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Daniel Dunaief

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Stony Brook University President Maurie McInnis talks to attendees at the fourth annual Light the Brook ceremony in November of 2021. Photo from Stony Brook University

From offering insights about higher education to The New York State Senate, to presenting her academic research on slavery to the University Senate, President Maurie McInnis earned kudos and appreciation as she completes her first full year at the helm of Stony Brook University.

McInnis, who earned her doctorate from Yale University, became the first president to present her research to the University Senate as a scholar in October amid her inauguration week, in a talk titled, “The Shadow of Slavery in American Public Life.”

“She hit it out of the park,” said Richard Larson, president of the University Senate and professor of Linguistics at Stony Brook. “She’s quite a remarkable individual from the standpoint of intellectual achievement.”

The talk included a description of the work of Eyre Crowe, whose 1853 sketches of a slave auction in Richmond, Virginia, provided an eyewitness account abolitionists would use and which formed the basis of an award-winning book by McInnis.

TBR News Media is pleased to recognize McInnis as a Person of the Year for 2021 for her careful guidance of the university amid the pandemic, for her goal of bringing diverse groups of people, departments and communities together, and for her efforts to enhance the profile and talents of the university.

“Day after day, I see a new initiative of hers that expands the visibility of Stony Brook or further tends to the needs of minority students, or helps researchers accomplish their goals,” Alan Alda, award-winning actor and founder of an eponymous science communication effort at the university, explained in an email. “Dr. McInnis brings people together and makes big ideas happen. I don’t think the university could be in better hands.”

Commencement ceremonies

Graduation at Stony Brook in May this year was like the movie “Groundhog Day” for McInnis.

Except that, instead of acting without consequence the way Bill Murray did in the film, McInnis attended 10 graduation ceremonies, which had to be separated to reduce the number of people at each graduation.

McInnis offered her congratulations for the academic achievement of the graduates and applauded their resilience, particularly amid the worst of the pandemic.

She was “quite insistent” that she attend each of these events, which were held over the course of three days in the warm sunlight, Larson said. “She wanted to hand out the certificates personally. That was an incident that just really struck home with me. Each ceremony was many hours long.”

During her inauguration week lecture, McInnis discussed her research in Richmond and Charlottesville, Virginia.

Louis Nelson, a former colleague of McInnis at the University of Virginia, where he is currently vice provost for Academic Outreach and professor of Architectural History, sang her praises.

She is “one of the most impactful social historians of the American South at work today,” said Nelson, who co-edited the book “Educated in Tyranny: Slavery at Thomas Jefferson’s University” with McInnis. Her “scholarship has forged a path toward the truth telling that our nation needs to confront,” he said.

Humanity

Photo from Stony Brook University

In addition to the scholarship and academic rigor she brings to campus, McInnis has won appreciation from her colleagues at Stony Brook for her compassion.

Richard Gatteau, vice president for Student Affairs, explained that he dealt with a health issue earlier this year. “Right away, she was empathetic,” he said. McInnis turned to him during a meeting and asked how he was doing. He genuinely appreciated her support.

A provost at The University of Texas at Austin before she arrived at Stony Brook, McInnis officially joined the school only months after the worst of the pandemic reached Suffolk County. An active participant in calls before her July 1, 2020, start date, she has helped oversee the university’s distinguished response to the pandemic.

Carol Gomes, chief executive officer of Stony Brook University Hospital, observed that McInnis does considerable homework in making decisions. She also emphasized how McInnis “always emphasizes the importance of working together.”

The university president asks “good, insightful questions and she can analyze different sides of an issue, process the information and provide meaningful feedback,” Gomes said.

Even before McInnis arrived on campus, she “did call me regularly to ask how things were going, to get acclimated to what was happening at the hospital during the height of the pandemic,” Gomes said. “It was very comforting to know that I had somebody to whom I was reporting who cared and was compassionate, and who thought about reaching out and developing a relationship before she began.”

McInnis also called state Sen. Jim Gaughran (D-Northport) before she arrived on Long Island.

Gaughran is on the Senate Higher Education Committee, which held hearings around the state, including one on the Stony Brook campus, where McInnis was the lead witness.

“I was very impressed with her presentation and her answers to questions,” he said. “She clearly seems to be the right fit for Stony Brook during what are some very challenging times.”

Diversity

McInnis is committed to developing and enhancing the university’s diversity, equity and inclusion efforts.

She elevated Judith Brown Clarke, who joined Stony Brook as chief diversity officer in February of 2020, to vice president for Equity and Inclusion.

Brown Clarke described the promotion as “game changing” for diversity, ensuring that fairness and social justice are “woven into every part of campus governance and decision making.”

As an example, Brown Clarke is a part of the governance committee, which allows her to look at the equitable distribution of resources like software that make it possible for students to learn remotely.

Rosemaria Martinelli, vice president for Strategic Initiatives, had served as McInnis’ chief of staff for two years at UT Austin before McInnis joined SBU. Martinelli followed her to Long Island.

Martinelli is thrilled with McInnis’ support and guidance for Stony Brook’s bid to compete for a global competition to establish a climate solutions center on Governors Island in New York City.

SBU’s proposal, which involved numerous departments, “energized everybody,” Martinelli said. “We engaged our campus community and [McInnis] helped us identify the academic partners. She was involved in every step.”

