: Creation of a system to "tether" organelles using blue light.
: By triggering these contacts with light, researchers discovered that MERCs are a primary driver of mitochondrial fission (the process where one mitochondrion splits into two).
: Detailed imaging showing that ER tubules wrap around mitochondria at the exact points where they eventually split.
: This paper is considered "deep" because it moves beyond observation to functional control. It proves that simply bringing the ER and mitochondria closer together is enough to initiate the constriction and division of mitochondria, which is vital for maintaining cellular health and metabolism. Key Contributions
Other references to "31970" include a paper on in photonic crystals, or a specific dataset count of 31,970 rice sequences used in a deep learning framework for plant genomics .
This research provides a "deep" look into how cell organelles communicate, specifically focusing on the physical contact between and the endoplasmic reticulum (ER) .
90%/109)
