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Archive for the ‘Philanthropy to Academic Institution’ Category


Reporter: Stephen J. Williams, PhD @StephenJWillia2

Science and technology bring tremendous value to society in years of life and quality of life, yet the public often perceives science as difficult, irrelevant or even threatening. Moreover, the inspirational and moving stories of scientists and innovators working around the world are often hidden or misrepresented in popular culture. Whose responsibility is it to communicate science and engage the public in supporting the scientific enterprise? Can everyone be a Champion of Science and what are the solutions to enlist and engage more champions of science across generations and geographies? How do we work together to enhance transparency, accessibility and relevance of science for everyone, everywhere? Can science become more inclusive and engage hearts and not only minds?

Join this exciting session as Johnson & Johnson announces the winners of the Champions of Science – BioGENEius Storytelling Challenge, and brings together other key stakeholders in a discussion about the importance of engaging the public to fall in love in science all over again.

Sponsored by: Johnson & Johnson Innovation

Seema: We need to solve the problem of the lack of trust in scientists.  Some of JNJ winners of their acheivement program went on to become Nobel Laureates.   Arthur Horwich and Hans Ullrich won the Jannsen Award for discovering compounds that could refold proteins, including protein chaperones.  Many diseases occur because of protein misfolding like neuro-degenerative diseases.
Seema:  Great science going on in Africa.  JNJ wanted to showcase the great science in Africa. they awarded four individuals with storytelling award (Emily).
Dr. Horwich: got interested in science early on.  Worked on N terminal mitochondrial signal peptides.  also then got interested in how proteins fold and unfold and refold since the 1950s.  He had changed the thinking of how proteins are processed within cells and over many years he had worked on this.
Emily Wang:  Parents and schoolteachers prodded her curiosity in biology. The impact of day to day work of scientists is arduous but the little things can lead to advances that may help people.  If passionate and have a great mentor then can get a foot in the door.  Worked at Stanford in the lab.
Dr. Mukherjee: He likes to cure diseases, physican first, scientist second, writer third but he doesn’t separate this.  In older times scientists wrote to think and true today. How we visualize the word, or use our hands, is similar.  He takes the word translational research very seriously.  Can you say in one sentence how this will help patients in three years?
There are multitude ways of love for science.
Dr. Pinela: loved asking big question and loved storytelling but asking bigger questions. Moved from Columbia and moved to US; loved the freedom and government funding situation at that time.  Need the training and mentorship so mentors are a very big aspect in innovation as it led her to entrepreneurship.  We need to use technology to disrupt and innovate.
Nsikin:  A lot of mentors nurture curiosity.  People like to see them in that story of curiosity.  That is how is bases the PBS science videos: did  a study on engagement and people wants a morality, and a science identity (an inner nerd in all of us i.e. spark the interest).  The feedback if they focus on this has been positive.

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The Blavatnik Institute at Harvard Medical School’s 11 basic and social science departments launched in recognition of the transformative $200 million Blavatnik Family Foundation’s committed for scientific research 

Reporter: Aviva Lev-Ari, PhD, RN

“This momentous gift will enable us to accelerate the pace of therapeutic discovery at HMS and advance initiatives aimed at solving some of humanity’s most acute biomedical challenges,” said Daley at the ceremony. “It will help empower our work in service to the world through research that stimulates the development of new knowledge, new therapies and new tools to diagnose and prevent disease.”

Blavatnik, a 1989 graduate of Harvard Business School, said his Harvard education contributed to his success in business and he was happy to give back to the School—not only because of the personal attachment he has to Harvard but also because he sees the commitment as a wise investment in the future.

“One of the lessons from business I acquired is that if you invest in the best people, you will probably get better than average results. You might get the best results,” Blavatnik said. “I am making a bet, which actually I think is a safe bet, that by helping the most talented academics, researchers and scientists that are here, the results will not only be above average but hopefully outstanding.”

Blavatnik added that investing in education is especially important to him because of his own upbringing in a family of academics. His father was a chemistry professor and his mother taught electrical engineering, he said; his first degree was in computer science.

“So, I always felt that science is really what moves this society forward. The technology, the progress of technology, is what really changes people’s lives,” he said. “Now, obviously, medical technology is the frontier of science today.”

Bacow said the Blavatnik gift enables the future discoveries that promise to improve the world for all humanity.

“Harvard did not build itself. It exists because our predecessors were willing to invest their time and their resources to create the institution that we see today,” Bacow said. “I want to thank Len and his foundation because they are very tangibly contributing to a long tradition … of each generation supporting the next, each generation working to enable the next generation to have the same kind of opportunity to make the world a better place.” 

Wilson, who was in the first class of recipients of the Blavatnik National Award for Young Scientists in the Life Sciences, said she felt the gift is a recognition of “the excellence of the science that goes on here every day,” and that with this recognition comes a heightened sense of responsibility. She added that support of this magnitude affords HMS scientists greater freedom to take risks.

“I think it’s really important to realize that excellence in science requires thoughtful, intelligent risk taking, but risky projects are often difficult to fund. You can’t get a federal grant to do a risky project and that creates a kind of perverse incentive to work on small problems rather than big problems,” Wilson said.

She added that Blavatnik’s support has given her lab the freedom to take those risks and, as a result, her team has made discoveries that wouldn’t have been possible without it. Those new discoveries, she said, have led to new federal funding which, in turn, has made new projects and new questions possible. 

“That’s the kind of virtuous cycle that really gives us enthusiasm and optimism about our ability to do science in the future,” she said.

Summers said the new discoveries made at HMS are what is making this “the century of the biomedical and life sciences,” and he said the work enabled by the Blavatnik Family Foundation’s generosity will be transformative.

SOURCE

https://hms.harvard.edu/news/frontier-science?utm_source=Silverpop&utm_medium=email&utm_term=field_news_item_1&utm_content=HMNews02112019

 

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