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915 results on '"Lin, Yu‐Li"'

185. The central mechanism of risperidone-induced hyperprolactinemia

Author

Zhiyuan Song, He-Qin Yang, Wei-Wei Sun, Lin-Yu Li, Yan-Chuan Shi, Shu Lin, and Xu-Feng Huang

Subjects
Male, Pituitary gland, medicine.medical_specialty, Tyrosine 3-Monooxygenase, In situ hybridization, Pharmacology, 03 medical and health sciences, 0302 clinical medicine, Dopamine, Internal medicine, Animals, Medicine, Neuropeptide Y, Biological Psychiatry, Arc (protein), Risperidone, Tyrosine hydroxylase, business.industry, Arcuate Nucleus of Hypothalamus, Neuropeptide Y receptor, Prolactin, 030227 psychiatry, Hyperprolactinemia, Mice, Inbred C57BL, Disease Models, Animal, medicine.anatomical_structure, Endocrinology, Female, business, 030217 neurology & neurosurgery, Antipsychotic Agents, Paraventricular Hypothalamic Nucleus, medicine.drug
Abstract

Risperidone is known to increase prolactin secretion in treating mental illness patients. This side-effect is thought to be mediated via central signaling pathway. However, the exact pathway involved between risperidone and hyperprolactinemia are still unknown. Therefore, we have treated mice with risperidone and investigated the central mechanisms. The present study showed that in risperidone treated group, the level of the serum prolactin significantly increased, which was consistent with increased positive prolactin staining in pituitary gland. Elevated c-fos expression was observed in the arcuate hypothalamic nucleus (Arc) where we found 65% c-fos positive neurons co-localised with neuropeptide Y (NPY) in mice treated with risperidone. In addition, the results from in situ hybridization showed that the NPY mRNA in the Arc was significantly increased, whereas the tyrosine hydroxylase (TH) mRNA dramatically decreased compared with control group in the paraventricular hypothalamic nucleus (PVN). These findings revealed that risperidone may mediate the transcriptional regulation of Arc NPY and TH in the PVN. Furthermore, risperidone induced a decreased dopamine synthesis in the PVN and thus reduced the dopamine-induced inhibition of prolactin release, ultimately lead to hyperprolactinemia. Therefore, insights into these neuronal mechanisms open up potential new ways to treat schizophrenia patients in order to ameliorate hyperprolactinemia.

Published
2017

186. Different effects of neuropeptide Y on proliferation of vascular smooth muscle cells via regulation of Geminin

Author

Zhouqin Jiang, You-li Zhou, Lin-yu Li, Shu Lin, Shi-yu Liang, Xia Chen, and Mao-qin Shu

Subjects
0301 basic medicine, medicine.medical_specialty, Vascular smooth muscle, Myocytes, Smooth Muscle, Clinical Biochemistry, Stimulation, 030204 cardiovascular system & hematology, Biology, Muscle, Smooth, Vascular, Cell Line, Flow cytometry, Pathogenesis, 03 medical and health sciences, 0302 clinical medicine, Internal medicine, mental disorders, medicine, Animals, Neuropeptide Y, Molecular Biology, Cell Proliferation, medicine.diagnostic_test, Geminin, Antagonist, Cell Biology, General Medicine, Atherosclerosis, musculoskeletal system, Neuropeptide Y receptor, Phenotype, humanities, Rats, 030104 developmental biology, Endocrinology, cardiovascular system, biology.protein, tissues
Abstract

The proliferation-promoting effect of neuropeptide Y (NPY) always functions in low-serum-cultured vascular smooth muscle cells (VSMCs), and the phenotypic switch of VSMCs is regulated by concentrations of serum. Whether the property of the NPY proliferative effect in VSMCs relies on phenotype of VSMCs is unclear. We aimed to explore the role of NPY on proliferation of different VSMC phenotypes in the pathogenesis of atherosclerosis. By stimulating A10 cells with 200 nM NPY in 0.5 or 10% serum, 3H-thymidine and 5-ethynyl-2′-deoxyuridine (EdU) and CCK8 measurements were used to detect VSMC proliferation. RT-PCR and Flow cytometry were performed to detect the factors involved in different properties of the NPY proliferative effect in VSMCs. Instead of facilitating proliferation, NPY had no significant effect on the growth of VSMCs when cultured in 10% serum (VSMCs stayed at synthetic states). The underlying mechanism may be involved in down-regulation of Y1 receptor (P