Judith Greiman, chief deputy to the president, lauded the McInnis leadership style.

“She is unique [among college presidents] in that she has all the credentials anybody might want, she has ambition for the institution, and she does not have an ego that gets in the way,” Greiman said. She has a “collaborative leadership style.”

Indeed, Doon Gibbs, laboratory director at Brookhaven National Laboratory, appreciated McInnis’ commitment to collaborations.

She has “galvanized impact at the university and among its partners with a new sense of energy, unity and inclusiveness,” Gibbs explained in an email. He suggested it was “a pleasure to work with her on behalf of Long Island and New York state.”

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Judith Greiman, center, with Joan Dickinson, SBU’s director of university community relations, and Michael Arens, assistant vice president for government and community relations. The three executives were attending community service day Aug. 21 outside the Staller Center. Photo from Stony Brook University

It didn’t take long for chief deputy to the president of Stony Brook University, Judith Greiman, to impress her new boss.

When Maurie McInnis was interviewing for the job as president, Greiman drove her around and had breakfast with her.

The two spent a “good bit of time together,” McInnis said. “I immediately thought to myself, ‘If I’m lucky enough to get this position, I would be lucky if I could keep [Greiman] in that role.’ It was not a long evaluation process. She [is] an incredible asset.”

TBR News Media is pleased to recognize Greiman as a Person of the Year for 2021 for her tireless work at Stony Brook University.

Greiman is “behind the scenes doing her work with little fanfare, but she makes a tremendous impact,” said Carol Gomes, CEO of Stony Brook University Hospital.

Gomes cited Greiman’s decision making and her relationship with government agencies that work in tandem with the university. She also said Greiman has the university’s, community’s and students’ best interests at heart whenever she makes a decision.

Greiman’s colleagues are impressed by her dedication to work.

“I’m usually the second-to-last person to leave the suite,” said Braden Hosch, associate vice president for Institutional Research, Planning and Effectiveness. Greiman “is the last.”

Hosch knew her before the two joined Stony Brook University, when he was chief academic and financial officer at the State of Connecticut Office of Higher Education and Greiman was president of the Connecticut Conference of Independent Colleges. The two interacted regularly, sometimes on different sides of an issue.

“She always won,” Hosch recalled. “You want to make sure she’s the person in your corner.”

Hosch suggested that McInnis’ decision to keep Greiman as her chief of staff is a testament to Greiman’s deep institutional knowledge. She started her Stony Brook tenure on July 1, 2015, which is exactly five years to the day before McInnis joined the university.

Judith Brown Clarke, vice president for Equity and Inclusion and the chief diversity officer, appreciates the support she has received from Greiman.

Greiman is “so gracious with ensuring that she’s working with me on these strategies,” Brown Clarke said. “If I was doing it by myself, there may be some things I would think, not knowing the culture, that I may come up with a different solution.”

A bowl of rocks sits on the desk of SBU President Maurie McInnis. Judith Greiman collected the rocks and asked SBU vice presidents to share a single word for each one. Photo by from Judith Greiman

In addition to keeping the big picture goals in mind, Greiman had a well-received idea the week McInnis was inaugurated.

Greiman knew McInnis believed in the rocks, pebbles, sand metaphor for work. A management philosophy, the rocks represent the bigger picture goals or principles, while the pebbles are smaller issues and the sand represents even less significant but necessary items. Filling a bowl with rocks leaves room for sand and pebbles. Putting sand in first, however, could make it harder to include the necessary rocks.

“As a leader,” McInnis said, “we will be well served by understanding that you need to remember what your priorities are. Make sure you’re allocating your time toward those priorities,” which are the larger rocks.

“It’s a visual way to remind yourself that you have to think of the big rocks,” McInnis said.

Keeping this lesson in mind, Greiman collected rocks and asked the vice presidents to share a single word for each rock. Greiman gave McInnis a bowl of rocks with a word on each. The bowl sits on her desk.

Greiman’s word was “humor,” Gomes used the word “strategic,” while Brown Clarke shared a Japanese word that means a way of recognizing the beauty in imperfections.

“That’s how I see DEI,” Brown Clarke said. Filling imperfections in society with something of value can “make it beautiful.”

McInnis was thrilled with the gift.

While Greiman works such long hours that McInnis has urged her, unsuccessfully, to take time off, Greiman helps provide balance, humor, peace and muffins for her staff.

A talented baker, Greiman has provided those members of the staff who can or do eat sweets with goods she bakes at home.

Hosch savors her blueberry muffins with fresh ginger, while Brown Clarke enjoys the chocolate chip cookies.

McInnis, who remains active by kayaking and can’t eat most of the foods because of a gluten allergy, is grateful for everything Greiman brings to the proverbial table.

“I could not hope for a better person to work with,” McInnis said. “Not only does she have such an incredible command of all the issues, both the internal campus issues but also the external issues, but she does so with this amazing presence.”

McInnis said her deputy’s sense of humor “tends to set everybody right in the room. She is a very centered individual [who] has the ability to build the team and help everybody work through even the most difficult of situations.”

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Maurizio Del Poeta, right, with his wife, Chiara Luberto, in front of the pizza oven that he built himself at his Mount Sinai home. Photo by TBR News Media

He’s a scientist, dedicated father and husband, businessman, mentor, collaborator, accomplished cook and gracious host. It seems fitting that Dr. Maurizio Del Poeta, a distinguished professor in the Department of Microbiology and Immunology and someone several people described as a Renaissance man, would work at the Renaissance School of Medicine at Stony Brook University.

