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Mario Molina, in full Mario José Molina, (born March 19, 1943, Mexico City, Mexico—died October 7, 2020, Mexico City), Mexican-born American chemist who was jointly awarded the 1995 Nobel Prize for Chemistry, along with chemists F. Sherwood Rowland and Paul Crutzen, for research in the 1970s concerning the decomposition of the ozonosphere, which shields Earth from dangerous solar radiation. The discoveries of Molina and Rowland—that some industrially manufactured gases deplete the ozone layer—led to an international movement in the late 20th century to limit the widespread use of chlorofluorocarbon (CFC) gases.

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Scarlin Hernandez was born in 1991, in the Dominican Republic and moved to Brooklyn, NY at the age of 4. She graduated with a degree in computer engineering from Capitol Technology University in Laurel, Maryland in 2013.

She is a spacecraft engineer for NASA’s signature space mission, the James Webb Space Telescope. As a spacecraft engineer an important part of her work is to test the ground systems that will command and control the telescope after it has been launched into space. The telescope is set to launch in 2021 and  will be used to discover new planets and the first stars after the dark ages.  The National Science Foundation awarded her a full college scholarship to the Capitol Technology University (CTU) in Laurel, MD.  Scarlin completed a internship at NASA’s Goddard Space Flight Center, and by the age of 20, she was part of the ground control system team for the Tropical Rainfall Measuring Mission (TRMM) satellite.  In 2013, she earned a Bachelor’s degree in Computer Engineering, but she found her real niche in Astronautical Engineering.  After graduation, Scarlin was the mission planning lead for the TRMM mission before transferring to work on the James Webb Space Telescope mission.

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Susana López Charretón is a mexican Virologist, who has studied Rotavirus. Rotavirus is a double-stranded RNA virus, which causes nausea and diarrhea. It’s very common in children from 3 months to 3years old. Her research focused on how Rotavirus is spread, our immune response, and how it replicates. In 2012, Susana won the L’Oréal-UNESCO For Women in Science international awards for her research.

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César Milstein was awarded the 1984 Nobel Prize in Physiology or Medicine jointly with his former postdoctoral fellow Georges J. F. Köhler (AAI '85) and theoretician Niels Jerne (AAI '73). Milstein and Köhler won the prize for developing the hybridoma method of producing monoclonal antibodies. Today, monoclonal antibodies are at the cutting edge of medical research, as scientists continue to discover uses for them in both diagnostic and therapeutic venues. Nowhere has the impact been greater than in the field of oncology, where researchers are developing monoclonal antibodies that can bind to tumors and facilitate their destruction.

Prior to the development of Milstein and Köhler's hybridoma technique, scientists had struggled to produce large amounts of single antibody clones because of the difficulty of growing antibody-producing B cells in culture. Milstein and Köhler overcame this problem by fusing spleen cells derived from mice immunized with a specific antigen to immortalized myeloma cells, a technique that enabled production of antigen-specific antibody in culture indefinitely. Their innovative hybridoma technique became a cornerstone of immunology and molecular biology research, and Milstein became one of the most highly regarded scientists of his time.

After mastering how to produce specific antibodies reliably and efficiently in culture, Milstein turned his attention to fostering the use of monoclonal antibodies as a fundamental research tool. He and his colleagues identified monoclonal antibodies that could bind to discrete cell surface markers. This development revolutionized the way different cell types could be characterized and identified, and it paved the way for their therapeutic use. "It is not an exaggeration to describe César Milstein's contribution to science and medicine as the most important immunological advance of the century," wrote Abraham Karpas, assistant director of research in the Department of Haematology at the University of Cambridge. "His discovery of the method to produce monoclonal antibodies reinvented the field of immunology. The ability to make monoclonal antibodies at will in the test tube and in unlimited quantities, to any sort of antigen—whether an interesting chemical, infectious microorganism, cancer or normal cells—opened numerous new and unforeseen avenues for research, many with

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What are your plans for the weekend?

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How's your mood today?

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Do you believe in the superstitions of Friday the 13th?

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Who are your favorite sports teams?

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What is your outlook on the future?

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"A lot of people say they want to be great, but they’re not willing to make the sacrifices necessary to achieve greatness."

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To those whom much is given, much is expected

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What are your plans for this weekend?

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How are you feeling today?

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Someone is sitting in the shade today because someone planted a tree a long time ago.

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What did you do with your 3 day weekend?

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What is your go to song right now?

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"Everything negative -- pressure, challenges -- is all an opportunity for me to rise."

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"To bring about change, you must not be afraid to take the first step. We will fail when we fail to try."

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"Never limit yourself because of others’ limited imagination; never limit others because of your own limited imagination"

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What are your plans this weekend?

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"If I cannot do great things, I can do small things in a great way."

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What are some goals you have for yourself this year?

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What healthcare profession do you know about the most? What are some details you know about that profession?