✉news ScienceBiology first seen 1 d ago, last 15 h ago, peak #8
NAD+ Keeps Brain Cilia Long and Lysosomes Young, Mouse Study Finds
A new mouse study suggests NAD+ helps maintain the length of primary cilia in brain cells and keeps lysosomes functioning youthfully, pointing to a possible role for the molecule in cellular aging. Details beyond the reported finding remain limited, and the work has drawn attention as part of ongoing interest in NAD+ and longevity research.
Why now: NAD+ is a popular focus of longevity research, and any new evidence of its anti-aging effects at the cellular level attracts attention.
Rank over time, top of the chart is #1. 18 snapshots from 1 d ago to 15 h ago.
Evidence
- NAD+ Keeps Brain Cilia Long and Lysosomes Young, Mouse Study Finds · Bioengineer.org
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