(Press-News.org) Seattle, WASH.—December 19, 2024—Today, the Allen Institute announced eight distinguished scientists who will make up the 2024 Next Generation Leaders (NGL) in bioscience cohort. New this year, the program has expanded beyond neuroscience to welcome researchers from the fields of bioengineering, chemistry, and medicine. Their diverse and impressive range of research expertise includes social cognition, music mindfulness, and psychedelics, to using computational machine learning methods for single-cell omics to study inflammatory disease.
The program is run out of the Allen Institute’s Learning, Experience, and Development (LEaD) division.
“We are thrilled to welcome the newest class of Next Generation Leaders, who have been selected for their excellent research accomplishments to date as well as the promise of their future research directions. Each NGL also demonstrated an eagerness to foster cross-disciplinary collaborations and build up the scientific community more generally,” said Annique Bublitz, Director of LEaD. “The NGL Program has been a beloved part of the Allen Institute’s neuroscience community for years, and we are excited to broaden the program’s impact across all of the Institute’s research areas. We believe the expanded NGL community will strengthen networks across their respective fields and encourage the same sort of collaborative research we embody here at the Allen Institute.”
The 2024 Next Generation Leaders
1. Ismail Ahmed, Ph.D. – Assistant Professor, University of Utah
2. AZA Stephen Allsop, M.D., Ph.D. – Assistant Professor, Yale University
3. Jessica Butts, Ph.D. – Assistant Professor, Rice University
4. Rongxin Fang, Ph.D. – Incoming Assistant Professor, Stanford University
5. Kevin Kelley, M.D., Ph.D. – Assistant Professor, Stanford University
6. Mariajose Metcalfe, Ph.D. – Assistant Professor, University of Louisville
7. Wendy Xin, Ph.D. – Postdoc, University of California San Francisco
8. Fan Zhang, Ph.D. – Assistant Professor, University of Colorado School of Medicine
Started in 2014, the Next Generation Leaders program recognizes and supports emerging and diverse early career researchers in bioscience. The program is designed to foster professional development, ideation, creativity, and collaboration to make a broad, transformational impact on the future of science at the Allen Institute.
Each year, NGLs present their research and engage with Allen Institute peers, where they can learn from one another and facilitate lasting bonds between their labs. The Allen Institute is also planning career development trainings and opportunities for the NGLs, with the aim of supporting their transitions to principal investigators.
“The NGL program enabled me to meet other early career investigators, which proved to be especially useful when I went on the faculty job market. Being part of a cohort gave me practical tips when setting up my laboratory,” said Jessica Tsai, M.D., Ph.D., a 2021 Next Generation Leader and pediatric oncologist. “I have also had the opportunity to participate in scientific advisory meetings and learned how to provide meaningful input and feedback to the Allen Institute in terms of scientific vision and research strategy. These are not skills that you would typically learn in scientific or postdoctoral training.”
NGLs complete a three-year term and can contribute to ongoing research across the Allen Institute; engage with team science, big science, and open science practices; and ultimately act as ambassadors for the Allen Institute and its open science resources.
About the Allen Institute
The Allen Institute is an independent, 501(c)(3) nonprofit research organization founded by philanthropist and visionary, the late Paul G. Allen. The Allen Institute is dedicated to answering some of the biggest questions in bioscience and accelerating research worldwide. The Institute is a recognized leader in large-scale research with a commitment to an open science model. Its research institutes and programs include the Allen Institute for Brain Science, launched in 2003; the Allen Institute for Cell Science, launched in 2014; the Allen Institute for Immunology, launched in 2018; and the Allen Institute for Neural Dynamics, launched in 2021. In 2016, the Allen Institute expanded its reach with the launch of The Paul G. Allen Frontiers Group, which identifies pioneers with new ideas to expand the boundaries of knowledge and make the world better. For more information, visit alleninstitute.org.
# # #
Media Contact
Liz Dueweke, Sr. Communications and Media Relations Specialist
206-225-0596 | liz.dueweke@alleninstitute.org
END
The operating life and life span of buildings are often far apart. If a property is no longer fit for purpose, it is usually demolished even though it would still be perfectly usable. Even in the event of damage to individual parts of the building, the entire building usually has to make way. This is because in most cases it is cheaper to build a new building than to carry out a conversion or renovation of the existing one. However, this approach does not conserve resources. In the MOHOHO project, an interdisciplinary team from the Institute of Architectural Technology and the Institute of Timber Engineering ...