Published
2017

187. Palladium-Silica Organic-Inorganic Membrane Materials via a Sol-Gel Process: Preparation and Properties Calcined under H2 Atmosphere

Author

Zhi Tong, Lin Yu Li, Hai Yun Hou, and Yang Jing

Subjects
Materials science, Chromatography, Mechanical Engineering, chemistry.chemical_element, law.invention, Membrane, Chemical engineering, chemistry, Mechanics of Materials, law, Particle, General Materials Science, Calcination, Particle size, Fourier transform infrared spectroscopy, BET theory, Sol-gel, Palladium
Abstract

Pd-doped SiO2 organic-inorganic membrane materials were prepared via a sol-gel process. The sol stability is characterized by sol particle size and zeta potential analysis. And the properties of the Pd-doped SiO2 organic-inorganic membrane materials are investigated by X-ray diffraction (XRD), fourier transform infrared (FTIR), energy dispersive spectrum (EDS) analysis and N2 absorption-adsorption measurement. The results showed that the sol particle size distributions are relatively narrow. With the increase of Pd content, the sol particle sizes slightly increase and the zeta potentials decreases until the palladium/tetraethylorthosilicate molar ratio closes to the isoelectric point. After calcined at 350 °C under H2 atmosphere, the added PdCl2 is reduced to metallic Pd0 completely, and the hydrophobic Si−CH3 groups exist in the SiO2 network. The Pd atoms have a lower concentration on the surface and more Pd atoms embedded in the SiO2 matrix. The Pd-doped SiO2 membrane materials calcined at 350 °C with a palladium/tetraethylorthosilicate molar ratio of 0.15 exhibit large BET surface area (up to 683.36 m2/g) and total pore volume (up to 0.386 cm3/g), as well as a mean pore diameter of about 2.26 nm.

Published
2017

189. Role of hepatic neuropeptide Y-Y1 receptors in a methionine-choline-deficient model of non-alcoholic steatohepatitis

Author

Lin-Yu Li, Zhihui Zhang, Min Jiang, Wei-Wei Sun, Hua-Kang Li, Ping Zhu, Pan Yang, and Tao ShangGuan

Subjects
0301 basic medicine, medicine.medical_specialty, Blotting, Western, Inflammation, Real-Time Polymerase Chain Reaction, 030226 pharmacology & pharmacy, General Biochemistry, Genetics and Molecular Biology, 03 medical and health sciences, Mice, 0302 clinical medicine, Methionine, Fibrosis, Non-alcoholic Fatty Liver Disease, Internal medicine, medicine, Animals, General Pharmacology, Toxicology and Pharmaceutics, Triglycerides, Liver injury, Mice, Knockout, Gene knockdown, biology, Chemistry, General Medicine, medicine.disease, humanities, Choline Deficiency, Receptors, Neuropeptide Y, Nitric oxide synthase, Mice, Inbred C57BL, Disease Models, Animal, 030104 developmental biology, Endocrinology, Liver, Lipogenesis, biology.protein, Steatosis, medicine.symptom, Steatohepatitis
Abstract

Aims NPY-Y1R plays an important role in dietary regulation. Although germline knockdown of NPY-Y1R in mice alleviates high-fat-diet-induced obesity and increases CPT1α levels in the liver, the role of the Y1 receptor in specific tissues has not been studied. Main methods MCD diet is the most widely used method to establish a model of lean NASH in a short time. We therefore evaluated the role of liver NPY-Y1R in NASH progression. Key findings In mice with liver-specific knockout of NPY-Y1R (LivKO) and wild-type control littermates fed MCD diet for 4 weeks, NPY-Y1R deficiency significantly decreased body and liver weight. Moreover, NPY-Y1R deletion protected mice against hepatic steatosis and injury. LivKO decreased TG, TC, and FFA levels in the liver and alanine aminotransferase activity in plasma. To clarify the mechanism, we evaluated the key enzymes involved in triglyceride hydrolase and fatty-acid oxidase. Expression of ATGL, CPT1α, and ACO was significantly increased in LivKO mice, whereas expression of fatty-acid synthase was significantly decreased. mRNA expression analysis revealed a marked reduction of genes involved in de-novo lipogenesis and monosaturated fatty-acid synthesis, including sterol-regulatory element-binding protein 1c and fatty-acid synthase. Moreover, liver injury-related factors were significantly decreased in LivKO mice, such as TNF-α, inducible nitric oxide synthase, and MCP-1. Thus, NPY-Y1R deficiency in the liver alleviates lipid deposition and injury. However, NPY-Y1R did not affect inflammation and fibrosis. Significance NPY-Y1R deficiency in the liver directly suppresses not only hepatic steatosis, but also liver injury, and thus provides a treatment option for NASH.

