313 is superior to glutaraldehyde in treating biomaterials, and the bovine jugular vein tanned with EX-313 should be a promising material for repairing in cardiovascular surgery.
Animals
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Bioprosthesis
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Blood Vessel Prosthesis
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Cattle
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Cross-Linking Reagents
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pharmacology
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Glutaral
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pharmacology
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Jugular Veins
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drug effects
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Materials Testing
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Rats
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Rats, Sprague-Dawley
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Tissue Engineering
4.Explanation and analysis on GLIM consensus (2018) for malnutrition assessment (diagnosis)
Jian YANG ; Zhuming JIANG ; Kang YU ; Xin YE
Chinese Journal of Clinical Nutrition 2019;27(1):1-5
The criteria for malnutrition assessment (diagnosis) have been developed for years.Global Leadership Initiative on Malnutrition (GLIM) criteria for the diagnosis of malnutrition was issued in September 2018,which aims to build a global consensus around core diagnostic criteria for adult malnutrition in clinical settings.In this article,GLIM malnutrition assessment (diagnosis) consensus was reviewed and analyzed.
5.NRS 2002 Nutritional Risk Screening and GLIM Step 2 for diagnosis of malnutrition (without FFMI currently)
Xianna ZHANG ; Zhuming JIANG ; Heshui WU ; Qian LU ; Jian YANG ; Kang YU ; Zhuo LI
Chinese Journal of Clinical Nutrition 2020;28(1):1-6
The three steps of nutritional care in Europe, the United States and China were basically same as [Nutritional screening-assessment-intervention]. This review article discussed the second step of GLIM for diagnosis of malnutrition, when the diagnosis of malnutrition being needed. No normal range in healthy volunteer and no cut-off point based on clinical studies for FFMI in China now.
6.Terminology interpretation of nutritional risk screening (NRS 2002-01.017)and malnutrition diagnosis (GLIM-phenotypic criteria 01.028, etiologic criteria 01.029)
Xiangfeng YUE ; Xianna ZHANG ; Yu WANG ; Weiming KANG ; Qian LU ; Jian YANG ; Xin YE ; Hongxia XU ; Hongming PAN ; Jingyong XU ; Zhuming JIANG
Chinese Journal of Clinical Nutrition 2021;29(2):123-128
In the 42 nd and 44 th workshops of CSPEN-nutritional risk-undernutrition-support-outcome-cost effectiveness ratio (NUSOC) multi-center database collaboration group, Jens Kondrup and Henrik Rasmussen described again the application of NRS 2002, the evidence-based basis of NRS 2002 development and the methodology for prospective validation of clinical effectiveness. There is no gold standard for validation. They both considered that malnutrition could be identified as a score of 3 or more for impaired nutritional status in NRS 2002. Although NRS 2002 is simple and easy to be applied, it is not comprehensive enough for malnutrition diagnosis. ASPEN and ESPEN on-line published the Global Leadership (nutritional) Initiative on Malnutrition(GLIM)diagnosis criteria in September 2018. With the gradual implementation of medicare payment based on diagnosis related groups(DRG)in China, the nutritional risk and the malnutrition diagnosis with Chinese version of ICD-10 (2016) code should be recorded in the first page of the medical records. In this terminology interpretations, the terms of nutritional risk screening(NRS 2002.01.016)and malnutrition diagnosis (GLIM-phenotypic criteria 01.028, etiologic criteria 01.029) published in Parenteral and Enteral Nutrition Terminology 2019 are discussed based on the reports given by Kondrup and Rasmussen in Beijing and Zhengzhou.
