id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
k3569309t1k	Clayton R. Johnson	Modeling and Quantifying Bacterial Metal Adsorption in Aqueous Systems	2018		.txt	text/plain	307	12	29	The ability to predict the fate of metals in complex geological systems is dependent on: understanding bacterial adsorption mechanisms, being able to quantify bacterial metal adsorption, and creating accurate models for bacterial metal adsorption. The results show that the fluorescent probe technique is a viable option for quantifying bacterial Cd adsorption in multi-adsorbent systems and component additivity models predict Cd distribution with reasonable accuracy in systems containing bacteria, a mineral powder, and a chelating ligand.	cache/k3569309t1k.txt	txt/k3569309t1k.txt