Published
2019

190. Use of small thinning logs in a round-wood trussed bridge

Author

Yeh, Min-chyuan and Lin, Yu-li

Subjects
Bridge construction -- Equipment and supplies -- Usage -- Mechanical properties, Timber -- Mechanical properties -- Usage -- Equipment and supplies, Business, Forest products industry, Mechanical properties, Usage, Equipment and supplies
Abstract

Abstract The purpose of this study was to determine the flexural properties of a truss system fabricated with thinnings from a Taiwania plantation and their application to pedestrian bridge construction. [...]

Published
2007

193. An Efficient Boost Chopper Integrated With Cryogenic MOSFETs and HTS Inductor

Author

Xiao Yuan Chen, Mian Gang Tang, Lin Yu Li, Hui Lin Zou, Juan Feng, Jian Xun Jin, Hong Yan Luo, and Qiang Xu

Subjects
Copper oxide, High-temperature superconductivity, Materials science, business.industry, 020209 energy, Transistor, 02 engineering and technology, Cryogenics, Condensed Matter Physics, Inductor, 01 natural sciences, Electronic, Optical and Magnetic Materials, law.invention, Chopper, chemistry.chemical_compound, chemistry, law, Power electronics, 0103 physical sciences, MOSFET, 0202 electrical engineering, electronic engineering, information engineering, Optoelectronics, Electrical and Electronic Engineering, 010306 general physics, business
Abstract

A novel efficient boost chopper integrated with two cryogenic metal-oxide semiconductor field-effect transistors (MOSFETs) and one high-temperature superconducting (HTS) inductor is presented. State-of-the-art CoolMOS MOSFETs are introduced and immersed in liquid nitrogen to save about 85% of conduction losses. Considering the anisotropy of gadolinium barium copper oxide (GdBCO) tapes, ferromagnetic disks with raised edges are optimized to enhance the critical current and reduce the hysteresis loss of the HTS smoothing inductor. As compared to the conventional boost chopper composed of ambient-temperature power electronics and a copper inductor, the total operational loss from the cryogenic MOSFETs and the HTS inductor in the proposed cryogenic boost chopper is reduced by 87% in the case of a $\text{40-kW}$ chopper.

Published
2016

194. Fasting serum resistin level positively correlates with metabolic syndrome in patients on peritoneal dialysis

Author

Kuo, Chiu-Huang, Lai, Yu-Hsien, Lin, Yu-Li, Wang, Chih-Hsien, and Hsu, Bang-Gee

Subjects
Original Article
Abstract

Resistin is an adipocyte-derived polypeptide that provides a link between obesity and insulin resistance. The aim of this study was to explore the relationship between fasting serum resistin levels and the metabolic syndrome (MetS) among patients on peritoneal dialysis (PD). Fasting blood samples were obtained from 51 patients on PD. According to the diagnostic criteria of the International Diabetes Federation, 28 (54.9%) patients had MetS. Fasting resistin levels positively correlated with MetS among patients on PD (P = 0.001). On multivariate logistic regression analysis, resistin remained a significant independent predictor of MetS (odds ratio [OR]: 1.103, 95% confidence interval: 1.011-1.203, P = 0.027). Univariate linear analysis showed that waist circumference (P = 0.015), body mass index (BMI; P = 0.001), body fat mass (P = 0.001), triglycerides (P = 0.003), logarithmically transformed insulin (log-insulin; P = 0.003), and logarithmically transformed homeostasis model assessment of insulin resistance (P = 0.003) were positively correlated and high-density lipoprotein-cholesterol (P = 0.021) was negatively correlated with fasting serum resistin levels. Multivariate forward stepwise linear regression analysis of significant variables showed that body fat mass (β = 0.454, adjusted R(2) change = 0.190, P = 0.001) was an independent predictor of fasting serum resistin levels in patients on PD. Resistin levels are significantly increased in patients on PD with MetS. Body fat mass is an independent predictor of serum resistin levels in such patients.

