MRRF (mitochondrial ribosome recycling factor) is a mitochondrial protein responsible for disassembling ribosomes from messenger RNA at the termination of mitochondrial protein biosynthesis 1. The protein functions collaboratively with GFM2 to promote mitochondrial ribosome recycling by dissolving intersubunit contacts between ribosomal subunits 2. This recycling process is essential for completing the translational cycle and releasing ribosomal components for subsequent rounds of protein synthesis. MRRF operates within the mitochondrial matrix and exhibits protein-binding capacity, binding to ribosomal large subunits during the disassembly process 2. The gene exhibits time-dependent expression patterns in response to cellular signals, as demonstrated in LPA-treated human fibroblasts where MRRF expression showed a characteristic up-and-down profile 3. While insufficient information is provided regarding direct disease associations or clinical significance in the available abstracts, the critical role of MRRF in terminating mitochondrial translation suggests its dysfunction could potentially impair mitochondrial protein synthesis and cellular energy metabolism.