Standing in one of the largest neo-natal units in the world at Hamad Hospital in Qatar, you would not immediately be able to draw a link between the pioneering medical research being conducted and the work of physicists from the 9th century. In this episode of Science in the Golden Age, theoretical physicist Jim al-Khalili guides us through a journey of discovery where he highlights the links between medical research in the Golden Age of Science during the 9th and 14th centuries and the modern practice of medicine today. At Hamad Hospital, a new treatment is being trialled for babies born with a neurological disorder called neo-natal encephalopathy. Senior consultant Dr Samawal Lutfi explains how the double-blind placebo control method ensures the accuracy of the study. This notion of a control group goes all the way back over a thousand years to a Persian physician by the name of Al-Razi who built the first hospitals in Baghdad. He was an early proponent of applying a rigorous scientific approach to medicine and used a control group when testing methods to treat meningitis in the 9th century. At Harefield Hospital in the UK, we meet Professor Magdi Yacoub, a pioneering transplant surgeon and one of the world's leading heart specialists. Professor Yacoub explains how the 13th century Syrian scholar Ibn al-Nafis redefined the understanding of pulmonary circulation. He challenged the commonly accepted wisdom of the Greek scholar Galen, who had said that blood passes directly between the heart's right and left ventricle through the septum, the dividing wall that separates them. Ibn al-Nafis put forward the idea that blood could not pass directly between the right and left chambers of the heart - and that the lungs had a role to play in this process. Ibn al-Nafis' description was not widely accepted at the time, and it wasn't until his manuscript was re-discovered in the 20th century that his work was universally recognised. From Al-Razi, to Ibn al-Nafis, to the 10th-century philosopher and physician Ibn Sina, Jim examines the most influential medics of the Golden Age. He shows us his personal copy of Ibn Sina's Al-Qanun fi al-Tibb ('The Canon of Medicine'), a comprehensive text which was the pinnacle of medical knowledge at that time. It was widely copied and translated, becoming a standard medical reference across the world for centuries. Jim ends his journey at the Weill Cornell Medical College in Qatar, learning how the institute is using the latest equipment to map the human genome. The genome is the complex genetic code contained in every one of our cells and sequencing it can reveal possible diseases that are inherited. Focusing on genetic and hereditary diseases specifically affecting the Qatari population, scientists from around the world have come together to work on this ambitious project that some-what parallels Baghdad's Bayt al-Hikma (The House of Wisdom), the renowned centre of learning that played an integral role in the Islamic world's scientific advancement.
Showing posts with label The Golden Age of Islam. Show all posts
Showing posts with label The Golden Age of Islam. Show all posts
Monday, January 06, 2025
Science in a Golden Age - Al-Razi, Ibn Sina and the Canon of Medicine
Feb 6, 2017 | Science in a Golden Age - Al-Razi, Ibn Sina and the Canon of Medicine We explore the links between medical research in the Golden Age of Science and the modern practice of medicine today.
Standing in one of the largest neo-natal units in the world at Hamad Hospital in Qatar, you would not immediately be able to draw a link between the pioneering medical research being conducted and the work of physicists from the 9th century. In this episode of Science in the Golden Age, theoretical physicist Jim al-Khalili guides us through a journey of discovery where he highlights the links between medical research in the Golden Age of Science during the 9th and 14th centuries and the modern practice of medicine today. At Hamad Hospital, a new treatment is being trialled for babies born with a neurological disorder called neo-natal encephalopathy. Senior consultant Dr Samawal Lutfi explains how the double-blind placebo control method ensures the accuracy of the study. This notion of a control group goes all the way back over a thousand years to a Persian physician by the name of Al-Razi who built the first hospitals in Baghdad. He was an early proponent of applying a rigorous scientific approach to medicine and used a control group when testing methods to treat meningitis in the 9th century. At Harefield Hospital in the UK, we meet Professor Magdi Yacoub, a pioneering transplant surgeon and one of the world's leading heart specialists. Professor Yacoub explains how the 13th century Syrian scholar Ibn al-Nafis redefined the understanding of pulmonary circulation. He challenged the commonly accepted wisdom of the Greek scholar Galen, who had said that blood passes directly between the heart's right and left ventricle through the septum, the dividing wall that separates them. Ibn al-Nafis put forward the idea that blood could not pass directly between the right and left chambers of the heart - and that the lungs had a role to play in this process. Ibn al-Nafis' description was not widely accepted at the time, and it wasn't until his manuscript was re-discovered in the 20th century that his work was universally recognised. From Al-Razi, to Ibn al-Nafis, to the 10th-century philosopher and physician Ibn Sina, Jim examines the most influential medics of the Golden Age. He shows us his personal copy of Ibn Sina's Al-Qanun fi al-Tibb ('The Canon of Medicine'), a comprehensive text which was the pinnacle of medical knowledge at that time. It was widely copied and translated, becoming a standard medical reference across the world for centuries. Jim ends his journey at the Weill Cornell Medical College in Qatar, learning how the institute is using the latest equipment to map the human genome. The genome is the complex genetic code contained in every one of our cells and sequencing it can reveal possible diseases that are inherited. Focusing on genetic and hereditary diseases specifically affecting the Qatari population, scientists from around the world have come together to work on this ambitious project that some-what parallels Baghdad's Bayt al-Hikma (The House of Wisdom), the renowned centre of learning that played an integral role in the Islamic world's scientific advancement.