Published
2018

195. [Gray mold disease of Paris polyphylla var. yunnanensis and its pathogen identification]

Author

Wei-Si, Ma, Jun, Chen, Shi-Wu, Yan, Xin, Wang, Zhi-Yuan, Dong, Lin-Yu, Li, Li-Ying, Yang, and Bin, Yang

Subjects
Plant Leaves, Liliaceae, Melanthiaceae
Abstract

Gray mold disease is one of the most important diseases of planted Paris polyphylla var. yunnanensis, the disease appeared primarily as blossom blights and fruit rots, but also as stem rots, leaf rots.In this study, the pathogenetic fungi was isolated from plant tissue or sclerotia that covering the fruit of diseased P. polyphylla var. yunnanensis, the pathogen was certified according to Koch's Postulation. The pathogen produced abundant black, irregular sclerotia on surface of diseased plants and potato dextrose agar. The conidiophores and clusters of oval conidia resembled a grape-like cluster, the size of conidia was 9.70-13.70 μm [average of (11.32±0.82)μm]×7.05-9.12 μm [average of (8.24±0.48)μm], the microconidia produced on potato dextrose agar were spherical,and the size was （3.34±0.31） μm,the pathogen was identified as Botrytis sp based on morphological characteristics. The DNA sequence analysis of the G3PDH, HSP60, RPB2 genes placed the pathogen in a single clade that outside defined species of Botrytis, so the pathogen could be identified as a new species of Botrytis. The pathogen requires 20 °C, pH 8, darkness or low light condition for the best growth.