A fungal researcher who is working to find treatments and vaccines for fungal infections that kill over 1.3 million people annually, Del Poeta turned his talents to the study of COVID-19 this year.

Teaming up with researchers at The University of Arizona and Wake Forest School of Medicine in North Carolina, Del Poeta and his collaborators worked with an enzyme also found in rattlesnake venom that may provide a target for diagnostics and therapeutic intervention for COVID-19.

TBR News Media is pleased to recognize the research efforts of Del Poeta, who represents one of several scientists throughout Long Island and around the world working to find ways to improve human health and reduce the life-altering effects of the pandemic.

In a paper published in the Journal of Clinical Investigation, the research team found that an enzyme called secreted phospholipase A2 group IIA, or sPLA2-IIA, is in higher concentrations in well over half the people with the most severe forms of the disease.

“This is certainly an exciting discovery in terms of a marker [that might] provide a mechanistic understanding of severe cases of COVID,” said David Thanassi, Zhang family endowed professor and chair of the Department of Microbiology and Immunology at the Renaissance School of Medicine. “It’s hard to know exactly how this is going to play out” in terms of a therapy or a cure, he said, but it offers hope in terms of a way to diagnose or treat COVID.

Dr. Yusuf Hannun, director of the SBU Cancer Center who contributed to this research effort, described the work as a “major discovery” that could provide a “novel key player in the development of the COVID-19 illness.”

Hannun, who has known Del Poeta for 25 years, suggested that his colleague’s success stems from his commitment to his work.

Del Poeta’s “energy and passion are very observable in his academic life,” Hannun said. “His research team is energized by his enthusiasm and good instinct for important problems.”

Indeed, the members of his lab appreciate his commitment to making scientific discoveries and to providing considerable personal and professional support for them.

Antonella Rella worked in Del Poeta’s labs from 2010 through 2017. When she arrived in the United States, Rella joined Del Poeta’s lab at the Medical University of South Carolina.

Maurizio Del Poeta. File photo from SBU

While Rella appreciated all the scientific support she received over the years, including after she moved with him to Stony Brook in 2012, she was especially grateful for the first impression he made when she arrived at the airport.

On her trip from Italy, her flight was delayed and she had to stay overnight in Atlanta. When she landed in South Carolina, Del Poeta not only met her at the airport, but he also greeted her with his wife Chiara Luberto and their first child.

“I thought nobody would be at the airport,” said Rella, who is now a senior scientist with Estée Lauder. “When you meet your boss, you are not feeling very comfortable. Instead, I was very happy and relieved and felt welcomed.”

Rella said Del Poeta and Luberto, who is research associate professor in the Department of Physiology and Biophysics at Stony Brook, have treated other members of his lab the same way, especially when they come from abroad.

Rella said she and her lab mates were thrilled when Del Poeta and Luberto hosted them at their house in Mount Sinai.

“We were super happy whenever we were invited” to their home, Rella said. “We knew the food would be super amazing” because he cooked pizza at a brick oven he designed and built himself. He also made considerable effort to prepare food like tagliatelle.

“There is heart in everything he does,” Rella said.

That includes his dedication and focus on research. In addition to making scientific discoveries, Del Poeta, who earned his medical degree from the University of Ancona, Italy, is eager to apply those findings to the medical field.

The co-founder of MicroRid Technologies, Del Poeta and MicroRid are working to develop small-molecule anti-fungal drugs. Last year, the company received a five-year, $4 million award administered by the Department of Defense.

As for his COVID research, Del Poeta explained that the use of an existing drug for snake venom would involve a different preparation to treat people battling against the coronavirus.

In addition to the work he does in the lab, Del Poeta contributes to SBU and to the Department of Microbiology and Immunology.

Up until the pandemic, Del Poeta and Luberto hosted prospective graduate students in his department at their house. The gatherings highlighted the camaraderie in the department, Thanassi said.

He appreciates Del Poeta’s commitment to mentoring and training, which helps attract and retain students.

“He brings a really nice recognition to the department” through the results of his research and his funding, Thanassi added.

Hannun is confident in his colleague’s success. He said his first impression of Del Poeta was that he was a capable and committed scientist who was aspiring to go after big questions.

“That was accurate but understated,” Hannun said.

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Ramana Davuluri

By Daniel Dunaief

Ramana Davuluri feels like he’s returning home.

Davuluri first arrived in the United States from his native India in 1999, when he worked at Cold Spring Harbor Laboratory. After numerous other jobs throughout the United States, including as Assistant Professor at Ohio State University and Associate Professor and Director of Computational Biology at The Wistar Institute in Philadelphia, Davuluri has come back to Long Island. 

As of the fall of 2020, he became a Professor in the Department of Biomedical Informatics and Director of Bioinformatics Shared Resource at Stony Brook Cancer Center.

“After coming from India, this is where we landed and where we established our life. This feels like our home town,” said Davuluri, who purchased a home in East Setauket with his wife Lakshmi and their six-year-old daughter Roopavi.

Although Davuluri’s formal training in biology ended in high school, he has applied his foundations in statistics, computer programming and, more recently, the application of machine learning and deep algorithms to the problems of cancer data science, particularly for analyses of genomic and other molecular data.

