Rationale: Mitochondria interact via actions of outer and inner membrane fusion proteins.

The mechanism of porphyrin accumulation in the mitochondrial inner membrane is unclear.

In Gram-negative bacteria, many biological processes are coupled to inner membrane ion gradients.

Thyroid hormones induce substantial modifications in mitochondrial inner membrane protein and lipid compositions.

The mitochondrial inner membrane contains preprotein translocases that mediate insertion of hydrophobic proteins.

However, the arrangement of their cytoplasmic and inner membrane export apparatuses is much less clear.

The inner membrane leaflet is covered by dense proteins with fewer free lipids than expected.

The hypothesis being developed is that inner membrane topology is a regulated property of mitochondria.

The mitochondrial inner membrane contains numerous multispanning integral proteins.

I punctured the inner membrane with my thumb and tipped it back like a gourd.

Mitochondrial metabolic function is affected by the morphology and protein organization of the mitochondrial inner membrane.

The inner membrane is a network of blood-vessels.

UCP1 dissipates the proton gradient of the mitochondrial inner membrane and converts that energy into heat.

Many of these proteins are organized into complexes, which are located in the mitochondrial inner membrane.

You say "the inner membrane is a net-work of blood-vessels."

They are responsible for the access of ions and energetic metabolites into the inner membrane transport systems.