Published
2018

200. Impact of Evidence‐Based Stroke Care on Patient Outcomes: A Multilevel Analysis of an International Study

Author

Muñoz Venturelli, Paula, primary, Li, Xian, additional, Middleton, Sandy, additional, Watkins, Caroline, additional, Lavados, Pablo M., additional, Olavarría, Verónica V., additional, Brunser, Alejandro, additional, Pontes‐Neto, Octavio, additional, Santos, Taiza E. G., additional, Arima, Hisatomi, additional, Billot, Laurent, additional, Hackett, Maree L., additional, Song, Lily, additional, Robinson, Thompson, additional, Anderson, Craig S., additional, Mead, Gillian, additional, De Silva, H. Asita, additional, Pandian, Jeyaraj D., additional, Lin, Ruey‐Tay, additional, Lee, Tsong‐Hai, additional, Cui, Liying, additional, Peng, Bin, additional, Heritier, Stephane, additional, Lindley, Richard, additional, Jan, Stephen, additional, Boaden, Elizabeth, additional, Chen, Christopher P. L. H., additional, Forster, Anne, additional, Woodward, Mark, additional, Rogers, Kris, additional, Scaria, Anish, additional, Lim, Joyce Y., additional, Espinosa, Natalie, additional, McEvoy, Lucy, additional, Blackburn, Lee, additional, Richtering, Sarah S., additional, You, Shoujiang, additional, Ladwig, Simon, additional, Merritt, Gabrielle P., additional, Thomsen, Bryce, additional, Jenson, Kerry, additional, Gordon, Penelope, additional, Nguyen, Dennis Ryan, additional, Quan, Wei Wei, additional, Lo, Tessa Pei‐Yi, additional, Lim, Jonathan, additional, Goh, Selena, additional, Liu, Leibo, additional, Baig, Mirza Ahmad, additional, Singh, Ravider, additional, Donnelly, Paul, additional, Armenis, Manuela, additional, Zyl, Marna Van, additional, Monaghan, Helen, additional, Smith, Phillipa, additional, Glass, Parisa, additional, Zhou, Fanli, additional, Shen, Yun, additional, Lei, Li, additional, Li, Di, additional, Zhang, Ting, additional, Zhang, Xiaoyan, additional, Peng, Yun, additional, Feng, Lingling, additional, Ye, Zhiping, additional, Gregory, Philip, additional, Pandain, Jeyaraj D., additional, Arora, Deepti, additional, Gonzalez, Francisca, additional, Portales, Bernardita, additional, Santos‐Pontelli, Taiza, additional, Rimoli, Brunna, additional, Braga, Monica, additional, Vidal, Carolina, additional, Benadof, Dafna, additional, Rivas, Rodrigo J., additional, Carvallo, Laura, additional, Carvallo, Pamela, additional, Miranda, Rubia, additional, Pileggi, Brunna, additional, de Silva, H. Asita, additional, Weerawardena, Shalomi, additional, Jeevarajah, Thanushanthan, additional, Dharmawardena, Devaki, additional, Ranasinghe, Dumindi, additional, Dharshana, Matheesha, additional, Nandadeva, Nilesh, additional, Nawarathna, Savithri, additional, Yin, Jiu‐Haw, additional, Yeh, Shoou‐Jeng, additional, Ma, Ruei‐Jen, additional, Watkins, Caroline L., additional, Whiteley, Gemma, additional, Forshaw, Denise, additional, Lightbody, Catherine Elizabeth, additional, Cox, Joanna, additional, Fitzgerald, Jane, additional, Heney, John F., additional, Byfield, Helen, additional, Finley, Simone, additional, Tyrer, Hayley E., additional, Bruce, Carole, additional, Gibbon, Alison, additional, Jones, Brett, additional, Siracusa, Emma, additional, Gowda, Koushik, additional, Cowans, Shahla, additional, Forman, Briana, additional, Jacob, Sherin, additional, Caprecho, Kristine, additional, Khatri, Roshan, additional, Wan, Po Yi, additional, Lopez, Maria, additional, Vanika, Sifiso, additional, Bleeker, Wilhelmina, additional, Ireland, Marinka, additional, Jala, Sheila, additional, Day, Susan, additional, Ha, Eric, additional, Krause, Martin, additional, Passer, Melissa, additional, Giaccari, Sarah, additional, Burkolter, Nadia, additional, Braithwaite, Michael, additional, Tastula, Kylie, additional, Ghia, Darshan, additional, Musuka, Tapuwa, additional, Alvaro, Anthony, additional, Edmonds, Gillian, additional, O'Loughin, Nicole, additional, Phair, Rebecca, additional, Kaoutal, Joanne, additional, Blacker, David J., additional, Saint, Belinda