关闭
进入美国留学频道>
进入澳洲留学频道>
进入英国留学频道>
进入加拿大留学频道>
进入新西兰留学频道>
进入语言培训频道>
进入澳际移民频道>
进入澳际置业频道>

澳际学费在线支付平台

我想读:

我想看: 留学新闻 精彩专题 大学排名 Offer榜 专家博文 留学热词 院校中心 名师在线 留学工具

图片 1/1
视频 1

脂肪组织B细胞对动脉粥样硬化的保护作用

Harnessing the protective function of adipose tissue B cells in atherosclerosis

爱丁堡大学

专业介绍
The student will benefit from the highly stimulating environment of the Centre for Cardiovascular Science, ( http://www.ed.ac.uk/cardiovascular-science ), where they will undertake a range of training and development opportunities as part of a PhD programme held by the College of Medicine/British Heart Foundation. Supported by excellent core research facilities, our experimental strategy spans molecular genetics, cell biology, in vivo physiology and experimental medicine. Our training emphasizes translation and encourages integration of diverse skills in multidisciplinary research projects. The student will also have opportunities to share their research at conferences and through public engagement and outreach activities. Research project: Atherosclerosis causes 188,000 heart attacks and 240,00 strokes in the UK each year. With no current treatment, there is a crucial need to understand what controls the development of atherosclerosis to develop new therapies. B cells are emerging as key regulators of atherosclerosis and strategies harnessing the protective properties of B cells could be developed for the treatment of atherosclerosis. Our lab demonstrated that the pericardial adipose tissue surrounding the heart is critical to maintain populations of B cells with athero-protective characteristics (Jackson-Jones LH, C. Curr. Opin. Immunol., 2018, Jackson-Jones LH, Nat. Commun., 2016, Bénézech C, Nat. Immunol., 2015). In this project the student will investigate the nature and function of human pericardial B cells using biopsies from patients undergoing open–heart surgery. Using experimental models of atherosclerosis, the student will also aim to identify new factors regulating the athero-protective function of B cells. They will also use state of the art single-cell RNA sequencing to characterise the transcriptional signature and repertoire of human pericardial B cells coupled with in vitro and in vivo approaches of immune cell phenotyping. This project will be supervised by Dr Cécile Bénézech, Dr Marc Dweck( http://www.ed.ac.uk/profile/marc-dweck ) and Dr Judith Sluimer
  • 全日制学制:
  • 专业方向:
  • 非全日制:
  • 学位名称:
  • 学位类型:
    博士
  • 学位等级:
  • 专业简称:
  • 开学时间:
  • 减免学分:
    0
时间和费用
  • 开学时间:
    春季
  • 申请截止时间:
    8月23日
  • offer发放时间:
  • offer发放截止时间:
  • 申请费用:
  • 学费:
  • 书本费:
  • 生活费:
  • 交通费:
  • 住宿费用:
  • 其他费用:
  • 总花费:
申请要点
背景偏好:Candidates: Outstanding applicants wishing to develop a career in cardiovascular research will have a BSc (Hons) degree (First or Upper Second class or equivalent) or a Masters qualification (Distinction or Merit) in the biomedical sciences, physiology or medicine. Previous research experience and knowledge in bioinformatics and/or immunology are desirable. 招生人:Dr Cécile Bénézech 招生电话:(0131)2426720 招生邮箱:cbenezec@staffmail.ed.ac.uk 招生网页:https://www.ed.ac.uk/profile/cecile-benezech
  • 澳际QQ群:610247479
  • 澳际QQ群:445186879
  • 澳际QQ群:414525537