Image of the Month: Tau travels between neurons
This laboratory platform is a powerful way to study Alzheimer’s disease and other tau-caused conditions.
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This laboratory platform is a powerful way to study Alzheimer’s disease and other tau-caused conditions.
Read MoreThe Image this month shows a mechanism that mediates the formation of breast cancer cell clusters and promotes cancer metastasis.
Read MoreThis microscopy view of the condition shows that an affected esophagus may show both normal tissue and diseased tissue with distinctive cellular characteristics.
Read MoreHuman intestinal organoids, also called ‘mini-guts,’ provide a laboratory model to study human intestinal epithelial biology and the processes leading to intestinal disease.
Read MoreDr. Juan Botas’s lab integrates laboratory, animal model and computational approaches to gain a deeper understanding of Huntington’s disease and other neurological disorders.
Read MoreThis microscopy view of tissue lining the esophagus shows the distinctive characteristics of Barrett’s esophagus next to normal tissue.
Read MoreThe image captures metastatic medulloblastoma tumor cells (green) intertwined with blood vessels (magenta) in the leptomeninges of a mouse model of the human condition.
Read MoreThis is the first time that tunneling has been shown by Zika virus infection in placental cells.
Read MoreNeurons (green) and astrocytes (red) work together to regulate storage and retrieval of memories.
Read More“We are all walking mosaics of genetically distinct cells,” said Dr. Margaret Goodell.
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