Davuluri likens the process of the work he does to interpreting language based on the context and order in which the words appear.

The word “fly,” for example, could be a noun, as in an insect at a picnic, or a verb, as in to hop on an airplane and visit family for the first time in several years.

Interpreting the meaning of genetic sentences requires an understanding not only of the order of a genetic code, but also of the context in which that code builds the equivalent of molecular biological sentences.

A critical point for genetic sequences starts with a promoter, which is where genes become active. As it turns out, these areas have considerable variability, which affects the genetic information they produce.

“Most of the genetic variability we have so far observed in population-level genomic data is present near the promoter regions, with the highest density overlapping with the transcription start site,” he explained in an email.

Most of the work he does involves understanding the non-coding portion of genomes. The long-term goal is to understand the complex puzzle of gene-gene interactions at isoform levels, which means how the interactions change if one splice variant is replaced by another of the same gene.

“We are trying to prioritize variants by computational predictions so the experimentalists can focus on a few candidates rather than millions,” Davuluri added.

Most of Davuluri’s work depends on the novel application of machine learning. Recently, he has used deep learning methods on large volumes of data. A recent example includes building a classifier based on a set of transcripts’ expression to predict a subtype of brain cancer or ovarian cancer.

In his work on glioblastoma and high grade ovarian cancer subtyping, he has applied machine learning algorithms on isoform level gene expression data.

Davuluri hopes to turn his ability to interpret specific genetic coding regions into a better understanding not only of cancer, but also of the specific drugs researchers use to treat it.

He recently developed an informatics pipeline for evaluating the differences in interaction profiles between a drug and its target protein isoforms.

In research he recently published in Scientific Reports, he found that over three quarters of drugs either missed a potential target isoform or target other isoforms with varied expression in multiple normal tissues.

Research into drug discovery is often done “as if one gene is making one protein,” Davuluri said. He believes the biggest reason for the failure of early stage drug discovery resides in picking a candidate that is not specific enough.

Ramana Davuluri with his daughter Roopavi. Photo by Laskshmi Davuluri

Davuluri is trying to make an impact by searching more specifically for the type of protein or drug target, which could, prior to use in a clinical trial, enhance the specificity and effectiveness of any treatment.

Hiring Davuluri expands the bioinformatics department, in which Joel Saltz is chairman, as well as the overall cancer effort. 

Davuluri had worked with Saltz years ago when both scientists conducted research at Ohio State University.

“I was impressed with him,” Saltz said. “I was delighted to hear that he was available and potentially interested. People who are senior and highly accomplished bioinfomaticians are rare and difficult to recruit.”

Saltz cited the “tremendous progress” Davuluri has made in the field of transcription factors and cancer.

Bioinformatic analysis generally doesn’t take into account the way genes can be interpreted in different ways in different kinds of cancer. Davuluri’s work, however, does, Saltz said.

Developing ways to understand how tumors interact with non-tumor areas, how metastases develop, and how immune cells interact with a tumor can provide key advances in the field of cancer research, Saltz said. “If you can look at how this plays out over space and time, you can get more insights as to how a cancer develops and the different part of cancer that interact,” he said.

When he was younger, Davuluri dreamt of being a doctor. In 10th grade, he went on a field trip to a nearby teaching hospital, which changed his mind after watching a doctor perform surgery on a patient.

Later in college, he realized he was better in mathematics than many other subjects.

Davuluri and Lakshmi are thrilled to be raising their daughter, whose name is a combination of the words for “beautiful” and “brave” in their native Telugu.

As for Davuluri’s work, within the next year he would like to understand variants. 

“Genetic variants can explain not only how we are different from one another, but also our susceptibility to complex diseases,” he explained. With increasing population level genomic data, he hopes to uncover variants in different ethnic groups that might provide better biomarkers.

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Pexels photo

By Daniel Dunaief

Daniel Dunaief

He was a part of my wife’s family’s inner circle for years. He appeared at summer gatherings and at significant family events and celebrations.

With his white hair, his signature smile and a Polish accent that seemed as fresh in each conversation as it likely was the first time he arrived in the United States, Carl wandered in and out of conversations and rooms, often smiling and always listening.

He seemed as comfortable in his own skin as anyone I’d ever met, paying close attention to his wife, interacting with his children and grandchildren and soaking up life the way everyone around him soaked up the warm rays of the sun.

Carl watched one day almost 20 years ago when my daughter got too close to the pool’s edge, falling in before she could swim. I immediately jumped off the diving board and brought her back up, where, as I dried her off, she protested that it took too long for me to get her.

When my daughter felt comfortable and confident enough to walk away from me, Carl waited for me to make eye contact.

“That’s what you do when you’re a father,” he smiled.

I nodded and sighed while my blood pressure and pulse returned to normal.

Several times over the years, Carl and I sat next to each other, sharing buffet-style meals of chicken kebobs, pasta, and filets.

Carl didn’t have the numbers tattooed on his arm, but I knew some of the story of his life. I didn’t want to bother him or upset him with a discussion of what was a painful and difficult period.

Once, when we were alone inside a screened-in area, I raised the topic.

“Hey, Carl, I understand you survived the holocaust,” I said.

When he looked me in the eyes, he narrowed his lids slightly, processing what I said and, likely, trying to figure out whether he wanted to talk.