Researchers at University of California San Diego have developed and tested a new software package, called Spatial Modeling Algorithms for Reactions and Transport (SMART), that can realistically simulate cell-signaling networks — the complex systems of molecular interactions that allow cells to respond to diverse cues from their environment. Cell-signaling networks involve many distinct steps and are also greatly influenced by the complex, three-dimensional shapes of cells and subcellular components, making them difficult to simulate with existing tools. SMART offers a solution to this problem, which could help accelerate research in fields across ...
When introducing genes into yeast to make it produce drugs and other useful substances, it is also necessary to reliably switch the production on or off. A Kobe University team found three gene regulation design principles that provide a flexible guideline for the effective control of microbiological production.
It’s said that DNA is the blueprint of life, telling our cells what to produce. But DNA also contains the switches telling those cells when to produce something and how much of it. Therefore, when introducing new genes into cells to produce useful chemicals such ...
More American cities – even those seen as affluent – are home to people living without running water as people are being ‘squeezed’ by unaffordable housing and the cost-of-living crisis, new research finds.
Published in Nature Cities, the study revealed the problem worsened following changes to the housing market triggered by the 2008 global crash. And since 2017 it has been “expanding in scope and severity” to affect a broader array of US cities including Portland (OR), Phoenix, Houston, Atlanta, Dallas-Fort Worth, and Philadelphia, as well as large urban areas such as Los Angeles, New York City and San Francisco.
The research ...
A new study from the Robert N. Butler Columbia Aging Center at the Mailman School of Public Health reveals significant improvements in the health of older adults in England when compared to previous generations. Rather than considering health through the presence or absence of disease, the study, published in Nature Aging, applied a new approach that examined trends in people’s functioning – their cognitive, locomotor, psychological, and sensory capacities.
Using data from the English Longitudinal Study ...
Living organisms monitor time – and react to it – in many different ways, from detecting light and sound in microseconds to responding physiologically in pre-programmed ways, via their daily sleep cycle, monthly menstrual cycle, or to changes in the seasons.
Such ability to react at different timescales is made possible via molecular switches or nanomachines that act or communicate as precise molecular timers, programmed to turn on and off in response to the environment and time.
Now, ...
Artificial intelligence that is as intelligent as humans may become possible thanks to psychological learning models, combined with certain types of AI. This is the conclusion of Robert Johansson, who in his dissertation from Linköping University has developed the concept of Machine Psychology and how it can contribute to AI development.
Artificial General Intelligence (AGI) has been the holy grail of AI research since the 1950s. So far, humanity has not managed to create an artificial intelligence that can solve intellectual tasks in the same way ...
Walking speed can provide insights into health, extending beyond mere mobility, so much so that it is considered to be the “sixth vital sign.” Past studies have suggested that a slow walking speed is correlated with the development of cardiovascular diseases and an increased risk of mortality in the elderly.
A recent study led by Prof. Kojiro Ishii from Doshisha University, in collaboration with Dr. Yukio Yamamoto, Dr. Kentaro Ikeue, Dr. Kan Oishi, and Dr. Takaaki Mori from Doshisha University, ...
HOUSTON-(Dec. 18, 2024) –Houston Methodist researchers have discovered that certain components of so-called “good” cholesterol -- high-density lipoproteins (HDL) – may be associated with an increased prevalence of cardiovascular disease.
Led by Henry J. Pownall, Ph.D., professor of biochemistry in medicine at the Houston Methodist Research Institute, and Khurram Nasir, M.D., M.P.H., a cardiologist and division chief of cardiovascular prevention and wellness at Houston Methodist, the research team is using innovative methods to investigate the role of certain properties of HDL in heart health.
“During ...
Chronic liver damage can lead to hepatitis, which causes fibrosis of the liver. This buildup of collagen and other fibrous tissue accelerates when hepatic stellate cells become activated during hepatitis, often resulting in liver cancer or cirrhosis, both of which can be fatal. As there are no effective drugs to treat cirrhosis, suppressing the activation of the stellate cells is considered as a way of controlling the progression of liver fibrosis.
“It is estimated that one out of every 3-4 ...