Figure 2
![Structure of microtubules showing the binding of tau between molecules solved using cryoEM [16] (6CVK .pdb). Insert shows the extended conformation of tau when it is associated with microtubules.](https://port.silverchair-cdn.com/port/content_public/journal/essaysbiochem/66/7/10.1042_ebc20220150/1/ebc-2022-0150ci002.png?Expires=1716427912&Signature=AK-GTVP3LCtGQ7Cq~I-s~I07fIGh4H0ee806LzhhqgBkklz6yQRXfiutvc5ROi-SPE5-o0~fdQX9Om9PcdIwgjiHxDzx8tFd7eo26Uy7kddkT92N5B4W7kI5OISFbXWzfBDeRcfB4OYw3TPLVgqZFZvIGeTOj3m-ESPONeZm5fL9vt6-oxZuHgFq0F4FBcVcfm31P4Fs5pQb7rAs0PmaChVQTRfRTYduM2csSm4Hm9zvRPwhCatd3SByJDsUx8ZgE~aL2wyibVE3gw2KFxRnEkc~P~yAcnye7Htz0quCG-6o~Bgis4BjpgQ4jq2S8IHCJSn5eSQ52zjqzozrLasoWg__&Key-Pair-Id=APKAIE5G5CRDK6RD3PGA)
The structure of tau bound to microtubules
Structure of microtubules showing the binding of tau between molecules solved using cryoEM [16] (6CVK .pdb). Insert shows the extended conformation of tau when it is associated with microtubules.
Structure of microtubules showing the binding of tau between molecules solved using cryoEM [16] (6CVK .pdb). Insert shows the extended conformation of tau when it is associated with microtubules.