“It’s okay,” I said, immediately backing off. As a journalist, I have a tendency to ask questions. I recognize, however, the boundaries that exist during social interactions and with family and friends. I wanted to speak with him to hear about what had been an unspoken part of his life.

“Yes, I survived,” I said.

“How? Where?”

“In the woods,” he said. “I lived in the woods when the Nazis came.”

He described how he was so hungry that he ate leaves, bugs and bark. That, however, was far preferable to being caught by the Nazis, who had murdered the rest of his family. Carl had been a teenager when he escaped to the woods, avoiding Nazi guards who were always searching for people they deemed enemies and who they readily killed.

Surrounded by a collection of other people who might, at any given time, vanish forever, Carl survived for several years, emerging at the end of the war to try to restart a life shattered by violence and cruelty.

After a brief description of his experience, he told me how important he felt it was that people study the specifics of World War II and understand what really happened to him, his family and people in so many other countries. It angered him that people tried to ignore a history that took so much from him.

All those years later, Carl seemed so easy going and relaxed, so prepared to laugh and smile and to enjoy another bite of lunch or dinner.

Carl recently died. I’m sorry for the loss to his family. I’m glad to have known him and to have shared a few meals, a few smiles and a few stories. All those days, months and years of life, like initials carved into a tree, showed that he was, indeed, here and, having seen his family react and interact with him, that his life had meaning.

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Stock photo

The Greek letter versions of the variants are beating up on Suffolk County, just as families prepare to gather during the holidays and New Year.

Suffolk County reported a 13.6% positive testing rate on Dec. 20, which is the highest rate in over a year, according to County Executive Steve Bellone (D).

“The omicron variant is, without question, powering a surge in cases here,” Bellone said on a conference call with reporters. “We are seeing that play out in long lines for testing as the holiday season continues and as Christmas and New Year’s approach.”

Indeed, Bellone announced that he is using his emergency powers to create three new testing sites on Long Island. The county will open a site at Gabreski Airport in Westhampton Beach on Dec. 27, in West Sayville on Dec. 27, and in the Sound Beach area on Jan. 4.

Bellone said he chose these sites near locations where the positivity rate is higher.

Bellone encourages residents to visit the county’s website, at suffolkcountyny.gov/covid19 to get details about signing up for tests at these new locations.

As for holiday preparations, Bellone and Dr. Gregson Pigott, commissioner of the Suffolk County Department of Health Services, suggested residents could continue with their holiday gathering plans as long as they take adequate precautions.

“It’s important to be vaccinated with Pfizer or Moderna,” Pigott said. “It’s more important to get that third shot, that booster shot, that’ll give you the maximum protection.”

Infectious disease experts urged residents to remain vigilant about the virus during the current surge and as people prepare to visit families.

“I would suggest making sure that everyone test for COVID and receive a negative test result” before family gatherings, Sean Clouston, associate professor in the Department of Family, Population and Preventive Medicine, explained in an email. “This is especially true for those in which there are individuals who are either unvaccinated, or those where attendees either are vaccinated but aged 60 and older.” Hospitals in the area have seen a dramatic increase in emergency room visits from residents who contracted COVID.

“The number of COVID hospitalizations has tripled in the last three weeks,” Dr. Adrian Popp, chair of Infection Control at Huntington Hospital/Northwell Health, wrote in an email.

Popp explained that patients who have been vaccinated have a milder form of COVID, while unvaccinated patients have suffered more severe symptoms. About two thirds of hospitalized patients are unvaccinated at Huntington Hospital, while several patients are in the intensive care unit.

With the increase in omicron cases, Popp explained that “we are all concerned that we may be overwhelmed if too many sick patients will show up all at once in the emergency room.”

To be sure, even with the increase in hospitalizations from the fall, the number of people batting the disease in the hospital remains well below peak levels. As of a year ago, 526 people battled COVID in the hospital. This week, that number stood at 326.

“The numbers are increasing, but they are still less than they were,” Bellone said.

Dr. Sunil Dhuper, chief medical officer at Port Jefferson’s St. Charles Hospital, suggested a three-pronged approach to defending against the next phase in the spread of COVID.

Getting vaccines and boosters is the first and most important step. Treating vulnerable residents with monoclonal antibodies is the second, and testing and wearing masks is the third step.

GlaxoSmithKline’s monoclonal treatment, called sotrovimab, works the best against omicron, Dhuper said.

At this point, the supply of that treatment, however, is limited. Dhuper hopes to get the supply issue resolved this Monday.

Until that is resolved, however, only people who are unvaccinated and who are vaccinated and immunocompromised or over 65 are eligible for this treatment, which is what the National Institutes of Health and Department of Health have recommended, Dhuper said.

The shortage of monoclonal antibodies is “an issue that needs to be addressed at the state and federal levels,” Bellone said. “I’m encouraged by what we’ve seen happening there. It’s an issue that we’ve heard from hospitals. With this surge, we’re seeing all of the capacity tested once again.”

Indeed, hospitals remain prepared to increase their staffing levels, particularly in January when people return from traveling and visiting family members.

“Everybody is aware that we may call upon any employee at any time, even if they are on vacation if we begin to see that the system is getting overwhelmed,” Dhuper said.

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Pixabay photo

By Daniel Dunaief

While wind is nice and effective, moving water is even more promising, especially in the future of alternative energies.

