Dr Clare Thompson
MBiochem, PhD

 
 
 

Research Group News

July 2020

The launch symposium celebrated the start of the new Centre for In Vitro Predictive Models

Successful Launch of QMUL Centre for Predictive in vitro Models

22 July 2020

The Centre for Predictive in vitro Models (CPM) was officially launched on Wednesday 22nd with an successful virtual symposium. More than 330 registrated attendees joined in to celebrate the occasion, listening to talks and participating in stimulating discussions. Introductory words from the vice principal for the faculty of Science and Engineering, ... [more]


June 2020

Emulate's organs-on-chips technology. Credit: Emulate

Using Organs-on-chips technology to accelerate COVID-19 research

18 June 2020

The Queen Mary & Emulate Organs-on-Chips Centre is involved in a new initiative to use miniaturised living systems with human cells, known as organ-chips, in the fight against COVID-19. As part of this initiative, Emulate, Inc have donated blank Organ-Chips to the UK Organ-on-a-chip Technologies Network to support the development of ... [more]


May 2020

covid-19 virus and organ-chip (not to scale)

Queen Mary + Emulate Organs-on-Chips Centre supports COVID-19 initiative

6 May 2020

The Queen Mary + Emulate Organs-on-Chips Centre is supporting a new initiative to use predictive in vitro models, also known as organ-chips, in the fight against COVID-19. Emulate, Inc is participating in the Organs-on-Chips against COVID-19 initiative (#OoCovid) and donating a set of Organ-Chips to the UK Organ-on-a-Chip Technologies Network which ... [more]


January 2020

Emulate's organs-on-chips technology. Credit: Emulate

Queen Mary opens Organs-on-Chips Centre for advancements in medical research and drug development

16 January 2020

A new research centre which aims to revolutionise medical research and drug development using microengineered Organs-on-Chips has opened at Queen Mary University of London. Organs-on-Chips contain tiny hollow channels lined by living human cells that recreate the microenvironment experienced by cells within the human body.  As miniaturised living systems with ... [more]


December 2019

Mechanobiology : From Molecular Sensing to Disease

Clare Thompson and Megan McFie publish chapter in new mechanobiology book.

6 December 2019

Clare Thompson and Megan Mcfie have helped write a chapter on primary cilia mechanobiology in an excellent new book entitled Mechanobiology : From Molecular Sensing to Disease. The chapter reviews the role of primary cilia in mechanosignalling in a variety of tissues and the effect of mechanical forces on cilia structure ... [more]


June 2019

https://www.oatechnetwork.org/

Funding awarded for mechanobiology research into osteoarthritis

10 June 2019

Queen Mary Researchers have been awarded funding for three separate biomechanics and mechanobiology pump priming projects. Professors Hazel Screen and David Lee of the School of Engineering and Materials Science were awarded funding from the OAtech+ Network to develop projects relating to mechanobiology aimed at targeting the chronic, degenerative disease ... [more]


March 2019

https://www.bbc.co.uk/news/health-26617285

New research identifies optimal ventilation protocol for premature babies

26 March 2019

A new paper from Prof Martin Knight's group examines the use of two different methods of providing mechanical ventilation to premature babies. The study led by Prof Anne Greenough and colleagues at King's College London, explores the effect of lung inflation volume on inflammation within the alveolar epithelial cells. The ... [more]


September 2017

Super resolution microscopy images of chondrocyte primary cilia showing the reduction in cilia length in an expanded cell (right) compared to a freshly isolated cell (left). The scale bars are 2 microns.

Study reveals how manipulation of primary cilia may improve cartilage tissue engineering

30 September 2017

A new paper from Prof Knight's group shows how expansion of cartilage cells for tissue engineering disrupts primary cilia expression inhibiting associated cellular signalling. Primary cilia are specialised, hair-like structures found singly in the majority of cell types where they coordinate a variety of cell processes important for tissue development, ... [more]