10.18710/XZB5KI Rainsford, Philip Philip Rainsford UiT The Arctic University of Norway Rylandsholm, Fredrik G. Fredrik G. Rylandsholm UiT The Arctic University of Norway Jakubec, Martin Martin Jakubec https://orcid.org/0000-0002-6180-6900 UiT The Arctic University of Norway Silk, Mitchell Mitchell Silk UiT The Arctic University of Norway Juskewitz, Eric Eric Juskewitz UiT The Arctic University of Norway Ericson, Johanna U. Johanna U. Ericson UiT The Arctic University of Norway Svendsen, John S. John S. Svendsen UiT The Arctic University of Norway Engh, Richard A. Richard A. Engh UiT The Arctic University of Norway Isaksson, Johan Johan Isaksson UiT The Arctic University of Norway DataverseNO 2023 Chemistry Medicine, Health and Life Sciences SPR Surface Plasmon Resonance Microscale Thermophoresis MST Lipid nanodiscs antimicrobials Lipid vesicles binding affinity UiT The Arctic University of Norway UiT The Arctic University of Norway UiT The Arctic University of Norway Jakubec, Martin Martin Jakubec UiT The Arctic University of Norway Rainsford, Philip Philip Rainsford UiT The Arctic University of Norway 2022-10-01 2023-05-04 2023-05-09 2023-09-28 2021-09-01/2022-09-30 experimental data 10.26434/CHEMRXIV-2022-HPF6F-V2 10.18710/XZB5KI/F2LP5D 10.18710/XZB5KI/7D5HZU 10.18710/XZB5KI/YKUGWA 10.18710/XZB5KI/TCEEJF 10.18710/XZB5KI/VJLZ8P 10.18710/XZB5KI/X8FU2C 10.18710/XZB5KI/SQBCQZ 10.18710/XZB5KI/K830US 10.18710/XZB5KI/1UKCRR 10.18710/XZB5KI/OPFVDK 10.18710/XZB5KI/MWTITG 10.18710/XZB5KI/PLVBVR 10.18710/XZB5KI/S1GFTD 10.18710/XZB5KI/VYFZQ9 10.18710/XZB5KI/STTQ1Y 10.18710/XZB5KI/NXC7SN 10.18710/XZB5KI/N0PF5D 10.18710/XZB5KI/TD62CM 10.18710/XZB5KI/LTZIXY 10.18710/XZB5KI/DQGDCT 10.18710/XZB5KI/TTH4W8 10.18710/XZB5KI/Z7DW0X 10.18710/XZB5KI/Q9R2PO 10.18710/XZB5KI/YGXKMR 10.18710/XZB5KI/PXI6LB 10.18710/XZB5KI/PJYEWU 10.18710/XZB5KI/A5UAGK 10.18710/XZB5KI/YL3SQ4 10.18710/XZB5KI/EJRRKR 10.18710/XZB5KI/TK4JLR 10.18710/XZB5KI/5UODW3 10.18710/XZB5KI/WNNSPZ 10.18710/XZB5KI/DJYKJA 10.18710/XZB5KI/2PC9SS 10.18710/XZB5KI/NFWAFT 10.18710/XZB5KI/PPAVU9 10.18710/XZB5KI/XW0BE7 10.18710/XZB5KI/ISSEZO 10.18710/XZB5KI/MBP2UI 10.18710/XZB5KI/SOESWV 10.18710/XZB5KI/4CFVND 10.18710/XZB5KI/LHYL43 10.18710/XZB5KI/KLRPUR 10.18710/XZB5KI/GI5PYE 10.18710/XZB5KI/FP3FQS 10.18710/XZB5KI/YADQIK 10.18710/XZB5KI/TRRCSO 10.18710/XZB5KI/UBJNHO 10.18710/XZB5KI/8AISKY 10.18710/XZB5KI/KMIRWG 10.18710/XZB5KI/WVYX4P 10.18710/XZB5KI/EQ9RB3 10.18710/XZB5KI/EMMAG3 10.18710/XZB5KI/AEWRPH 10.18710/XZB5KI/VJM9JU 10.18710/XZB5KI/9XESFP 10.18710/XZB5KI/CGPVMI 855643 855644 855618 856060 855529 855890 855334 855573 855965 855598 855795 855506 856192 855514 854476 855876 855942 855790 856101 855995 855699 855872 855689 855454 855772 856206 855878 855734 856576 855568 855621 855816 856068 855390 856445 855564 856006 856281 856242 855718 17858 21669 20276 14056 14586 17878 20283 21706 14573 14084 14563 16414 15477 16475 16469 15517 9920 text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain text/plain 1.1 Creative Commons CC0 1.0 Universal Public Domain Dedication. This dataset contains raw data traces from Surface Plasmon Resonance (SPR) and Microscale Thermophoresis (MST) experiments aimed at determining the binding affinity of peptides with lipid vesicles and lipid nanodiscs. The SPR data consists of responses obtained from cycles of peptide injection over the lipid membrane, with varying peptide concentrations. The MST data includes fluorescence responses obtained from capillaries with different ratios of tested peptides and lipids. Tested hexapeptides were 1-c(WWWRRR), 2-c(WRWRWR), 3-c(WWWKKK), 4-c(WKWKWK) and 5-c(LWwNKr). The lipid compositions used in the experiments were pure 1,2-dimyristoyl-sn-glycero-3-phosphocholine (DMPC), DMPC with 5% (w/w) 1,2-dimyristoyl-sn-glycero-3-phospho-(1'-rac-glycerol) (DMPG), or DMPC with 10% (w/w) lipopolysaccharides from Escherichia coli O111:B4. These data traces are essential for measuring KP (lipid partitioning constant), understanding the peptide-lipid interaction and identifying potential candidates for further analysis. Biacore T200 Control and Evaluation Software, 2.0 MO.Control, 1.6.1 Tromsø Research Council of Norway DigiBiotics project - ID 269425 UiT the Arctic University of Norway AntiBioSpec project - Cristin ID 20161326 Research Council of Norway NanoAMP project - ID 275186