7.Prevalence of nutritional risk and malnutrition and observation of nutritional intervention in hospitalized patients with stroke in a teaching hospital in Beijing
Chunman HAO ; Xiaomeng LI ; Zhenshui LI ; Yingxia XU ; Li WANG ; Lei FENG ; Xiang LI ; Yang WANG ; Yanyan ZHAO ; Xianna ZHANG ; Jian YANG ; Zhuo LI ; Zhuming JIANG
Chinese Journal of Clinical Nutrition 2019;27(6):331-337
Objective To investigate the prevalence of nutritional risk (NRS2002) and malnutrition inhospitalized stroke patient and their nutritional intervention. Methods The stroke patients admitted to three de-partments of vascular neurology ward including cerebral hemorrhage, cerebral infarction and subarachnoid hemor-rhage in Beijing Tiantan Hospital from January 2018 to January 2019 were recruited using cluster sampling. Nutri-tional risk screening 2002 ( NRS 2002) was used to screen the nutritional risk of inpatients Malnutrition was as-sessed by criteria:(1) body mass index (BMI) <18. 5 kg/m2 with poorer general condition from January 2018 to January 2019;(2) Global leadership initiative on malnutrition ( GLIM) criteria were used except whole body muscle mass measurement from October 2018 to January 2019. The nutritional intervention for patients were closely observed during hospitalization. Results A total of 1532 patients were registered and1036 patients were included in the final analysis considering the inclusion and exclusion criteria. The prevalence of nutritional risk was 33. 0% ( 342/1036) . The prevalence of malnutrition based on BMI and GLIM criteria was 0. 9%( 9/1036) and 2. 5% (10/393) respectively. Among the 342 patients with nutritional risk, 112 patients received nutritional support therapy by tube feeding, but only 29 patients received nutritional support that met guideline standards. 81 patients received not standard nutritional support, and 2 patients received highly unregulated nutritional sup-port. No patients received sugar and electrolyte infusion, oral nutritional supplements ( ONS) , oral nutritional a-gents and compound nutrition intervention. The other 230 patients took hospital diet. Conclusion The prevalence of nutritional risk in hospitalized patients with cerebral hemorrhage, cerebral infarction or subarachnoid hemorrhage was high, and the prevalence of malnutrition was extremely low. There was a low proportion of nutri-tional support. High quality of large sample cohort studies will be conducted to show whether reasonable applica-tion of nutritional support therapy in patients with nutritional risk can improve patient outcome.
8.Effect of cancer-associated fibroblasts-derived CCL7 on proliferation and invasion of triple-negative breast cancer cells
Chunyong HAN ; Jingyan SUN ; Jing LIU ; Shanshan HE ; Bing YANG ; Zhuming YIN ; Qingfeng HUANG ; Lili WU ; Yijie LIU ; Ling ZHANG ; Jian YIN
International Journal of Biomedical Engineering 2017;40(6):416-420
Objective To investigate the effect of cancer-associated fibroblasts (CAFs)-derived chemokine ligands 7 (CCL7) on the proliferation and invasion of triple-negative breast cancer (TNBC) cells. Methods The mRNA expression level and protein level of CCL7 in CAFs and paracancerous fibroblasts were detected by quantitative real-time polymerase chain reaction (qRT-PCR) and Western Blot respectively. To confirm the paracrine level of CCL7 in CAFs and paracancerous fibroblasts, the protein levels of CCL7 in the corresponding conditional medium were detected through enzyme-linked immunosorbent assay (ELISA). The effect of CCL7 on the proliferation and invasion of MDA-MB-231 (TNBC cell line) was investigated by MTS assay and Transwell assay, respectively. Results In comparison with paracancerous fibroblasts, the mRNA expression level and protein level of CCL7 in CAFs were significantly increased (both P<0.01). There was an obviously increase of paracrine level of CCL7 in CAFs-conditional medium (P<0.01). The MTS assay and Transwell assay results indicated that CCL7 was more able to promote the proliferation and invasion of MDA-MB-231. Conclusion CAFs in the TNBC stroma can produce more chemokine CCL7, and CCL7 can promote the proliferation and invasion of TNBC cells
