James Black (pharmacologist)

Black was born on 14 June 1924 in Uddingston, Lanarkshire, the fourth of five sons of a Baptist family which traced its origins to Balquhidder, Perthshire.[6] His father was a mining engineer.[6] He was brought up in Fife, educated at Beath High School, Cowdenbeath, and, at the age of 15, won a scholarship to the University of St Andrews.[6] His family had been too poor to send him to university and he had been persuaded to sit the St Andrews entrance exam by his maths teacher at Beath.[7]

Until 1967, University College, Dundee was the site for all clinical medical activity for the University of St Andrews. He matriculated at University College (which eventually became the University of Dundee) in 1943 and graduated from University of St Andrews School of Medicine with an MB ChB in 1946.[8] During his time at St Andrews, Black lived in St Salvator's Hall.

After graduating, he stayed at University College to join the physiology department as an assistant lecturer before taking a lecturer position at King Edward VII College of Medicine in Singapore that subsequently became part of the University of Malaya.[8][9] Black had decided against a career as a medical practitioner as he objected to what he considered the insensitive treatment of patients at the time.[9]

Black had large debts upon his graduation from university, so he took a teaching job in Singapore for three years, before moving to London in 1950[10] and then on to join the University of Glasgow (Veterinary School) where he established the Veterinary Physiology Department and developed an interest in the way adrenaline affects the human heart, particularly in those suffering from angina.[11] Having formulated a theory of an approach by which the effects of adrenaline might be annulled, he joined ICI Pharmaceuticals in 1958, remaining with the company until 1964, during which time he invented propranolol,[5] which later became the world's best-selling drug.[11] During this time Black pioneered a method of research whereby drug molecules were purposefully built instead of being synthesised first and then investigated for their potential medical uses.[9] The discovery of propranolol was hailed as the greatest breakthrough in the treatment of heart disease since the discovery of digitalis.[11]

At the same time, Black was developing a similar method of inventing drugs for treatment of stomach ulcers, but ICI did not wish to pursue the idea so Black resigned in 1964 and joined Smith, Kline and French where he worked for nine years until 1973.[12] While there, Black developed his second major drug, cimetidine, which was launched under the brand name Tagamet in 1975 and soon outsold propranolol to become the world's largest-selling prescription drug.[11]

Black was appointed professor, and head of department, of pharmacology at University College London in 1973 where he established a new undergraduate course in medicinal chemistry[6] but he became frustrated by the lack of funding for research and accepted the post of director of therapeutic research at the Wellcome Research Laboratories in 1978.[9] However he did not agree with his immediate boss there, Sir John Vane, and resigned in 1984.[9] Black then became Professor of Analytical Pharmacology at the Rayne Institute of King's College London medical school, where he remained until 1992.[9] He established the James Black Foundation in 1988 with funding from Johnson & Johnson and led a team of 25 scientists in drugs research, including work on gastrin inhibitors which can prevent some stomach cancers.[9]

Black contributed to basic scientific and clinical knowledge in cardiology, both as a physician and as a basic scientist. His invention of propranolol, the beta adrenergic receptor antagonist that revolutionised the medical management of angina pectoris, is considered to be one of the most important contributions to clinical medicine and pharmacology of the 20th century.[13][14] Propranolol has been described as the greatest breakthrough in heart disease treatments since the 18th century discovery of digitalis and has benefited millions of people.[9] Black's method of research, his discoveries about adrenergic pharmacology, and his clarification of the mechanisms of cardiac action are all strengths of his work.[15]

He was greatly involved in the synthesis of cimetidine, at the time a revolutionary drug for the treatment and prevention of peptic ulcers. Cimetidine was the first of a new class of drugs, the H₂-receptor antagonists.