Ali Khosronejad. Photo from SBU

That’s because water is almost 1,000 times more dense than air, which means that the movement of the wet stuff due to tides or storms could produce a considerable amount of energy.

Indeed, “if we can effectively harness the energy from moving waters in our national waterways alone, it could provide enough energy to power the whole country,” said Ali Khosronejad, Assistant Professor in the Department of Civil Engineering at Stony Brook University.

Khosronejad recently received $2 million as part of a $9.7 million four-year Department of Energy grant to study and develop ways to turn the movement of water into usable energy.

“I’m very optimistic about the future of this” approach, he said.

The DOE funds, which will involve a collaboration with East Carolina University, the University of New Hampshire, and Lehigh University, is a part of the new Atlantic Marine Energy Center, for which Khosronejad is a co-director.

The funds at Stony Brook will support hiring researchers at numerous levels, from post doctoral scientists, to graduate students and undergraduates. The money will also support adding new computer modules and expanding storage at the supercomputer. 

Stony Brook will also tap into these funds to enable travel for these new hires, to help them interact in person with their collaborators from other universities.

The combined effort at these academic centers will be dedicated to researching ocean energy technology, education and outreach. 

Researchers will work in the field, the laboratory and with computers on these ocean energy projects. They will seek to use wave energy and tidal energy conversion through such efforts as wave energy converters and tidal turbine farms.

This image depicts simulated turbulence in a waterway where a virtual tidal farm can be installed. The Stony Brook research team will use such simulations to investigate potential renewable ocean energy options. Image from Ali Khosronejad

The wave-energy converter floats on the seawater surface and uses the energy from the up and down motion of the water surface to produce electrical energy.

Researchers around the world are working to improve the efficiency of tidal turbine farms. Khosronejad described the effort as being in its infancy.

A good portion of the current project involves finding ways to optimize the positioning and layout of turbines in tidal farms. In his team, Khosronejad will work on the development of new artificial intelligence approaches to optimize the positioning and layout of turbines in tidal farms.

Stony Brook’s role in this project will involve working with computers.

In his research group, Khosronejad will work with supercomputers. His effort involves working to develop high-fidelity mathematical models that can address sediment transport and sediment-laden flows in tidal farms. 

Scientists at the University of New Hampshire and ECU are involved in addressing environmental concerns.

In the Department of Electrical Engineering at Stony Brook, co-principal investigators Fang Luo, Associate Professor and Peng Zhang, Professor in the Department of Electrical Engineering will work with computers and laboratories for micro-grid software and hardware research, respectively.

Ali Khosronejad, right, with former graduate student Kevin Flora, who earned his PhD in 2021

Working with Lehigh University, Khosronejad is doing high fidelity simulations, to replicate what researchers in the field at the University of New Hampshire and the Coastal Studies Institute at ECU are studying.

“We validate and develop artificial intelligence for design optimization of these tidal farms,” Khosronejad explained. The goal is to optimize the design of hydrokinetic turbines in estuaries and coastal areas that can create tidal farms.

The collaboration will coordinate with the National Renewable Energy Laboratory, Sandia National Laboratories, Pacific Northwest National Laboratory, European Marine Energy Centre and Old Dominion University.

The first year of the project involves hiring, training graduates and undergraduates, setting up the foundation, and beginning the infrastructure upgrade.

“The training part is important,” Khosronejad said. “This will be the next workforce. The infrastructure will stay there for the next 10 years” so the university can use it in a host of other projects.

Khosronejad is encouraged by the financial commitment from the Department of Energy. “They understand how important it is, which is why they are investing a lot in this,” he said. Some of these tidal farms are already working in the East River, between Manhattan and Roosevelt Island.

Wind turbines

At the same time, Khosronejad is continuing a wind turbine project he started with Fotis Sotiropoulos, the former dean of the College of Engineering and Applied Sciences at Stony Brook who is now Provost at Virginia Commonwealth University.

Khosronejad is now the principal investigator on that $1.1 million project and is continuing to work with Sotiropoulos, who officially left the project but is still volunteering to participate in its research activities. The scientists are working on how to use artificial intelligence to enhance the design of wind turbines.

Computer programs can alter the angle of the blades for the offshore wind farms where they attempt to use a control system to pitch the blades automatically to reduce the wind load during highly turbulent wind flows.

Changing the angle of attack of the blade can lower the loads and save money that would otherwise go to repairing blades that cracked or developed weaknesses amid strong winds, Khosronejad said.

The researchers presented their results at the American Physical Society meeting in Phoenix just before Thanksgiving. 

The researchers are trying to balance between using the turbine to generate energy and preventing the force of the winds from damaging the system.

When wind speeds are up to 25 miles per hour, the system uses the full power of the wind to maximize energy production. At speeds above that, the turbulent wind can damage the rotor and gearbox. The blades are pitched to reduce the angular velocity, which is known as self-preservation mode. At speeds over 55 miles per hour, the turbine stops working to produce no energy and avoid significant damage to the rotors and gearbox.

Generally, such federal research projects involve sharing results publicly and with the industry sector. The goal is to share science that enables the production of reliable energy.

