Systematic Spatial Bias in DNA Microarray Hybridization Is Caused by Probe Spot Position-Dependent Variability in Lateral Diffusion Doris Steger1., David Berry1., Susanne Haider1, Matthias Horn1, Michael Wagner1, Roman S

First Page		Document Content
Date: 2015-12-16 11:47:58 Biology Microarrays Genetics Chemistry Molecular biology Bioinformatics DNA Gene expression DNA microarray Hybridization probe Oligonucleotide Fluorescence in situ hybridization		Systematic Spatial Bias in DNA Microarray Hybridization Is Caused by Probe Spot Position-Dependent Variability in Lateral Diffusion Doris Steger1., David Berry1., Susanne Haider1, Matthias Horn1, Michael Wagner1, Roman S Add to Reading List Source URL: stockerlab.ethz.ch Download Document from Source Website File Size: 781,57 KB Share Document on Facebook

	Subscriber access provided by SHANGHAI INST APPLIED PHYSICS Article Design of an Oligonucleotide-Incorporated Nonfouling Surface and Its Application in Electrochemical DNA Sensors for Highly DocID: 1uFCU - View Document
	Safety Assessment of Oligonucleotide Constructs Scott P. Henry, VP, Preclinical Development, Isis Pharmaceuticals, Inc., DocID: 1uopP - View Document
	Communication pubs.acs.org/bc Antibody Microarrays Utilizing Site-Speciﬁc Antibody− Oligonucleotide Conjugates Erik D. Wold,† Ryan McBride,§ Jun Y. Axup,† Stephanie A. Kazane,,‡ and Vaughn V. Smider,§ DocID: 1tICc - View Document
	Detecting rare copy number variations (CNVs) with sparse coding Andreas Mitterecker, Djork-Arné Clevert, Andreas Mayr, An De Bondt, Willem Talloen, Hinrich Göhlmann, Sepp Hochreiter High-density oligonucleotide genoty DocID: 1s7qK - View Document
	HPCBio, UIUC Version 1.0 RNA-Seq on Human data March 2015 DocID: 1qM6X - View Document