Category: TickerBy Ton02/02/2026 Author: Ton https://isolife.nl Post navigationPreviousPrevious post:Hall et al. 2026. Dynamics of respired dissolved organic carbon in a stream.NextNext post:Doi et al. 2026. Molecular mechanism underlying the crystallinity changes of cellulose upon fibrillation and reassembly revealed via two-dimensional solid-state NMR.Related postsSawai et al. 2026. Stable isotope–assisted computational mass spectrometry reveals root-specific alkaloids in Glycyrrhiza species.11/05/2026Hu et al. Native architecture of wheat straw cell walls: A unified model from x-ray scattering and solid-state NMR.23/03/2026Van Bommel et al. 2026. Micro-faunal grazers weaken the link between carbon and energy flow in litter decomposition.10/03/2026Duran et al. 2026. The transient nature of humic substances: changes in their molecular composition during stimulated microbial composting and Agaricus bisporus growth.23/02/2026He at al. 2026. Distinct successional strategies and assembly dynamics of soil microbial community utilizing carbon derived from plant shoot versus root residues.16/02/2026Doi et al. 2026. Molecular mechanism underlying the crystallinity changes of cellulose upon fibrillation and reassembly revealed via two-dimensional solid-state NMR.13/02/2026
Sawai et al. 2026. Stable isotope–assisted computational mass spectrometry reveals root-specific alkaloids in Glycyrrhiza species.11/05/2026
Hu et al. Native architecture of wheat straw cell walls: A unified model from x-ray scattering and solid-state NMR.23/03/2026
Van Bommel et al. 2026. Micro-faunal grazers weaken the link between carbon and energy flow in litter decomposition.10/03/2026
Duran et al. 2026. The transient nature of humic substances: changes in their molecular composition during stimulated microbial composting and Agaricus bisporus growth.23/02/2026
He at al. 2026. Distinct successional strategies and assembly dynamics of soil microbial community utilizing carbon derived from plant shoot versus root residues.16/02/2026
Doi et al. 2026. Molecular mechanism underlying the crystallinity changes of cellulose upon fibrillation and reassembly revealed via two-dimensional solid-state NMR.13/02/2026