Overcoming the blood brain barrier
Press/Media: Research
- Dr Zaynah Maherally
- Geoff Pilkington
References
Title | Doctors have to trick your brain's defenses to heal you, here's why |
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Media name/outlet | Environment Guru |
Media type | Web |
Country | United Kingdom |
Date | 18/11/17 |
Description | Account which specialises in making science understandable features report on Zaynah Maherally's research on the blood brain barrier. |
Producer/Author | Environment Guru |
URL | https://www.environmentguru.com/pages/elements/element.aspx?id=5762797 |
Persons | Zaynah Maherally |
Title | New model may help science overcome brain's fortress-like barrier |
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Media name/outlet | Oncology Times |
Media type | Web |
Country | United Kingdom |
Date | 10/10/17 |
Description | Report on research by Zaynah Maherally and her team who have developed a model that mimics the blood brain barrier, which could pave the way for better, more efficient, and reliable tests of drugs to treat brain diseases. |
Producer/Author | Oncology Times |
URL | journals.lww.com/oncology-times/Fulltext/2017/10100/New_Model_May_Help_Science_Overcome_Brain_s.9.aspx |
Persons | Zaynah Maherally, Geoff Pilkington |
Title | New model may help science overcome the brain's fortress-like barrier |
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Media name/outlet | eCancer News |
Media type | Web |
Country | United Kingdom |
Date | 25/09/17 |
Description | Report on Zaynah Maherally and Geoff Pilkington and their team, who have developed a blood brain barrier model which could pave the way for better, more efficient, and reliable tests of drugs to treat brain diseases. |
Producer/Author | eCancer News |
URL | ecancer.org/news/12417-new-model-may-help-science-overcome-the-brain---s-fortress-like-barrier.php |
Persons | Zaynah Maherally, Geoff Pilkington |
Title | New model may help overcome the brain's fortress-like barrier |
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Media name/outlet | Lab Manager |
Media type | Web |
Country | United Kingdom |
Date | 20/09/17 |
Description | News report on Zaynah Maherally and Geoff Pilkington who have developed a model that mimics the blood brain barrier, which could pave the way for better, more efficient, and reliable tests of drugs to treat brain diseases. |
Producer/Author | Lab Manager |
URL | www.labmanager.com/news/2017/09/new-model-may-help-overcome-the-brain-s-fortress-like-barrier#.Wci6yLKGOUl |
Persons | Zaynah Maherally, Geoff Pilkington |
Title | Model may help science overcome the brain's fortress like barrier |
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Media name/outlet | Manufacturing Chemist |
Media type | Web |
Country | United Kingdom |
Date | 19/09/17 |
Description | Reports on research by Geoff Pilkington, Zaynah Maherally and colleagues who have developed a model that mimics the blood brain barrier, which could pave the way for better, more efficient and reliable tests of drugs to treat brain diseases. |
Producer/Author | Manufacturing Chemist |
URL | https://www.manufacturingchemist.com/news/article_page/Model_may_help_science_overcome_the_brains_fortress_like_barrier/133912 |
Persons | Geoff Pilkington, Zaynah Maherally |
Title | A new pattern helps scientists tackle the blood-brain barrier |
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Media name/outlet | Texnologia |
Media type | Web |
Country | United Kingdom |
Date | 19/09/17 |
Description | Reports on research by Geoff Pilkington, Zaynah Maherally and colleagues who have developed a model that mimics the blood brain barrier, which could pave the way for better, more efficient and reliable tests of drugs to treat brain diseases. |
Producer/Author | Stelios Theodoridis |
URL | https://texnologia.net/ena-neo-motivo-voitha-tous-episthmones-na-antimetopisoun-ton-aimatoegkefaliko-fragmo/2017/09 |
Persons | Geoff Pilkington, Zaynah Maherally |
Title | New model may help science overcome the brain's fortress-like barrier |
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Media name/outlet | Eurekalert |
Media type | Web |
Country | United Kingdom |
Date | 19/09/17 |
Description | Reports on research by Geoff Pilkington, Zaynah Maherally and colleagues who have developed a model that mimics the blood brain barrier, which could pave the way for better, more efficient and reliable tests of drugs to treat brain diseases. |
Producer/Author | Eurekalert |
URL | https://www.eurekalert.org/pub_releases/2017-09/uop-nmm091817.php |
Persons | Geoff Pilkington, Zaynah Maherally |
Title | Researchers develop new model to better simulate blood brain barrier for study of diseases |
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Media name/outlet | News Medical |
Media type | Web |
Country | United Kingdom |
Date | 19/09/17 |
Description | Reports on research by Geoff Pilkington, Zaynah Maherally and colleagues who have developed a model that mimics the blood brain barrier, which could pave the way for better, more efficient and reliable tests of drugs to treat brain diseases. |
Producer/Author | News Medical |
URL | https://www.news-medical.net/news/20170919/Researchers-develop-new-model-to-better-simulate-blood-brain-barrier-for-study-of-diseases.aspx |
Persons | Geoff Pilkington, Zaynah Maherally |
Title | New model may help science overcome the brain's fortress-like barrier |
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Media name/outlet | Science Newsline |
Media type | Web |
Country | United Kingdom |
Date | 19/09/17 |
Description | Reports on research by Geoff Pilkington, Zaynah Maherally and colleagues who have developed a model that mimics the blood brain barrier, which could pave the way for better, more efficient and reliable tests of drugs to treat brain diseases. |
Producer/Author | Science Newsline |
URL | www.sciencenewsline.com/news/2017091915210054.html |
Persons | Geoff Pilkington, Zaynah Maherally |
Title | New model may help science overcome the brain's fortress-like barrier |
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Media name/outlet | Science Codex |
Media type | Web |
Country | United Kingdom |
Date | 19/09/17 |
Description | Reports on research by Geoff Pilkington, Zaynah Maherally and colleagues who have developed a model that mimics the blood brain barrier, which could pave the way for better, more efficient and reliable tests of drugs to treat brain diseases. |
Producer/Author | Science Codex |
URL | www.sciencecodex.com/new-model-may-help-science-overcome-brains-fortress-barrier-615052 |
Persons | Geoff Pilkington, Zaynah Maherally |
Title | Overcoming the brain's fortress-like barrier |
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Media name/outlet | Science Daily |
Media type | Web |
Country | United Kingdom |
Date | 19/09/17 |
Description | Reports on research by Geoff Pilkington, Zaynah Maherally and colleagues who have developed a model that mimics the blood brain barrier, which could pave the way for better, more efficient and reliable tests of drugs to treat brain diseases. |
Producer/Author | Science Daily |
URL | https://www.sciencedaily.com/releases/2017/09/170919091027.htm |
Persons | Geoff Pilkington, Zaynah Maherally |
Related information
Outputs
Real-time acquisition of transendothelial electrical resistance in an all-human, in vitro, 3-dimensional, blood–brain barrier model exemplifies tight-junction integrity
Research output: Contribution to journal › Article › peer-review
ID: 7814769