Gilson, Peter, Yu, Xuan-Chuan, Hereld, Dale, Barth, Christian, Savage, Amelia, Kiefel, Ben, ...
In bacteria, the protein FtsZ is the principal component of a ring that constricts the cell at division. Though all mitochondria probably arose through a single, ancient bacterial endosymbiosis, the...
Gilson, Peter, Yu, Xuan-Chuan, Hereld, Dale, Barth, Christian, Savage, Amelia, Kiefel, Ben, ...
In bacteria, the protein FtsZ is the principal component of a ring that constricts the cell at division. Though all mitochondria probably arose through a single, ancient bacterial endosymbiosis, the...
Gilson, Peter, Yu, Xuan-Chuan, Hereld, Dale, Barth, Christian, Savage, Amelia, Kiefel, Ben, ...
In bacteria, the protein FtsZ is the principal component of a ring that constricts the cell at division. Though all mitochondria probably arose through a single, ancient bacterial endosymbiosis, the...
Gilson, Paul R., Yu, Xuan-Chuan, Hereld, Dale, Barth, Christian, Savage, Amelia, Kiefel, Ben R., ...
In bacteria, the protein FtsZ is the principal component of a ring that constricts the cell at division. Though all mitochondria probably arose through a single, ancient bacterial endosymbiosis, the...
Gilson, Paul R., Yu, Xuan-Chuan, Hereld, Dale, Barth, Christian, Savage, Amelia, Kiefel, Ben R., ...
In bacteria, the protein FtsZ is the principal component of a ring that constricts the cell at division. Though all mitochondria probably arose through a single, ancient bacterial endosymbiosis, the...