Raw chromatographs for the HisTrap and SEC columns run to purify LanM D1ED5E.

Plot of molar ellipticity at 222 nm versus concentration of free Y3+ for LanM D1ED5E bound to yttrium, used to calculate the LanM D1ED5E-Y3+ binding affinity (Kd).

This dataset contains time series of output operational features from production cost simulations. These datasets are configured as inputs to the storage sizing model available at link_to_storage_sizing_model . Datasets are presented with respect to the Western Interconnection of the US, on a zonal...

This dataset contains GADRAS and Geant4 simulated gamma-ray energy spectra used in the papers "Sim-to-real supervised domain adaptation for radioisotope identification" (https://doi.org/10.1016/j.nima.2025.171159) and "Unsupervised domain adaptation for radioisotope identification in gamma...

Plot of molar ellipticity at 222 nm versus concentration of free Y3+ for LanM WT bound to yttrium, used to calculate the LanM WT-Y3+ binding affinity (Kd).

Raw UV/Vis data measuring XO fluorescence as a function of increased [La3+]

Raw UV/Vis data measuring XO fluorescence as a function of increased [La3+]

Raw NMR HSQC spectra for LanM variants bound to Y3+

Raw NMR HSQC spectra for LanM variants bound to La3+

Raw chromatographs for the HisTrap and SEC columns run to purify LanM WT.

Plot of molar ellipticity at 222 nm versus concentration of free Y3+ for LanM D3ED9E bound to yttrium, used to calculate the LanM D3ED9E-Y3+ binding affinity (Kd).

Plot of molar ellipticity at 222 nm versus concentration of free La3+ for LanM WT bound to lanthanum, used to calculate the LanM WT-La3+ binding affinity (Kd).

Raw chromatographs for the HisTrap and SEC columns run to purify LanM D3E.

Raw chromatographs for the HisTrap and SEC columns run to purify LanM D5E.

Ribosome inactivating proteins (RIPs) such as ricin and abrin depurinate an adenine base in the sarcin/ricin loop in the large ribosomal subunit, leading to inhibtion of protein synthesis and cell death. Here, we demonstrate that RIP toxin activity can be detected via nanopore-based DNA sequencing...