3.6.5.6	cytosol	-	5829	-, 644208, 644210, 758464	
3.6.5.6	inner membrane	during division, FtsZ polymerizes on the cytoplasmic face of the inner membrane to form a ring-like structure, the Z-ring, and recruits more than 30 proteins to the division site	-	-, 758464	
3.6.5.6	microtubule	-	5874	-, 733253, 733717, 756202, 756504, 758464	
3.6.5.6	mitochondrion	despite evidence that the mitochondrial proteome is derived from endosymbiotic bacteria, most mitochondria lack the expression of the gamma-tubulin homologue FtsZ, suggesting that gamma-tubulin may replace FtsZ function in mitochondria	5739	756504	
3.6.5.6	additional information	FtsZ polymers exhibit apparently transverse, processive movement across the short axis of the cell, particularly in shorter cells	-	-, 758464	
3.6.5.6	additional information	in close vicinity to the nuclear envelope, endogenous gamma-tubulin form a network of strings, gamma-strings, which grow from the nuclear compartment and towards the plasma membrane. Fixed U2OS cells transiently expressing gamma-tubulin sgRNA (Cas9-crispGFP) are immunofluorescence stained with an anti-MTCO2 antibody and a gamma-tubulin antibody originated in mouse. Nuclear localization signal (NLS) mediates gamma-tubulin translocation to the nucleus. The reduced import of gamma-tubulin to the nuclear compartment enhances the binding of gamma-tubulin to mtDNA	-	756504	
3.6.5.6	neurite	-	-	733253	
3.6.5.6	nucleus	nuclear localization signal (NLS) mediates gamma-tubulin translocation to the nucleus. The reduced import of gamma-tubulin to the nuclear compartment enhances the binding of gamma-tubulin to mtDNA	5634	756504