L, additional, Parrey, Kim, additional, Coad, Michelle, additional, Kinchington, Matthew, additional, Senanayake, Nishantha, additional, Alaban, Johanna, additional, Kuehne, Irma, additional, Camilo, Millene, additional, Libardi, Milena, additional, Martins, Sheila, additional, Carlos, Batista, additional, Martins, Magda, additional, Carbonera, Leonardo, additional, Almeida, Andrea, additional, Kelin, Martin, additional, Pauli, Carla, additional, Lunardi, Mariana, additional, Silveira, Luciane, additional, Chagas, Olga, additional, Souza, Daily, additional, Braga, Gabriel, additional, Ribeiro, Priscila, additional, Luvizutto, Gustavo, additional, Polin, Marcia, additional, Winckler, Fernanda, additional, Liu, Jinfeng, additional, Wang, Zhenjiang, additional, Wang, Huibing, additional, Lin, Suying, additional, Dong, Jing, additional, Zhou, Junshan, additional, Qin, Suping, additional, Zhan, Hui, additional, Xue, Yongquan, additional, Tian, Dong, additional, Yang, Dan, additional, Yin, Yan, additional, Li, He, additional, Geng, Changming, additional, Liu, Jieyi, additional, Jiang, Xiaolin, additional, Wu, Yujun, additional, Sun, Wei, additional, Yu, Bingqi, additional, Guan, Yanmei, additional, Wang, Qin, additional, Wei, Bo, additional, Wang, Huirong, additional, Wang, Yan, additional, Tai, Liwen, additional, Zhang, Wenchao, additional, Zhao, Weili, additional, Wang, Xueying, additional, Li, Guoli, additional, Ni, Zhiming, additional, Guo, Fudong, additional, Cen, Lan, additional, Lu, Jun, additional, Chen, Zheng, additional, Yin, Guoming, additional, Wang, Yingchun, additional, Zheng, Jiping, additional, Zhou, Zhimin, additional, Wang, Hongquan, additional, Zou, Renlin, additional, Xue, Bin, additional, Li, Airu, additional, Guo, Jing, additional, Guo, Ying, additional, Jiang, Xingguo, additional, Tan, Xiuge, additional, Zhang, Chunpeng, additional, Shao, Bei, additional, Niu, Xiaoting, additional, Liu, Chunfeng, additional, Chen, Dongqin, additional, Liang, Ping, additional, Zhang, Xia, additional, Zhang, Chunqing, additional, Gong, Wenjie, additional, Huang, Zhichao, additional, Liu, Huihui, additional, Huang, Junying, additional, Shi, Rongfang, additional, Wang, Cuilan, additional, Liu, Ying, additional, Wang, Jinchao, additional, Wu, Guojun, additional, Gao, Zhihong, additional, Lin, Qunli, additional, Xu, Cong, additional, Zheng, Huile, additional, Ye, Xinghai, additional, Jin, Xiaoqiong, additional, Liu, Junyan, additional, Cao, Xiaoyun, additional, Zhang, Yan, additional, Wang, Jinyang, additional, Xu, Yuzhu, additional, Li, Yan, additional, Ma, Xin, additional, Kong, Qi, additional, Hao, Yanlei, additional, Qiao, Baojun, additional, Yan, Hui, additional, Huang, Zhiyong, additional, Chang, Baoqiang, additional, Yan, Jinjin, additional, Liao, Pinjun, additional, Zhang, Wei, additional, Liu, Ling, additional, Zhu, Tingting, additional, Liu, Xuehui, additional, Li, Yongping, additional, Dong, Ruifang, additional, Chen, Miao, additional, Ge, Xiaoli, additional, Wang, Hairong, additional, Dai, Lihua, additional, Liu, Jiafu, additional, Wang, Shixia, additional, Du, Jihui, additional, Song, Aixiu, additional, Li, Yunhai, additional, Feng, Jie, additional, Yu, Cheng, additional, Feng, Honglin, additional, Sun, Xiaojia, additional, Sun, Ruihong, additional, Liu, Weisong, additional, Liu, Jianfeng, additional, Lu, Xuesheng, additional, Chen, Enzhuo, additional, Gao, Wei, additional, Liu, Hui, additional, Wang, Heping, additional, Wang, Yanxia, additional, Song, Juan, additional, Liu, Dongqi, additional, Du, Wenhui, additional, Li, Guixia, additional, Li, Cuiling, additional, Liang, Yanling, additional, Cai, Xuekun, additional, Zhang, Jinli, additional, Tao, Xiaowei, additional, An, Pingshun, additional, Tang, Ranran, additional, Qin, Xu, additional, Wang, Yingling, additional, Zhang, Wenjun, additional, Ma, Rong, additional, Huang, Xiaoqiong, additional, Liu, Yonglin, additional, Wang, Yazhi, additional, Fan, Ping, additional, Yang, Hailan, additional, Feng, Lianyuan, additional, Zhi, Jianxia, additional, Zhang, Jiewen, additional, Zhou, Yao, additional, Wu, Danhong, additional, He, Haiyan, additional, Chen, Xiaohong, additional, Hou, Yongge, additional, Su, Xiaohui, additional, Fan, Siyuan, additional, Suárez, Luis, additional, de Dios Polanco, Juan, additional, Sotomayor, Patricio, additional, Urzúa, Ricardo, additional, Urrutia, Daniela, additional, Conejan, Nathalie, additional, Escobar, Arturo, additional, Gonzalez, Monica, additional, Vargas, Danisa, additional, Constante, Angel, additional, Vásquez, Erika, additional, Godoy, Elizabeth, additional, Figueroa, Christian, additional, Martin, Vanesa San, additional, Vidal, Nataly, additional, Muñoz, Madeleyn, additional, Spencer, María, additional, Almeida, Juan, additional, Acosta, Ignacio, additional, Guerrero, Rodrigo, additional, Lozano, Prudencio, additional, Aguayo, Camila, additional, Pizarro, Jimena, additional, Soto, Alvaro, additional, Bonilla, Flor, additional, García, Pía, additional, Castillo, Carolina