New York Local Section of the American Chemical Society

New York Local Section of the American Chemical Society Contact information, map and directions, contact form, opening hours, services, ratings, photos, videos and announcements from New York Local Section of the American Chemical Society, c/o Dept of Chemistry, St John's University, 8000 Utopia Avenue, New York, NY.

Our mission is to be a forum for the exchange of ideas, knowledge and experiences among those interested in the Chemical Sciences in ways that promote individual and professional excellence in the Chemical Community

08/18/2026

The FY27 Office of Naval Research Young Investigator Program (YIP) is now open!

ONR is seeking early-career scientists and engineers whose research can help shape the future of naval science and technology. YIP supports recipients as they establish independent research programs and advance their academic careers, in support of America’s Sailors and Marines.

📅 Key dates:
Eligibility & technical questions: 16 October 2026
Questions for Grants Officer: 29 October 2026
Applications due: 30 October 2026

🔗 Learn more about the FY27 YIP: https://www.onr.navy.mil/work-with-us/funding-opportunities/fiscal-year-fy-2027-young-investigator-program-yip

U.S. Navy | U.S. Marine Corps |

08/18/2026

Join us on September 17 for the Chicago ACS Hybrid Meeting! Celebrate our Scholarship Award recipient, Teacher Excellence Award honoree, and Emerging Star Award winner — plus an inspiring evening with Science Olympiad leadership. Register by Sept 9

08/06/2026

Exciting news! Empowering Women in Organic Chemistry (EWOC) is launching a new NYConn Chapter for New York and Connecticut, bringing new networking, mentorship, and professional growth opportunities. Scan the QR code to learn more.

07/26/2026

They gave Ivan Daly a scholarship to Cornell and no way to pay for a bed. He lasted one semester, came home to New York, and spent his working life as a postal clerk while his daughter grew up watching him love a science he was never allowed to practice.

Marie Daly became the first Black woman in America to earn a doctorate in chemistry, and in 1988 she put her own money into a fund so nobody else's child would lose it over room and board. Tell me you don't know a man like her daddy.

Ivan C. Daly won a scholarship to Cornell University and lost his chemistry degree because he could not afford a bed.

The tuition was handled. The room and the meals were not, and neither he nor his parents could put together the money for them.

He lasted one semester.

He came back down to New York City and took work as a postal clerk, and that is the job he was holding when his children were born.

Nobody ever wrote down the number. We do not know what a semester of room and board cost in Ithaca that year, only that it was more than a West Indian immigrant family had, and that it was enough to end a man's life in science before it started.

His daughter said it plainly, decades later, to a woman writing a short biography of her.

"My father wanted to become a scientist," Marie Maynard Daly said, "but there weren't opportunities for him as a black man at that time."

She was born April 16, 1921, in Corona, Queens, the oldest child and the only girl, with twin brothers behind her.

Her mother Helen read to all three of them at length, most nights, for years.

When the family went down to Washington to see her mother's people, Marie went straight for her grandfather's shelves. She was pulling down books about scientists before she was old enough to understand half of what was in them.

The one that took hold was Paul de Kruif's Microbe Hunters, published in 1926, a book of adventure stories about men who found a new world under a lens.

Every hunter in it was white and male and far away from a Black girl in Queens.

She read it anyway, and what she took from it was not the men. It was the method.

At Hunter College High School, an all-girls school in Manhattan that admitted on merit alone, women taught her chemistry and told her she could do it for a living.

Then came the part that decided everything.

Queens College had opened in Flushing in 1937, and it was free to students from the community.

Marie Daly enrolled there and lived at home to save money.

Sit with that for a second, because it is the whole story in one arrangement.

Her father had the tuition and no bed and it broke him, and she had the bed and no tuition to pay and it carried her.

She graduated in 1942, magna cm laude, in the top two and a half percent of her class, named a Queens College Scholar.

Her yearbook page from that year still exists.

She is the only Black graduate pictured on it. The write-up praises her enviable record, and then it names the career it imagines for her, and the career it imagines is laboratory technician.

That was the ceiling the page put on her.

Assistant. Someone else's hands.

The war moved the ceiling, though not out of kindness.

Roughly twelve hundred Queens College students went into the military, her own brothers among them, and the labs and the graduate programs suddenly needed people they had never needed before. Women and Black scientists were let in as what one historian called reservists, temporary, low-ranking, expected to step back afterward.

Daly walked through the opening and did not step back.