Black was made a Knight Bachelor on 10 February 1981 for services to medical research, receiving the honour from the Queen at Buckingham Palace.[11][17] On 26 May 2000 he was appointed to the Order of Merit, of which there are only 24 members at any one time, by Queen Elizabeth II.[18][19]

Black was elected a Fellow of the Royal Society (FRS) in 1976[20] and the same year he was awarded the Lasker award.[21] His certificate of election to the Royal Society reads:

Has made outstanding contributions, based on fundamental considerations of receptor theory, to the development of new drugs of clinical importance. Introduced the first effective beta blockers and analysed their cardiovascular effects. These drugs have opened up new perspectives for the treatment of angina pectoris, cardiac irregularities and hypertension. More recently, in a concerted drive carried out with great vision, he has developed a new type of histamine antagonist capable of inhibiting gastric acid secretion induced by histamine or pentagastrin. Apart from its practical implications this work has considerable fundamental importance since it provided evidence for the existence of a new type of histamine receptor. This work has also provided experimental support for the hypothesis that endogenous histamine may be involved in the secretion of acid in the stomach.[1]

In 1979, he was awarded the Artois-Baillet Latour Health Prize. Black was awarded the Cameron Prize for Therapeutics of the University of Edinburgh in 1980. In 1982 Black was awarded the Wolf Prize in Medicine,[9] and the year after the Scheele Award. He was awarded the 1988 Nobel Prize in Medicine along with Gertrude B. Elion and George H. Hitchings for their work on drug development.[22] In 1994 he received the Ellison-Cliffe Medal from the Royal Society of Medicine and in 2004 the Royal Medal from the Royal Society. In 2008, he was Awarded a Lifetime Achievement Award at the Medical Futures Innovation Awards, accompanied by his wife Professor Rona Mackie Black, in front of a distinguished audience of one thousand guests.[23]

In the town of Lochgelly, Fife, there is a street called Sir James Black Gait.

On 23 November 2018, the University of Glasgow renamed the West Medical Building in honour of Black. Professor Sir Anton Muscatelli, Principal and Vice-Chancellor of the University of Glasgow, said: “Sir James was undoubtedly one of the greatest scientists of the modern age. Through his commitment, intellect and insight he achieved a global impact and his discoveries continue to improve the lives of many.” The unveiling of a plaque was attended by Sir James Black’s wife, Professor Rona Mackie Black, Emeritus Professor and Senior Research Fellow in Public Health within the University's Institute of Health and Wellbeing.

James Black Place at Ninewells Hospital is named in his honour.

Black met Hilary Joan Vaughan (1924–1986) at a university ball in 1944 and the couple married in 1946 upon his graduation. He described her as the "mainspring" of his life until she died aged 61 in Surrey.[6][24] The couple had a daughter, Stephanie, born in 1951.[6] Black remarried in 1994, to Professor Rona MacKie.[9] Black was a very private man who was averse to publicity and was horrified to discover he had won the Nobel Prize.[9]

Black died, aged 85, on the morning of 22 March 2010 after a long illness. His death was announced by the University of Dundee, where Black served as Chancellor from 1992 to 2006.[25] His funeral was held on 29 March at St. Columba's Church, London.[10] He is buried at the Ardclach cemetery, a parish established in 1655, near Nairn, Scotland. Upon hearing of Black's death, Professor Pete Downes, Principal and Vice-Chancellor of the University of Dundee said Black "was a great scientist, but he was also a great man to know" while the BBC said he was "hailed as one of the great Scottish scientists of the 20th Century".[19] He was described by The Daily Telegraph as the man who earned the most for the pharmaceutical industry through his drug development, though he received little personal financial gain from his work.[9]

Shortly after his death the Bute Medical School of the University of St Andrews, where Black had studied for his initial degree in medicine, announced that an honorary 'Sir James Black Chair of Medicine' would be created.[26] In September 2010 the first Chair of Medicine at the University was given to Professor Stephen H Gillespie MD, DSc, FRCP (Edin), FRC Path, who left his post as Professor of Medical Microbiology at UCL.

• James Black on the History of Modern Biomedicine Research Group website
• James Black at Find a Grave
• Sir James W. Black on Nobelprize.org