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Items where Author is "Jaudzems, Kristaps"

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Number of items: 4.

Research article

Sede, Megija and Fridmanis, Jekabs and Otikovs, Martins and Johansson, Jan and Rising, Anna and Kronqvist, Nina and Jaudzems, Kristaps (2022). Solution Structure of Tubuliform Spidroin N-Terminal Domain and Implications for pH Dependent Dimerization. Frontiers in Molecular Biosciences. 9 , 936887
[Research article]

Arndt, Tina and Jaudzems, Kristaps and Shilkova, Olga and Francis, Juanita and Johansson, Mathias and Laity, Peter R. and Sahin, Cagla and Chatterjee, Urmimala and Kronqvist, Nina and Barajas-Ledesma, Edgar and Kumar, Rakesh and Chen, Gefei and Stromberg, Roger and Abelein, Axel and Langton, Maud and Landreh, Michael and Barth, Andreas and Holland, Chris and Johansson, Jan and Rising, Anna (2022). Spidroin N-terminal domain forms amyloid-like fibril based hydrogels and provides a protein immobilization platform. Nature Communications. 13 :1 , 4695
[Research article]

Sarr, Medoune and Kitoka, Kristine and Walsh-White, Kellie-Ann and Kaldmaee, Margit and Metlans, Rimants and Tars, Kaspar and Mantese, Alessandro and Shah, Dipen and Landreh, Michael and Rising, Anna and Johansson, Jan and Jaudzems, Kristaps and Kronqvist, Nina (2022). The dimerization mechanism of the N-terminal domain of spider silk proteins is conserved despite extensive sequence divergence. Journal of Biological Chemistry. 298 :5 , 101913
[Research article]

Abelein, Axel and Chen, Gefei and Kitoka, Kristīne and Aleksis, Rihards and Oleskovs, Filips and Sarr, Médoune and Landreh, Michael and Pahnke, Jens and Nordling, Kerstin and Kronqvist, Nina and Jaudzems, Kristaps and Rising, Anna and Johansson, Jan and Biverstal, Henrik (2020). High yield production of amyloid-ß peptide enabled by a customized spider silk domain. Scientific Reports. 10 , 235 , 1-10
[Research article]

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