Department of Pharmaceutical Sciences, University of Milan, Italy.
Biochem Pharmacol. 2021 May;187:114395. doi: 10.1016/j.bcp.2020.114395. Epub 2020 Dec 28.
Geoffrey Burnstock, one of the most talented and brilliant scientists of his generation, was born on the 10th of May 1929 in London and died on the 2ndof June 2020, aged 91, in Melbourne (Australia). Geoffrey Burnstock started his research studies with an interest in the nerves controlling the guts of guinea pigs, and discovered a completely unexpected and ubiquitous signalling system mediated via extracellular nucleotides (the "purinergic theory"), which revolutionized our understanding of how cells communicate between each other. He made the highly controversial discovery that ATP (adenosine triphosphate), a molecule well known to biochemists for its role as a source of energy inside cells, could also transmit signals between them. Initially, his somewhat heretical theory, that did not fit conventional views, found considerable resistance in the scientific community. However, he continued to accumulate evidence in favor of his hypothesis, extending it to a variety of organs and systems and demonstrating a role for purinergic signaling in the cardiovascular, respiratory and nervous systems, and in the pathophysiology of pain, blood clotting, cell proliferation and differentiation, and immunity. For his entire life, he struggled to attract scientists to this new field and, finally, in the early 1990s, did evidence emerge that convinced the doubters, due to new molecular biology techniques making it possible to isolate and identify the cell surface receptors for ATP and its breakdown product, adenosine. His death clearly impacted a huge number of scientists who have lost their pioneering leader. In this Review, I will not talk of the many discoveries made by Professor Burnstock, nor of his enormous scientific contributions to the field and of the incredible number of prizes and public recognitions that he has received after his theory was accepted worldwide. Instead, I will share some personal memories on him as a teacher and scientist, and, most of all, as a loyal and reliable friend. Geoff was an extraordinary human being, always eager to collaborate and share data, never jealous of his findings and capable of learning even from young people. He was known for his enthusiasm, empathy and ability to motivate young scientists. I was lucky to meet him when I was still very young, and the collaboration and friendship that we established and maintained across the years has profoundly conditioned my professional and personal life. For me, Geoff was what in Italy we call a "Maestro", one of those leading figures who are fundamental not only for mentoring an individual's career but also their growth as a scientist and as a human being.
杰弗里·伯斯通(Geoffrey Burnstock)是他那一代最有才华和最杰出的科学家之一,1929 年 5 月 10 日出生于伦敦,2020 年 6 月 2 日在澳大利亚墨尔本逝世,享年 91 岁。杰弗里·伯斯通的研究兴趣始于对控制豚鼠内脏的神经的研究,并发现了一种完全出乎意料且无处不在的信号转导系统,该系统通过细胞外核苷酸介导(“嘌呤能理论”),这彻底改变了我们对细胞之间如何相互通信的理解。他做出了极具争议的发现,即三磷酸腺苷(ATP)——一种生物化学家熟知的作为细胞内能量来源的分子——也可以在细胞之间传递信号。最初,他的理论有些异端邪说,与传统观点不符,在科学界引起了相当大的抵制。然而,他继续积累支持他假说的证据,将其扩展到各种器官和系统,并证明嘌呤能信号在心血管、呼吸和神经系统以及疼痛、血栓形成、细胞增殖和分化以及免疫的病理生理学中发挥作用。在他的整个职业生涯中,他一直努力吸引科学家进入这个新领域,最终,在 20 世纪 90 年代初,由于新的分子生物学技术使得分离和鉴定 ATP 及其分解产物腺苷的细胞表面受体成为可能,新的证据使怀疑者信服。他的去世无疑影响了一大批失去了先驱领袖的科学家。在这篇综述中,我不会谈论伯斯通教授所做的许多发现,也不会谈论他对该领域的巨大科学贡献,以及在他的理论被全世界接受后获得的无数奖项和公众认可。相反,我将分享一些关于他作为一名教师和科学家的个人回忆,最重要的是,作为一个忠诚可靠的朋友。杰夫是一个非凡的人,总是渴望合作和分享数据,从不嫉妒自己的发现,甚至能够从年轻人那里学习。他以热情、同理心和激励年轻科学家的能力而闻名。我很幸运在我还很年轻的时候就遇到了他,我们多年来建立和保持的合作和友谊深深地影响了我的专业和个人生活。对我来说,杰夫就是我们在意大利所说的“大师”,他是那些不仅对指导个人职业生涯,而且对培养科学家和作为一个人的成长都至关重要的领军人物之一。