Del, additional, Grandjean, Marcela, additional, Von Johnn, Alexis, additional, Gutierrez, Ignacio, additional, Rivero, Francisca, additional, López, Ignacio, additional, Silva, Federico, additional, Pachón, Marlen, additional, Mendoza, José, additional, Pabón, Alexander, additional, Kate, Mahesh, additional, Akhtar, Naushad, additional, Narang, Gibbsdeep S., additional, Deepak, Ashish, additional, Huded, Vikram, additional, De Sowza, Romnesh, additional, Sigamani, Alben, additional, Rajendran, Karthikeyan, additional, Vishwanath, Anisha, additional, K, Anusha, additional, Kumaravelu, Somasundaram, additional, Rahamath, Syed, additional, Kannneganti, Sandeep, additional, Khurana, Dheeraj, additional, Katoch, Cheena, additional, Kaur, Taranpreet, additional, Karadan, Ummer, additional, Kuriakose, Anu, additional, John, Jaison, additional, Basheer, Mumthaz, additional, Gunasekara, Harsha Hemal, additional, De Silva, Gamlath Chandima Udeni, additional, Ubeywickrama, Peetagam Harshi Lakmali, additional, Silva, Kavisha Chathumali, additional, De Silva, Eshani Anuradha, additional, Ranawaka, Udaya, additional, Mettananda, Chamila, additional, Nanayakkara, Yamuna, additional, Mendis, Tharini, additional, Fernando, Gayathri, additional, Imthikab, Ahamed, additional, Pieris, Kandula, additional, Gunatilake, Saman B., additional, Madanayake, Pamuditha M. W., additional, Paranavitane, Shiran A., additional, Senanayake, Bimsara, additional, Vishwanathan, Vaidhehi, additional, Sivapalan, Maathury, additional, Murage, Ruwangi U., additional, Chandradeva, Uthpala, additional, Liu, Yao‐Hua, additional, Lin, Chih‐Lung, additional, Lin, Hsiu‐Fen, additional, Liu, Kuan‐Ting, additional, Chen, Chien‐Fu, additional, Wu, Meng‐Ni, additional, Tsai, Su‐Hua, additional, Chen, Chi‐Ching, additional, Chen, Lan‐Yi, additional, Chang, Chien‐Hung, additional, Chang, Yeu‐Jhy, additional, Huang, Kuo‐Lun, additional, Chang, Ting‐Yu, additional, Liu, Chi‐Hung, additional, Seak, Chen‐June, additional, Lin, Yu‐Li, additional, Luo, Jia‐Yi, additional, Yang, Hsiao‐Ying, additional, Wang, Ching‐Yi, additional, Chan, Lung, additional, Hu, Chaur‐Jong, additional, Chi, Nai‐Fang, additional, Wu, Dean, additional, Huang, Yao‐Hsien, additional, Kuan, Yi‐Chun, additional, Hong, Chien‐Tai, additional, Chen, Yi‐Chun, additional, Sun, Yu, additional, Lin, Cheng‐Huai, additional, Lu, Chien‐Jung, additional, Chu, Hai‐Jui, additional, Lo, Yi‐Chia, additional, Chang, Wen‐Hui, additional, Lin, Wan‐Jung, additional, Su, Hui‐Chen, additional, Lin, Tien‐Yu, additional, Cho, Chi‐Hsuan, additional, Lu, Shu‐Lan, additional, Hsueh, Ya‐Fang, additional, Lai, Ching‐Yi, additional, Jarrett, David, additional, James, Claire, additional, Valentine, Stacey, additional, Whistler, Clare, additional, Butler, Rebecca, additional, Browning, Simone, additional, Watchurst, Caroline, additional, Erande, Renuka, additional, Elliott, Emma, additional, Patel, Krishna, additional, Brezitski, Maria, additional, Hogan, Caroline, additional, Banaras, Asra, additional, Crook, Lucinda, additional, Ahmed, Rashidat, additional, Potter, Lindsay, additional, Laird, Rosie, additional, Clarke, Natasha, additional, Loosemore, Alison, additional, Godber, J., additional, Gawned, Sara, additional, Hamilton, K. A., additional, Jones, Rachael, additional, Guyler, Paul, additional, Tysoe, Sharon, additional, Prabakaran, Raji, additional, Shah, Sweni, additional, Calver, Joanne, additional, Sztriha, Laszlo K., additional, Fitzpatrick, Maria, additional, Drysdale, Stephanie, additional, Aeron‐Thomas, John, additional, McKenzie, Emma, additional, Chitando, Belinda, additional, Willcoxson, Paul, additional, Iveson, Elizabeth, additional, Wanklyn, Peter, additional, Dyer, Natasha, additional, Keeling, Michael, additional, Rodriguez, Romina, additional, Elliott, Kerry, additional, Porteous, Mia, additional, O'Neill, Mark, additional, Orme, Sheridan, additional, Richardson, Carla, additional, Tomlinson, Janet, additional, Hawkins, Suzanne, additional, Bester, Delia, additional, Jeffs, Carol, additional, Howard, Joanne, additional, Brown, Pauline, additional, Ward, Deborah, additional, Turfrey, Jennifer, additional, Raybould, Leanne, additional, Bates, Allison, additional, O'Connell, Sue, additional, O'Connor, Margaret, additional, Williams, Samantha, additional, Emsley, Hedley