Computer aided research in microbial and particle adhesion

Since the work by Sjollema over 57 papers on biomaterials and microbial adhesion have appeared from our laboratory using this methodology, which at the same time stimulated questions from the users group due to limited image analysis methods available at the onset of this PhD project: 1) the wish to move away from glass as a substratum to "real biomaterials" such as slightly turbid polyethylene and silicone rubbers, metals and dental enamel. 2) the wish to use other microorganisms than nearly perfectly spherical streptococci, like motile pseudomonas, rod shaped Escherichiae coli and lactobacilli or irregularly shaped actinomyces and yeasts. 3) the wish to include surface-associated growth of the initially adhering micloorganisms. 4) the wish to follow also detachment of adhering microorganisms, as stimulated by detergents, gas bubbles, or by electrostatic or chemical surface changes

Zie: Summary

	titlepages/contents
	chapter 1
	chapter 2
	chapter 3
	chapter 4
	chapter 5
	chapter 6
	chapter 7
	chapter 8
	dankwoord
	samenvatting
	stellingen
	summary
	complete thesis

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