 

 

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Pixabay photo

By Daniel Dunaief

Daniel Dunaief

Dogs need to go outside, regardless of the temperature. My dog, who has a thick coat of hair, loves the winter and is perfectly happy to linger outside, especially when it’s close to freezing. When the grass is covered with frost, he slowly lowers his right cheek and does a lawn dive, bringing the rest of his body piece by piece down onto the cold, wet surface.

Once he’s completely on the ground, he rolls onto his back, using the blades of grass and the water and ice to scratch his back, while snorting with delight. With the eye that isn’t pressed into the ground, he stares at me, waiting for me to give up the ghost on getting some exercise or coming back inside quickly. When I reach down to pet him, I can almost see him smirk as he wags his tail triumphantly.

This month, he and I have seen some unusual sights. When I see something unusual, I try to take out my phone, but my reaction time, and all the extra material in my pocket, makes that a largely ineffective effort.

Even when I do manage to take out the camera and point it in the general direction of something interesting, the pictures typically disappoint, because my dog who hates to move suddenly gets the urge to pull just as I’m snapping the photo, leaving me with a blurry image of the road.

A few days ago, we were at the top of our street at dusk, near one of my dog’s favorite places to poop. In fact, I can take him on a four-mile walk and, within a tenth of a mile of our home, he finds his favorite blades of grass, takes his usual tentative steps, turns away from me — he needs privacy — and does his business.

This time, though, just as he was approaching his familiar spot, a hawk passed by only a few feet from my head, giving me a chance to look him, and the object he was carrying, squarely in the eyes.

The hawk was holding a squirrel, which seemed especially odd to me given the relative size of the two animals. The squirrel wasn’t moving but was clearly alive. When I told my family about it, they were sympathetic to the squirrel.

A few days later, walking toward the other end of the block, my dog and I observed a blow-up Frosty on one end of a lawn and a blow-up Santa on the other rise slowly from the ground as air flowed slowly into them.

My dog, whose fear of unusual inanimate objects builds around Halloween and the December holidays, stood at attention and considered announcing his presence with authority to objects that can’t, and don’t, react to his deep bark.

Fortunately, he only pulled his lips back slightly and lifted his tail, allowing the neighbors to enjoy their dark, quiet evening without the sound of a panicked pooch on a poop walk.

A few minutes later, I studied the stars at a distance when a light appeared in the sky, flashed toward the horizon and disappeared. Never having seen a shooting star before, I was mesmerized.

When I returned and shared the story, my son, who doesn’t seem too keen on superstition but is clearly aware of pop culture, asked if I made a wish. Not wanting to pass up the opportunity for help from anywhere, I did. Maybe by next December, I’ll let you know if it came true!

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Coach Ashley Langford during the game against Rutgers on Dec. 16. Photo from Stony Brook Athletics
Coach Ashley Langford with Leighah-Amori Wool during the game against Rutgers on Dec. 16. Photo from Stony Brook Athletics
Coach Ashley Langford with team members during the game against Rutgers on Dec. 16. Photo from Stony Brook Athletics

By Daniel Dunaief

Daniel Dunaief

Before each game, the Stony Brook University women’s basketball team meditates.

The pre-game ritual, among other changes and additions first-year Coach Ashley Langford instituted, has worked, as the team has a 7-1 record and sits first in the America East division.

Meditating “calms us and helps us visualize what we want to see in a game,” said India Pagan, a starter for Stony Brook and a graduate student with an extra year of eligibility because of the COVID pandemic.

A standout guard for Tulane University who finished her college career first in assists, Langford appreciates how hard the team has worked and how well they’ve come together.

“Our chemistry has been really good early on, to the point where, sometimes, [I wonder] is it November or is it March?” she said.

With five players averaging double digits in scoring, Stony Brook becomes harder to guard.

“On any given night, we’re moving and sharing the ball,” Langford said. “They are selfless. They don’t care who has the most points.”

While earning a spot in March Madness this year for just the second time in the program’s history would be rewarding, Langford focuses on each game.

“I’m a person that stays in the moment,” Langford said. “As long as we’re getting better, that puts us in a position to win the next game.

To that end, Langford would like the team to continue to improve in its transition defense.

She would like to see the team, which includes starters Earlette Scott, Gigi Gonzalez, Leighah-Amori Wool, Anastasia Warren and Pagan, continue to collect more offensive rebounds.

Langford’s assistant coaches, which includes recruiting coordinator Shireyll Moore, have been searching for players who might join the program as student-athletes.

“We’re in the position we are today because we have pretty good players,” Langford said. “My staff does a lot of this. They are more actively involved in the recruiting” each day.

Stony Brook has signed three current high school seniors and is focusing on juniors.

Before each game, Langford’s assistant coaches watch film of their opponents. They give her a cheat sheet before she watches film as well.

While Langford plans to stick to the team’s strengths, she will add a few wrinkles depending on the insights she gains about her opponents.

In the team’s first loss, Pagan and Warren were unavailable to play for medical reasons.

The team could have gone to Fordham feeling defeated, but the players fought to the end in a game they lost, 71-59.

“They don’t like losing, we don’t like losing,” Langford said. “They have responded well this week.”

The start of a season as head coach has taught Langford several lessons, including pacing herself and, in particular, protecting her voice. She drinks tea all day long and tells her staff to remind her not to yell in practice, because she shouts over the band at games.

In practice, Langford grabs a ball periodically to demonstrate what she’d like to see from her players.

As for her activity during the game, Langford sits only for about the first 30 seconds and then works the sidelines.

