
Pelle Ohlsson
@pelleohlsson
Microfluidics researcher using microstructures and sound waves to move and study cells
ID: 193039070
20-09-2010 20:32:12
661 Tweet
123 Followers
99 Following

#SoilChip article out together with Edith Hammer et al.: #nanoplastics inhibit bacterial and fungal growth, but fungal hyphae can adsorb them -an effect we dubbed "the vacuum cleaner effect"🦠🍄sciencedirect.com/science/articl… Lund University Lunds universitet LTH vid Lunds universitet @Biology_LU #microfluidics











How do mycorrhizal fungi navigate through microchips? Exciting work showing hyphal navigation strategies through 'tortuous' passages. Proud to be part of this pioneering work led by Kristin Aleklett Edith Hammer w/ Carlos Arellano Pelle Ohlsson et al. sciencedirect.com/science/articl…


New paper published! We describe the process of making microfluidic chips for quantifying the effect of physical characteristics of microenvironments on bacterial and fungal biomass and nutrient consumption Edith Hammer Pelle Ohlsson @Biology_LU doi.org/10.1016/j.xpro…






Happy to see our paper made it into this top list of recent mycorrhizal papers in company with a lot of other interesting research 🤩 Edith Hammer Carlos Arellano Toby Kiers Pelle Ohlsson


New paper published in Microbiology Spectrum😍 doi.org/10.1128/spectr… co-authors: Pelle Ohlsson , Saleh Moradi, and Edith Hammer We observed that the sole connectivity of a microhabitat can determine the function (substrate degradation) of a soil community. How? (1/5)👇