9.A cross-sectional study of oncoplastic breast surgery in China
Yin ZHUMING ; Zhang QINGYUE ; Wang YAN ; Yin JIAN
Chinese Journal of Clinical Oncology 2024;51(18):950-956
Objective:Over the past decade,China has seen rapid development and significant achievements in the field of oncoplastic breast surgery.To understand our current academic standing and further the high-quality development of oncoplastic breast surgery in China,the Committee of Oncoplastic Surgery and Committee of Integrated Nursing for Breast Reconstruction(COPS and CINBR,respectively),under the China Anti-Cancer Association(CACA),conducted a cross-sectional study in 2023.Methods:The cross-sectional study assessed the current state of technological advancements and decision-making factors among member hospitals of COPS and CINBR within the year 2022 using an electronicquestionnaire.The results were analyzed by χ2 test or Fisher's precision probability test,multiple re-sponse analysis and displayed by Pareto chart.Results:Among the 195 participating hospitals,165 hospitals(84.6%)had performed onco-plastic breast surgery,including 42hospitals(21.5%)which reported an adoption rateof oncoplastic proceduresover 50%.Meanwhile,166 hospitals(85.1%)already introduced the immediate breast reconstruction into their clinical practice,indicating that the popularization of the concepts and techniques in oncoplastic breast surgery had significantly improved.The adoption rates of nipple reconstruction(173/195,88.7%)and revision procedures(167/195,85.6%)were less than 10%,suggesting that low prevalence of those procedures after breast re-construction still require attention.Factors including geographic location(multivariate Logistic regression analysis,P<0.05),hospital grade and size(multivariate Logistic regression analysis,P<0.05),and patient preferences(multiple response analysis:popularity rate>90%,re-sponse rate>30%)significantly influence the adoption of oncoplastic breast surgery and decisions regarding breast conservation or recon-struction.Conclusions:Although increased attention on the oncoplastic breast surgeryhas been paid in China,the prevalence and innova-tion ability of oncoplastic breast surgerystill need further improvement.This research offers crucial evidence-based insightsforfuture policy-making and academic planning by CACA andothergovernmentalagencies.
10.Risk factors of postoperative complications of breast reconstruction with abdominal flaps
Cong SU ; Shu WANG ; Bowen DING ; Shanshan HE ; Chunyong HAN ; Zhuming YIN ; Jian YIN
Chinese Journal of General Surgery 2024;39(7):539-543
Objective:To study the postoperative complications and its risk factors in patients undergoing breast reconstruction with abdominal flaps.Methods:The clinical data of patients undergoing breast reconstruction with abdominal flaps at Department of Breast Oncoplastic Surgery, Tianjin Medical University Cancer Institute and Hospital from Jan 2011 to Apr 2022 were reviewed.Results:Postoperative complications occurred in 95 of 484 patients (19.6%), 15.5% had flap complications, 5.2% had donor-site complications, and fat necrosis was the most common complication (11.9%). The rate of fat liquefaction decreased significantly through technical improvement (1.7% vs. 7.0%); By univariate analysis, there were statistically significant differences among the groups by reconstructive type, neoadjuvant chemotherapy, BMI, smoking history ( χ2=21.088, P<0.001; χ2=4.385, P=0.036; χ2=14.784, P=0.018; χ2=19.015, P=0.048). Unplanned reoperation statistically related to the timing of reconstruction, and reconstructive type ( χ2=7.316, P=0.007; χ2=17.167, P<0.001). Revision surgery significantly related to the timing of reconstruction and timing of radiation ( χ2=40.785, P<0.001; χ2=18.602, P<0.001);By multivariate analysis, deep inferior epigastric perforator flap, smoking history were independent risk factors for flap necrosis ( OR=0.084, 95% CI:0.022-0.325, P<0.001; OR=41.623, 95% CI:3.241-534.569, P=0.004) . Conclusions:Complications after breast reconstruction with abdominal flaps are related to many factors. The surgical risks should be carefully evaluated and personalized plan should be formulated before surgery.