C. A., additional, McLoughlin, Alison, additional, Raj, Sonia, additional, Gregary, Bindu, additional, Doyle, Donna, additional, Courtauld, G. M., additional, Schofield, C., additional, Lucas, L., additional, Lydon, A., additional, James, A., additional, Saastamoinen, Kari, additional, Howaniec, Laura, additional, Daboo, Premchand, additional, Ali, Ali N., additional, Richards, Emma, additional, Howe, Joanne, additional, Kamara, Christine, additional, Stocks, Kathy, additional, Lindert, Ralf, additional, Day, Diana J., additional, Finlay, Sarah, additional, McGee, Joanne, additional, Mitchell, Jennifer, additional, Amis, Elaine, additional, Macey, Rosemary, additional, Tauro, Suzanne, additional, Henry, Lauren, additional, Cuddy, Sarah, additional, Steele, Andrew, additional, Mullen, Kerry, additional, Kirker, Sarah, additional, Bhattad, Murudappa, additional, Carpenter, Michael, additional, Datta, Prabal, additional, Needle, Ann, additional, Jackson, Linda, additional, Ball, Julie, additional, Beckitt, Rosie, additional, Chivers, Nicola, additional, Bowring, Angela, additional, Eddy, Sara, additional, Thorpe, Kevin, additional, Keenan, Samantha, additional, Griffin, Alison, additional, Maguire, Stuart, additional, Patterson, Chris, additional, Ramadan, Hawraman, additional, Bellfield, Ruth, additional, Hooley, Michaela, additional, Stewart, Kelvin, additional, Williams, Lucy, additional, Gurney, Cara, additional, Oliver, Deborah, additional, Gardiner, Maria, additional, Grayland, Sarah, additional, Bhandari, Mohit, additional, Collas, David M., additional, Adesina, Tolu, additional, Sundayi, Saul, additional, Harvey, Ruth, additional, Pope, Emma, additional, Lam, Audrey, additional, Walker, Elaine, additional, Merrill, Colin, additional, Banerjee, Soma, additional, Harvey, Kirsten Hannah, additional, Mashate, Sheila, additional, Wilding, Peter, additional, Johnson, Linda, additional, Namushi, Robert, additional, Jacob, Patricia, additional, Andole, Sreeman, additional, Dunne, Karen, additional, Gadapa, Naveen, additional, King, Sam, additional, Siliuzaite, Sonata, additional, Dealing, Sharon, additional, Attwood, Karen, additional, Woods, Annette, additional, Sandhu, Banher, additional, Mamun, Maam, additional, Mahmood, Afzal, additional, Jones, June, additional, Ojo, Abimbola, additional, Carter‐Evans, Denise, additional, Liverpool, Royal, additional, Manoj, Aravind, additional, Fletcher, Glyn, additional, Lopez, Paula, additional, Greig, Jill, additional, Robinson, Matthew, additional, Jones, Sarah, additional, Jones, Lorinda, additional, West, Claire, additional, Tench, Helen, additional, Gascoyne, Rachel, additional, Whileman, Amanda, additional, Hall, Emily, additional, Wright, Stephanie, additional, Toms, Julie, additional, Phiri, Duke, additional, Sethuraman, Sakthivel, additional, Mohammed, Niaz, additional, Justin, Frances, additional, Tate, Margaret Louise, additional, Chauhan, Meena, additional, Haider, Syed I., additional, Nallasivan, Arumugam, additional, Webster, Tim, additional, Leason, Sandra, additional, Seagrave, Samantha, additional, Hospital, Peterborough City, additional, Owksu‐Agyei, Peter, additional, Temple, Natalie, additional, Butterworth‐Cowin, Nicola, additional, Magezi, Frederick, additional, Infirmary, Leicester Royal, additional, Khan, Shagufta, additional, Stephens, Claire, additional, Mistri, Amit, additional, Murphy, Aidan, additional, Lam, Manda, additional, Underwood, Paul, additional, Thompson, Catherine, additional, Buckley, Clare, additional, Wood, Diane, additional, Board, Sarah, additional, Howard, Linda, additional, Ahmed, Ashraf, additional, Oates, Bethany, additional, Leonard, Sara, additional, Hospital, Royal Bournemouth, additional, Bournemouth, Royal, additional, Thavanesan, Kamy, additional, Dharmasiri, Michelle, additional, Logianathan, Sathyabama, additional, Ovington, Catherine, additional, Hann, Gail, additional, Cox, Chantel, additional, Hospital, Craigavon Area, additional, Health, Southern, additional, Trust, Social Care, additional, Douglas, Catherine, additional, Goggin, Michael, additional, Fearon, Patricia, additional, Gilpin, Sara, additional, O'Hagan, Margaret, additional, Hospital, Pilgrim, additional, Hardwick, Anne, additional, Netherton, Kimberley, additional, Quinn, Judith, additional, Bozkaplan, Tulu, additional, and Jose, Josin, additional

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2019
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