Linkers in Biomacromolecules

<p>Preface<br>Maarten Merkx</p> <p>1.Understanding and applications of Ser/Gly linkers in protein engineering<br>Eric Ceballos-Alcantarilla and Maarten Merkx</p> <p>2.Design and construction of chimeric linker linkers with controllable flexibilities for precision protein engineering<br>Ziliang Huang, Chong Zhang and Xin-Hui Xing</p> <p>3.Engineering crowding sensitivity into protein linkers<br>Theodoros Pittas, Weiyan Zuo and Arnold J. Boersma</p> <p>4.protaTETHER: A method for the incorporation of linkers in biomacromolecules<br>Anna I. Wurz, Collin T. O'Bryant and Robert M. Hughes</p> <p>5.Optimizing the linker length for fusing an alcohol dehydrogenase with a cyclohexanone monooxygenase<br>Alejandro Gran-Scheuch, Friso Aalbers, Yannick Woudstra, Loreto Parra and Marco W. Fraaije</p> <p>6.Predicting the effect of disordered linkers on effective concentrations and avidity with the “Ceff calculator” app<br>Magnus Kjaergaard, Juliana Glavina and Lucia Beatriz Chemes</p> <p>7.ER/K-link—Leveraging a native protein linker to probe dynamic cellular interactions<br>Tejas M. Gupte, Michael Ritt and Sivaraj Sivaramakrishnan</p> <p>8.Design of helical linkers for fusion proteins and protein-based nanostructures<br>Ryoichi Arai</p> <p>9.Synthetic protein switches: Combinatorial linker engineering with iFLinkC<br>Alexander Gräwe, Jan Ranglack, Anastasia Weyrich and Viktor Stein</p> <p>10.Enzyme-DNA chimeras: Construction, allostery, applications<br>Chiao-Yu Tseng, Yong Wang and Giovanni Zocchi</p> <p>11.The Spy that links: Creation of nonlinear protein architectures and materials using SpyTag/SpyCatcher chemistry<br>Ri Wang and Fei Sun<br></p>