Wednesday, 24. May 2017

KTH Research Projec...

KTH Research Project Database > Chemistry and biotechnology

Chemistry and biotechnology


Chemical Engineering and Technology


Fibre and Polymer Technology


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»Organisational Structure



115 Projects related to
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Cryo electron microscopy of biological macromolecules (Professor Hans Hebert)

Period: 2005-01-01

The research is focused on structure analysis of membrane proteins and large molecular assemblies by the use of cryo electron microscopy (cryoEM):
- Membrane associated proteins in eicosanoid and » more
Cryo electron microscopy of biomolecular complexes (Professor Hans Hebert)

Period: 2005-01-01

The Mediator complex acts as an interface between gene-specific regulatory proteins and the basal pol II transcription machinery. The Mediator particle stabilizes the catalytic core of the initiation » more
Design of antimicrobial polymers for medical devices (Professor Sigbritt Karlsson)

Period: 2008-01-01 - 2011-12-31

The project aims to develop new polymeric materials for medical use (e.g.: urinary catheters, tracheostomy tubes etc.) which slowly release antimicrobial agents as a function of time in order to avoid » more
Development and applications of protein microarrays (Peter Nilsson)

  Period: 2003-01-01 - 2012-12-31

The main focus is on the development and utilization of various array-based technologies for validation of antibody selectivity and for systematic antigen- and antibody-based plasma profiling. An » more
Development and optimization of protein purification processes (Professor Sophia Hober)

  Model of the electrostatic potentials of three engineered variants of the B domain from protein A. The domain is engineered to accommodate different amounts of negative charge. » more
Development of a photoionization-detection technique for on-line measurement (Krister Sjöström)

Period: 2008-03-31 - 2010-03-31

This project is a cooperation project between BTG Biomass Technology Group BV (BTG), The Netherlands, and KTH within the framework of ERA-NET-Bioenergy. The aim of the project is to develop a » more
Development of in-situ methane enrichment as a method for upgrading of biogas to vehicle fuel (Professor Åke C Rasmuson)

Period: 1997-01-01

Biogas can be generated by anaerobic digestion of organic sludge. The gas contains approx. 65 % methane and the rest is mainly carbon dioxide. In order to be used as vehicle fuel, the gas must be » more
Development of nanoanalytical techniques for wood cells (Associate professor Åsa Emmer)

Period: 2002-01-01

Microanalysis of wood fibres Much is known about the chemical composition of plants. However, the study of single plant cells is much more immature. The minute size of the cells and hence small » more
Development of new analytical methodologies for membrane proteins (Associate professor Åsa Emmer)

Period: 2000-01-01

Membrane proteins are essential in many cellular processes such as for instance signal transduction, active transport and cell-cell recognition. Although these proteins constitute about a third of the » more
Development of relevant methods to characterize the properties of thin layers of cellulose and polymeric additives (Professor Lars Wågberg)

Period: 2002-02-01

The objective of the project is to find methods for determining:
a) Softness of formed layers measured as surface modulus and viscosity of the formed layers
b) Adsorbed amount and thickness of » more
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