16748mp4 Link

Published in (2016), this study uses live-cell imaging and mathematical modeling to understand how cells process signals from the Wnt pathway, which is critical for development and often deregulated in cancer.

The paper relies heavily on time-lapse movies to visualize these cellular dynamics. For example, Video 2 (referenced as part of eLife 16748) shows the accumulation and eventual egress of YFP- -catenin in cells treated with Wnt3a.

The researchers tracked the movement of the protein 16748mp4

The "mp4" suffix in your query likely refers to the (such as Video 2 ) included with this open-access research, which are available for download in MPEG-4 format. Paper Overview: Quantifying

-catenin subcellular dynamics and cyclin D1 mRNA transcription during Wnt signaling Published in (2016), this study uses live-cell imaging

You can download the supporting MP4 files directly from the eLife article page under the "Figures and data" section or via PubMed Central.

-catenin into the nucleus in real-time. They found that while The researchers tracked the movement of the protein

The team used HEK293 cells and techniques like fluorescence recovery after photobleaching (FRAP) to measure how fast proteins move within the cell. Where to Find the Paper and Videos Full Text (HTML/PDF): Available at eLife Sciences.