Diagram showing cellular trafficking pathways involving SORL1, VPS26a, and VPS26b between the trans-Golgi network, early endosome, and lysosome, with notes on how SORL1 loss affects neurons and microglia.

How Cellular Dysfunction Associated with Alzheimer’s Disease Arises in Microglia  

April 17, 2025 | Categories: Core Faculty | Tagged: ,

New research from the lab of ISCRM faculty member Jessica Young sheds light on the relationship between loss of SORL1 and Alzheimer's disease risk specifically in microglia. Read More

A person with short, wavy hair wearing a red sweater stands smiling with arms crossed in a well-lit laboratory, surrounded by shelves with scientific equipment and supplies.

NIH Grant Advances Alzheimer’s Research – And Launches a Career

March 28, 2023 | Categories: Award, Core Faculty, Uncategorized | Tagged: , , ,

Tiara Schwarze-Taufiq, an ISCRM undergraduate fellow in 2021, is now a Research Scientist in the Young Lab thanks to an NIH R21 grant made possible in part by her own research. Read More

Elderly hands clasped together rest on a table scattered with old black-and-white photographs, a pen, and eyeglasses, suggesting reflection or nostalgia.

ISCRM Researchers Part of $56 Million Grant to Fund Alzheimer’s Research

September 3, 2021 | Categories: Core Faculty | Tagged: , ,

The five-year grant awarded to the Kaiser Adult Changes in Thought study (ACT) will fund six cores and three interrelated research projects. Read More

Fluorescent microscopy image showing branching red structures, green spots, and blue oval shapes, likely representing stained cells with visible nuclei. Black background highlights the cell structures.

Young Lab Links Loss of SORL1 Gene to Increased Alzheimer’s Risk

June 2, 2020 | Categories: Research | Tagged: , , ,

To overcome the inherent challenges in studying the brain, one ISCRM team used stem cell technology to implicate a gene known as SORL1 in some types of Alzheimer’s and to shed new light on why many promising treatments for this disease have hit dead ends in clinical trials. Read More

A gloved hand holds a clear plastic tray with multiple wells containing pinkish and purplish liquid, likely used for a laboratory experiment or cell culture.

Stem-cell study points to new approach to Alzheimer’s disease

March 1, 2018 | Categories: Research | Tagged: ,

Improving the trafficking of cellular proteins in brain cells holds possibilities for new treatments and even prevention for Alzheimer’s disease, results of a new study suggest. Researchers found that a compound that enhances the shuttling of proteins within cells reduced the production of forerunners of two proteins implicated in brain cell death. Read More