The Queens chemistry department hired her part-time as a laboratory assistant, and she used that paycheck and a string of fellowships to pay for graduate school at New York University.

She finished the master's in one year.

Then Columbia, where she worked under Mary Letitia Caldwell, the only woman professor in the chemistry department. Her dissertation was called "A Study of the Products Formed by the Action of Pancreatic Amylase on Corn Starch," and it was about how the body breaks down food.

She was awarded the doctorate in 1947, three years after she started.

No Black woman in the United States had ever earned a PhD in chemistry before.

Now here is where the record has to be set straight, because the version of her that travels around Facebook is not the true one.

You will see it written that Marie Daly discovered the four building blocks of DNA in 1953, and that she paved the way for Rosalind Franklin.

She did not, and it was not close.

Adenine, guanine, cytosine and thymine were isolated and named by a German biochemist, Albrecht Kossel, between 1885 and 1901. He was given the Nobel Prize for it in 1910, eleven years before Daly was born.

The people who wrote that meme were trying to honor her. They handed her someone else's work instead, and in doing so they buried what she actually did, which was harder to fit on a graphic and considerably more impressive.

Start with what it cost her to get into the room.

After Columbia she went to Howard University to teach physical science, hired by the physicist Herman Branson. What she wanted was Alfred Mirsky's laboratory at the Rockefeller Institute, and Rockefeller's answer was that she could come if she brought her own money.

Not a salary. Her own money.

She taught at Howard and spent two years chasing it, and she finally won a grant from the American Cancer Society, and that grant is what bought her a seat at the bench.

Then she kept buying it. For roughly the next ten years, Marie Daly paid for her own job out of grants she went and got herself.

Asked about the cancer funding by a reporter from the New Journal and Guide, she declined the sentimental framing on offer.

"I am not working on cancers per se," she said. "I am doing research in cell growth, and my work concerns cancer only insofar as cancer is cell growth."

She stayed at Rockefeller seven years, taking the cell nucleus apart to see how it was built.

She developed methods to separate nuclear material into its parts and measure what was in it. She identified a new type of histone, the proteins that DNA wraps itself around, and she worked out how the nitrogen bases are distributed inside nucleic acids, which is a different job from discovering them and a necessary one.

And in 1953, with Vincent Allfrey and Alfred Mirsky, she published direct experimental proof that a cell cannot build protein without RNA.

That paper ran in the Journal of General Physiology in November of that year.

On December 11, 1962, James Watson stood up in Stockholm to give his Nobel lecture. He titled it "The Involvement of RNA in the Synthesis of Proteins."

The work he was describing rested in part on hers, and he listed the paper in his references, the way anyone lists a reference.

V. G. Allfrey, M. M. Daly, and A. E. Mirsky.

Initials. Two letters where her name goes.

She was forty-one years old and in New York, and there is no record of anyone asking her how it felt.

By then she had moved on anyway. In 1955 she took a teaching post back at Columbia and a research appointment at Goldwater Memorial Hospital, where she and Quentin Deming began feeding rats and taking their arteries apart.

That is the work sitting behind the cholesterol number on your chart.

Daly was one of nine authors on the 1958 paper showing how high cholesterol and high blood pressure work together to damage artery walls, and she kept digging at that question for another twenty years. It is some of the most useful work she ever did, and almost nobody who shares the DNA story has ever heard of it.

She and Deming took the team to the Albert Einstein College of Medicine in 1960. She studied hypertension there, and the biochemistry of aging, and she took part in a study that found the damage cigarette smoke leaves in the lungs.

She was promoted to associate professor in 1971.

That was the promotion that finally came with job security, and it arrived twenty-four years after the doctorate. She was fifty.

She spent those same years building doors for other people. She advised graduate students, she wrote national recommendations on the advancement of minority women in science, and she ran the Martin Luther King, Jr. and Robert F. Kennedy Program for Special Studies at Einstein, which took minority undergraduates and got them ready for medical school.

A colleague named Abraham White wrote a letter in 1970 recommending her for promotion, praising her high qualities of leadership.

Hold onto that letter. It matters later.

She retired in 1986, at sixty-five, after twenty-six years at Einstein.

Two years after that, in 1988, she took her own money to Queens College and set up a fund.

She called it the Ivan C. and Helen H. Daly Scholarship.

It goes to students of merit in the physical sciences. It is meant for the ones with a demonstrated interest in the position of minorities in science, and it is still open, and you can still apply for it.

