In this contribution the formation of bioinorganic assemblies between the basic globular protein lysozyme and aqueous aluminium species including Al 13 -mer, Al 30 -mer and colloidal aluminium hydroxide have been explored and comparison made to previous interaction studies performed with bovine serum albumin (BSA). Specific charge-stabilised bioinorganic assemblies involving aluminium species and lysozyme were observed to form in contrast to the gel like structures formed on interaction of BSA with aluminium species. As demonstrated by infrared spectroscopy (structural assignment, 2D correlation spectroscopy), interactions mostly involve acidic surface groups of the proteins (Asp, Glu), with strong complexation and deprotonation in the case...
This review discusses recent literature on the chemical and physiological factors that influence the...
This review discusses recent literature on the chemical and physiological factors that influence the...
<div><p>Aluminum(III) is generally found in small amounts in living organisms where it interacts wit...
The general purpose of this thesis is concerned with the intricate interactions of pure aluminium sp...
The increased availability of aluminium in biological environments, due to human intervention in the...
AbstractThe increased availability of aluminium in biological environments, due to human interventio...
AbstractThe increased availability of aluminium in biological environments, due to human interventio...
Interactions between inorganic materials and biomolecules at the molecular level, although complex, ...
Interactions between inorganic materials and biomolecules at the molecular level, although complex, ...
Interactions between inorganic materials and biomolecules at the molecular level, although complex, ...
AbstractWe have used circular dichroism spectroscopy to confirm that, in a membrane-mimicking solven...
Over the last few years, focused interest in aluminum has been heightened by recent studies regardin...
This review discusses recent literature on the chemical and physiological factors that influence the...
The interaction of aluminum ion Al(III) with polypeptides is a subject of paramount importance, sinc...
This review discusses recent literature on the chemical and physiological factors that influence the...
This review discusses recent literature on the chemical and physiological factors that influence the...
This review discusses recent literature on the chemical and physiological factors that influence the...
<div><p>Aluminum(III) is generally found in small amounts in living organisms where it interacts wit...
The general purpose of this thesis is concerned with the intricate interactions of pure aluminium sp...
The increased availability of aluminium in biological environments, due to human intervention in the...
AbstractThe increased availability of aluminium in biological environments, due to human interventio...
AbstractThe increased availability of aluminium in biological environments, due to human interventio...
Interactions between inorganic materials and biomolecules at the molecular level, although complex, ...
Interactions between inorganic materials and biomolecules at the molecular level, although complex, ...
Interactions between inorganic materials and biomolecules at the molecular level, although complex, ...
AbstractWe have used circular dichroism spectroscopy to confirm that, in a membrane-mimicking solven...
Over the last few years, focused interest in aluminum has been heightened by recent studies regardin...
This review discusses recent literature on the chemical and physiological factors that influence the...
The interaction of aluminum ion Al(III) with polypeptides is a subject of paramount importance, sinc...
This review discusses recent literature on the chemical and physiological factors that influence the...
This review discusses recent literature on the chemical and physiological factors that influence the...
This review discusses recent literature on the chemical and physiological factors that influence the...
<div><p>Aluminum(III) is generally found in small amounts in living organisms where it interacts wit...