a protein complex found within the inner mitochondrial membrane that the Chandel laboratory previously demonstrated supports other immune responses. Whether the mitochondrial respiratory chain is ...

The outer membrane of mitochondria and chloroplasts has pores that allow small molecules to pass easily. The inner membrane is loaded with the proteins that make up the electron transport chain ...

(B) Scheme of the protein complexes that form the ETS, showing the mitochondrial membranes in blue and red; NADH dehydrogenase in light green; succinate dehydrogenase in dark green; the complex ...

One key target for such work is the decline in the organelle’s membrane potential: the difference in electrical charge between each side of the inner mitochondrial membrane that is essential for ...

This study identifies a pathway for oxidation and assembly of mitochondrial inner membrane proteins. Dbi1 is a conserved mitochondrial inner membrane protein that interacts with the unassembled pool ...

Mitochondria are critical for cellular homeostasis, regulating bioenergetics, redox balance, Ca2+ signaling, and cell death.

FIGURE 3. Alpha-syn at the inter membrane space (IMS), inner mitochondrial membrane (IMM) and mitochondrial matrix. Picture shows α-syn binding partners at the IMS, IMM and mitochondrial matrix. The ...

located on the outer mitochondrial membrane, OMM, and can explain outer membrane fusion) and OPA1 (located in the inner membrane and intermembrane space, which can explain inner membrane fusion).

A sole Pi exporter has been identified – SLC53A1. The mitochondrial carrier SLC25A2 transports Pi across the mitochondrial inner membrane to support ATP synthesis. Other transporter families, such as ...

Prohibitin 1 (PHB1), a major component protein of the inner mitochondrial membrane crucial for optimal respiratory chain assembly and function, is decreased during IBD. Conclusion Our results identify ...