Sixty-odd years after a scholarship boy from the British West Indies walked away from Cornell because he had nowhere to sleep, his daughter closed that exact gap for somebody else's child, with her own money, under his name and her mother's.

She died in New York on October 28, 2003, at eighty-two. Her husband had gone before her, and there were no children.

Now here is the part that should bother you.

In 2022 a journalist for Science News went looking for Marie Daly and found she was about twenty years too late.

The colleagues were dead, and the students she had trained were retired and could not be reached. There were no interviews with her on file anywhere.

The woman who had written the one profile containing her actual words believed she had spoken with Daly directly, but the notes and the recording were long gone.

The Albert Einstein College of Medicine, where she worked for twenty-six years, held two primary documents about her.

Two. One of them was that 1970 letter.

So there is an empty space where this woman's account of herself should be, and empty spaces on the internet do not stay empty.

Something poured into hers. A tidy, flattering, wrong little paragraph about DNA that gets shared every February by people who mean well and have no way of knowing.

The chemist Sibrina Collins, who went looking for Daly in 2017 and hit the same wall, put her finger on the problem. It is a fine thing to say somebody was the first to do something, she said, but what matters is showing what they actually did, not only that they were first.

A marker will tell you she was the first Black woman in America with a chemistry PhD.

It will not tell you she bought her own seat in that laboratory for ten years, or waited until fifty for a job she could not be fired from, or that her name sits in a Nobel lecture as two initials.

And it will certainly not tell you about a room and board bill in Ithaca that nobody bothered to write down, which is the number this entire life was built to pay back.

Get her right. That is the whole of it.

I put a lot of effort into researching and sharing stories that matter.
If you'd like to support the work, here's the link:
https://ko-fi.com/blackhistorystories
Every coffee helps me keep creating

07/21/2026

From escaping N**i prison camps as a child to becoming a pioneering physicist and advocate for human rights in science, Myriam Sarachik’s extraordinary life was defined by resilience, discovery, and service.

A new NAS memoir chronicles the journey of a pioneering physicist, trailblazer, and advocate who pushed the frontiers of science while championing equity, integrity, and compassion in the scientific community.

Elected to the National Academy of Sciences in 1994, Sarachik made landmark contributions to physics and became a tireless advocate for scientists facing human rights violations around the world. She served as president of the American Physical Society and helped create networks supporting women scientists globally.

Read the new memoir celebrating Myriam Sarachik’s remarkable scientific achievements, leadership, and enduring legacy:https://www.nasonline.org/wp-content/uploads/2026/07/Sarachik-Myriam-P.pdf

07/19/2026

Cafe Scientifique is a place where, for the price of a cup of coffee or glass of wine, anyone can ex

07/19/2026

Mitochondria are far more than the cell's "powerhouses." They play a fundamental role in brain function, resilience, and healthy aging - and are transforming how we understand neurological and psychiatric disease.

On November 11, join leading researchers and clinician-scientists for Mitochondrial Health and Healthspan: Brain Metabolism and Bioenergetics, a symposium exploring the latest advances in mitochondrial genetics, neuroplasticity, metabolic psychiatry, and emerging therapeutic strategies to preserve cognitive health.

The program features a keynote by Douglas Wallace, PhD (Children's Hospital of Philadelphia) and will highlight translational opportunities aimed at extending healthspan and preserving cognitive vitality.

Have research to share? Submit your abstract by September 17 for the opportunity to present a short talk or poster, connect with leaders in the field, and contribute to discussions shaping the future of mitochondrial medicine.

Learn more: https://events.nyas.org/mitochondria26?utm_source=facebook_social&utm_medium=image3&utm_campaign=mitochondria26

07/15/2026

📣 The 2026 EAS Virtual Student Symposium is coming on September 11! Call for papers and free registration are now open for undergraduate and graduate students.

07/12/2026

The first step to landing a faculty position? A strong interview.

Join us for Ace the Faculty Interview: Insights from Preparation to Ex*****on, the first event in our Academic Job Search Series.

Led by Sharon Milgram, PhD, this interactive workshop will help doctoral students, postdoctoral researchers, and early-career scholars prepare for every stage of the faculty interview process, from research and teaching talks to navigating search committee meetings with confidence.

Whether you're entering this year's hiring cycle or planning ahead, gain practical strategies to help you stand out as a competitive candidate.

Learn more and register now: https://events.nyas.org/academicjobs?utm_source=facebook_social&utm_medium=image1&utm_term=academicjobs

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C/o Dept Of Chemistry, St John's University, 8000 Utopia Avenue
New York, NY
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