News Finding: The work provides an answer to this critical puzzle in our understanding of microtubule regulation in the cell."
Paper Finding: For wild-type XMAP215-GFP runs ( Supplementary Fig.
News Context: "The work by Petry and co-workers now shows that XMAP215, previously considered a microtubule 'polymerase' involved in microtubule elongation, acts synergistically with g-tubulin to promote efficient microtubule nucleation. The work provides an answer to this critical puzzle in our understanding of microtubule regulation in the cell." "With TIRF microscopy, we don't illuminate anything outside that layer," she explained.
Paper Context: For runs performed with the truncation constructs (Fig. For wild-type XMAP215-GFP runs ( Supplementary Fig. Similar results were seen in all replicates that were performed.