Costa Cruises has today unveiled its 4GOODFOOD program, whose aim is to halve food waste on board the Italian company's ships by 2020. The starting point for the project is recognizing the value of food. The food experience is a key part of the cruise and the relevant figures are quite staggering: some 54 million meals a year are prepared on board the members of the Costa fleet.
More than 2,000 small business owners will descend on Washington for the first-ever 10,000 Small Businesses Summit: The Big Power of Small Business from Feb. 13-14. They will charge Capitol Hill with more than 2,000 small business owners to chart a path for growth and share their experiences and insights with policymakers. Goldman Sachs Chairman and CEO Lloyd C. Blankfein, Berkshire Hathaway Chairman and CEO Warren Buffett, and founder of Bloomberg LP and Bloomberg Philanthropies and three-term Mayor of New York City Michael R. Bloomberg, among numerous other industry leaders and policymakers, will also participate in the Summit.
Novo Nordisk, a global healthcare company specialising in diabetes, obesity and other serious chronic diseases, published its Annual Report 2017 online today at novonordisk.com/annualreport. It is the company's fourteenth integrated annual report accounting for the company's financial, social and environmental performance.
In 2017, Bloomberg announced that it was the first U.S. domiciled company to become a U.N. PRI signatory as a corporate pension plan sponsor (it was a signatory since 2009 as a service provider). It took about four to five years to get key decision-makers comfortable including an ESG-themed fund in the lineup, said Lee Ballin, head of sustainable business at Bloomberg, an effort led by the Global Benefits Team to align the investment and retirement committee; senior business leaders; legal counsel; the professional development team and investor and retirement consultants.
Ever since I can remember, I was curious about how the world works and the causes and implications of different processes. Life’s extremely complex network of molecules and reactions that made me want to contribute to its understanding, especially because it has a constant impact on us. I find the ability to understand and possibly modify the entire network by interacting with a single component on molecular level incredibly fascinating. The application of research in disease treatment and improvement of overall life quality makes me realize the importance of the area and drives me to invest even more into my studies.
My research project in a pharmaceutical immunology lab at ETH Zürich was about the unknown effects of PD-L1/PD-1 interaction on T regulatory cells inside lymphatic capillaries. It was a unique opportunity for me to learn how to test a hypothesis using state-of-the art laboratory equipment and to carefully assess the results of the experiments. I hope that in the future I will be able to expand my knowledge on immunoregulation and contribute to the development of new treatments against autoimmune diseases.
Before I was accepted into the Amgen Scholars Program, I was quite sure about a career in academia, but this summer ultimately convinced me that university-based research is a job with which I would be happy.
Most Amgen Scholars only begin to learn about their summer research topic in their college years. For Trévon C. Gordon, his research topic began in high school, when he began to suffer from a condition called alopecia areata, which prevents him from growing hair. Since then, understanding the autoimmune disease has become his mission, and he spent his Amgen Scholars summer researching ways to treat it with a cutting-edge researcher who herself has alopecia areata.
My personal awakening to what a good science education could look like happened in Canada, in my 10th grade physics class with Mr. Burt at Westmount High School in Montreal in the early 90's. I started high school in Brazil and had already taken a year of physics, but frankly, had not learned much through the experience. After a brief lecture on basic properties of waves, Mr. Burt broke us into groups and asked that we explore the concepts he had just taught us using ripple tanks. While I regret to say that is probably as much physics I know to this day, I remember vividly changing the speed and strength of the waves and being fascinated to see, first-hand, that what sounded like complicated science was within my grasp.