Pagan appreciates the work Langford puts in and the way her new coach has improved her game. While she used to get three or four rebounds a game, she’s often snagging 10 or more.

Pagan also sees herself hustling more, particularly after Langford created a drill where the players dive for loose balls.

“Before, I wouldn’t think of diving for a ball. Now, it’s ingrained into my head,” Pagan said. “The hustle doesn’t stop until the whistle blows. You play until you can’t play any more.”

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From left, Daniele Rosado and Ullas Pedmale examine a sample of the model plant Arabidopsis. Photo courtesy of Ullas Pedmale

By Daniel Dunaief

Many plants are in an arms race akin to the developers of skyscrapers eager to get the most light for their prized penthouse apartments. Only, instead of trying to collect rent from well-heeled humans, these plants are trying to get the most sun, from which they create energy through photosynthesis.

Plants are so eager to get to the coveted sunlight that the part growing towards the light sends a distress signal to the roots when they are in the shade. While that might help an individual plant in the short term, it can create such shallow and ineffective roots that the plant becomes vulnerable to unfavorable weather. They also can’t get as many nutrients and water from the ground.

This is problematic for farmers, who want plants that grow in the sun, but that don’t sacrifice the development of their roots in the shade. Ullas Pedmale, Assistant Professor at Cold Spring Harbor Laboratory, is working to lend a hand.

Pedmale, who recently published research in the journal Plant Physiology, is studying the signals the shoots, or the parts of the plants either in the sunlight or the shade, send to the roots.

Pedmale and postdoctoral researcher Daniele Rosado, who is the first author on the recent paper, explored the genes that turned on in the roots of the model plant Arabidopsis and tomato plants when these plants were in the shade.

When plants are in the shade, they “prioritize shoot growth and try to outcompete the neighboring plants,” said Rosado. “That’s when root development is compromised.”

Among the genes that are active when plants are in the shade is a family of genes called WRKYs, which affect gene expression and cause stunted growth in the roots.

WRKY genes respond to stress. Keeping WRKY genes on all the time, even when a plant is in the sun, caused stunted growth of the roots. WRKY proteins turn on or off other genes.

This can be problematic for farmers, who tend to try to increase yield by putting more plants in an area. At that point, the plants shade each other, which is “bad for the root system. If we can find a way to get the roots to grow normally, we can potentially increase yield,” Rosado said.

This could also remove more carbon dioxide from the air and store it in the developing roots, helping to mitigate the effect of global warming. “Our study can give a roadmap on how to make longer, deeper roots,” Pedmale said.

At this point, researchers still don’t know how the plant transfers information about the amount of sunlight it receives in the green chloroplasts where photosynthesis occurs to the WRKY genes, which are in the nucleus.

Researchers have been studying the shade response in the shoots of plants for over five decades. They have not, however, focused as much attention on the effect of less sunlight on the roots.

“We want to tackle this problem,” Pedmale said.

WRKY genes are a generalized stress signal, which is not just involved when a plant isn’t getting enough light. They are also turned on during pathogen attacks, stress and amid developmental signals.

Indeed, plants in the shade that have turned on these signals are especially vulnerable to attacks. Caterpillars, for example, can eat most of a shaded plant because the plant is so focused on growing its shoot that its defenses are down.

When that same plant is in the sunlight, it is more effective at defending itself against caterpillars.

At this point, Pedmale doesn’t know whether these genes and signals occur across a broad species of plants beyond tomatoes and Arabidopsis. He and others are hoping to look for these genes in grasses and grains.

Pedmale is also searching for other signals between the shoot and the root. “Plants are masters of adaptation,” he said. “They might have redundant systems” that signal for roots to slow their growth while the shoots tap into the available energy to grow.

Plants may also have natural molecules that serve as brakes for the WRKY signal, preventing the shoot from taking all the available energy and rendering the plant structurally fragile.

A scientist at CSHL for five years, Pedmale came to the lab because of the talent of his colleagues, the reputation and opportunity at CSHL and the location.

Born and raised in Bangalore, India, Pedmale enjoys reading fiction and autobiographies and wood working when he’s not in the lab. He recently made a book shelf, which provides him with a chance to “switch off” from science, which, he said, is a 24-hour job. He has taken wood pieces from his workshop and brought them to PhD classes at CSHL, where he can show them plant biology and genetics at work.

Pedmale and his wife Priya Sridevi, who also works at CSHL, have a mini golden doodle named Henry.

A native of São Paulo, Brazil, Rosado is married to plant biologist Paula Elbl, who is the co-founder of a start up called GALY, which is trying to produce cotton in a lab instead of in a field.

Rosado is the first in her family to attend a public university. She has been working in Pedmale’s lab for two years and plans to continue her research on Long Island for at least another year.

Rosado knew Pedmale had worked as a post doctoral researcher in the lab of celebrated plant biologist Joanne Chory at the Salk Institute for Biological Studies. She met Pedmale at a plant conference, where she expressed an interest in his research.

Longer term, Rosado hopes her research has a broader impact.

“If I’m lucky, I’ll be able to see the fruits of my work being applied to make a difference and help feed people,” she said.

As for his work, Pedmale is eager to understand and use the signals from one part of a plant to another, given that the plant lacks a nervous system. “Once we can understand their language,” he said, “we can manipulate it to increase yield.”

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