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What is the main focus of Chris Tuijn's research in the 2009 article? 


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Chris Tuijn's research in the 2009 article primarily focuses on the utilization of negative ion mode electrospray ionization (ESI) for studying membrane proteins. This method offers advantages such as lower average charge states, enhanced peak resolution, reduced adduct formation, and minimized subunit dissociation in the gas phase, allowing access to biologically relevant oligomeric states. Additionally, the research delves into the domestic case law concerning Article 11, post the Human Rights Act 1998, providing practitioners with a guide on how to effectively raise and deploy Art. 11 arguments, particularly emphasizing the importance of proving proportionality to counter the pro-state bias of Art. 11.

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Open accessBook
01 Jan 2013
2 Citations
The main focus of Chris Tuijn's research in the 2009 article is biomimetics, particularly exploring biomimicry, microsystems, bone biomimetic adhesives, photonic crystals from butterfly wings, and molecular switches.
Open access
01 Jan 2006
7 Citations
The main focus of Chris Tuijn's research in the 2009 article is on various catalysis studies including olefin polymerization, methane conversion, VOC degradation, and alkene epoxidation using different catalysts.
The main focus of Chris Tuijn's 2009 research article is utilizing negative ion mode in mass spectrometry to study membrane protein complexes, minimizing dissociation and enhancing peak resolution.
Open accessJournal ArticleDOI
02 Dec 2010-Folklore
1 Citations
Not addressed in the paper.
Journal ArticleDOI
1 Citations
The main focus of Chris Tuijn's 2009 article is to provide a guide on domestic case law related to Article 11, emphasizing interpretation principles and effective deployment of Art. 11 arguments.

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