stories
news from the front lines of discovery
From scientific breakthroughs to new open‑source tools, the Allen Institute’s work is reshaping how science is done—and who it’s for. Explore the latest news, stories, and highlights from across our research, partnerships, and open science efforts.
Zapping the right brain cells: The path to improved stimulation
New findings could help scientists develop better ways to treat brain disorders with electrical stimulation.
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The Quest to Unravel The Connectome
Researchers from the Allen Institute for Brain Science are working in collaboration with Baylor College of Medicine, Princeton University and Harvard Medical School.
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Allen Cell Methods: Single cell passaging human iPS cells
To ensure researchers have success working with our human induced pluripotent stem cell lines in their lab, our Amanda Haupt highlights nuanced...
cell science
video
New on the Allen Cell Explorer
Since the launch of the Allen Cell Explorer in April, the Allen Institute for Cell Science team has added even more data and tools to provide a rich and valuable window into the human stem cell.
cell science
news
New on the Allen Cell Explorer
With 19 cell lines targeting 16 key structures, the Allen Cell Collection now characterizes many of the organelles in human stem cells. Using...
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Allen Discovery Center at Tufts University | Reading and writing the morphogenetic code
Allen Discovery Center at Tufts University | Reading and writing the morphogentic code
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video
Allen Cell Explorer Tutorial: Navigating the 3D Cell Viewer
The 3D Cell Viewer is a tool in the Allen Cell Explorer for viewing thousands of 3D images of cellular structures and organelles.
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Researchers reveal new details on aged brain, Alzheimer's and dementia
In a comprehensive analysis of samples from 107 aged human brains, researchers at the Allen Institute for Brain Science, UW Medicine and Kaiser...
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Allen Institute for Brain Science announces 2017 Next Generation Leaders
The Allen Institute for Brain Science announces the newest cohort of Next Generation Leaders: a group of six distinguished early-career researchers...
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New Silicon Probes Record Activity of Hundreds of Neurons Simultaneously
Neuroscientists who want to follow the nervous system’s cellular conversations will soon have access to easy-to-use technology that simultaneously...
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Data Stories | Molecular roots of language disorders
See how computational scientist Emma Myers used the Allen Human Brain Atlas to explore the molecular roots of speech and language disorders.
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Allen Institute shares first open database of live human brain cells
Brain samples from neurosurgery patients reveal uniqueness and complexity of the human brain
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Allen Institute for Brain Science awarded ~$100 million to lead global collaborations that will build comprehensive atlases of brain cell types
National Institutes of Health funding expands work to identify and catalog the building blocks of the brain, and creates global center for data sharin...
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Fierce Biotech: Allen Institute's cell lines could lead to new drugs for hypertrophic cardiomyopathy
(Photo credit: Fierce Biotech) By helping scientists make generalizations about the disease by unearthing the common denominator between mutations, the cells could ultimately lead to more personalized treatment approaches.
KIRO Radio: Breakthroughs in Synthetic Biology
(Interview starts 11:35 in) Troy McDiarmid from the Seattle Center for Synthetic Biology describes the innovative research underway to create cellular recorders that will track the full life histories of human cells to better understand disease.
Puget Sound Business Journal: Seattle biotech research hub launches with big goals for growth, scientific advances
The Seattle Hub for Synthetic Biology is developing technology to monitor genomic changes in cells in real time, in turn showing cells' whole histories and the genetic causes of disease.
Inside Precision Medicine: How Single-Cell Omics is Revolutionizing Our View Of Neurobiology
(Photo credit: miakievy / Getty Images) The adult human brain is made up of billions of neurons and glial cells. Understanding the diversity of these cells and their distinctive gene-regulatory mechanisms is crucial for determining how the brain works and, in turn, for developing treatments for neurologic disorders
GeekWire: Inside the new Seattle Hub for Synthetic Biology, which uses DNA to ‘record biology over time’
(Photo credit: Charlotte Schubert) Researchers opened the doors Monday to the new Seattle Hub for Synthetic Biology, a collaboration between the Allen Institute, the Chan Zuckerberg Initiative and the University of Washington.