Standing in one of the largest neo-natal units in the world at Hamad Hospital in Qatar, you would not immediately be able to draw a link between the pioneering medical research being conducted and the work of physicists from the 9th century. In this episode of Science in the Golden Age, theoretical physicist Jim al-Khalili guides us through a journey of discovery where he highlights the links between medical research in the Golden Age of Science during the 9th and 14th centuries and the modern practice of medicine today. At Hamad Hospital, a new treatment is being trialled for babies born with a neurological disorder called neo-natal encephalopathy. Senior consultant Dr Samawal Lutfi explains how the double-blind placebo control method ensures the accuracy of the study. This notion of a control group goes all the way back over a thousand years to a Persian physician by the name of Al-Razi who built the first hospitals in Baghdad. He was an early proponent of applying a rigorous scientific approach to medicine and used a control group when testing methods to treat meningitis in the 9th century. At Harefield Hospital in the UK, we meet Professor Magdi Yacoub, a pioneering transplant surgeon and one of the world's leading heart specialists. Professor Yacoub explains how the 13th century Syrian scholar Ibn al-Nafis redefined the understanding of pulmonary circulation. He challenged the commonly accepted wisdom of the Greek scholar Galen, who had said that blood passes directly between the heart's right and left ventricle through the septum, the dividing wall that separates them. Ibn al-Nafis put forward the idea that blood could not pass directly between the right and left chambers of the heart - and that the lungs had a role to play in this process. Ibn al-Nafis' description was not widely accepted at the time, and it wasn't until his manuscript was re-discovered in the 20th century that his work was universally recognised. From Al-Razi, to Ibn al-Nafis, to the 10th-century philosopher and physician Ibn Sina, Jim examines the most influential medics of the Golden Age. He shows us his personal copy of Ibn Sina's Al-Qanun fi al-Tibb ('The Canon of Medicine'), a comprehensive text which was the pinnacle of medical knowledge at that time. It was widely copied and translated, becoming a standard medical reference across the world for centuries. Jim ends his journey at the Weill Cornell Medical College in Qatar, learning how the institute is using the latest equipment to map the human genome. The genome is the complex genetic code contained in every one of our cells and sequencing it can reveal possible diseases that are inherited. Focusing on genetic and hereditary diseases specifically affecting the Qatari population, scientists from around the world have come together to work on this ambitious project that some-what parallels Baghdad's Bayt al-Hikma (The House of Wisdom), the renowned centre of learning that played an integral role in the Islamic world's scientific advancement.
Sunday, August 25, 2019
Wednesday, September 27, 2017
Sunday, January 15, 2017
Sam Harris Destroys Golden Age Of Islam
Sunday, September 04, 2016
Monday, May 16, 2016
Tuesday, April 26, 2016
Thursday, May 09, 2013
MANCHESTER UNIVERSITY: A remarkable collection of manuscripts going on public display for the first time is to graphically illustrate the West’s debt to the medieval medics of Islam.
The collection, held at the Royal College of Physicians (RCP) in London, will depict the medical traditions that developed in the golden age of Islam from the 9th century to the 17th century.
Curated by Professor Peter E Pormann from The University of Manchester, the exhibition explains how medical tradition developed in Europe and the Middle East.
Called The mirror of health: discovering medicine in the golden age of Islam, the exhibition is open from 1 May to 25 October 2013.
Professor Pormann said: “When we look deep into the medical tradition of Islamic lands, we recognise many reflections with today – which is why we called the exhibition ‘Mirror of health’.
“The Islamic medics not only transmitted and translated medical thought and practice from ancient Greece, but also innovated and changed the science.
“This enabled medicine to evolve over the centuries into the truly sophisticated science we know today.” » | Thursday, May 02, 2013
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