2008 |
23 | EE | Holger Fröhlich,
Tim Beißbarth,
Achim Tresch,
Dennis Kostka,
Juby Jacob,
Rainer Spang,
Florian Markowetz:
Analyzing gene perturbation screens with nested effects models in R and bioconductor.
Bioinformatics 24(21): 2549-2550 (2008) |
22 | EE | Juby Jacob,
Marcel Jentsch,
Dennis Kostka,
Stefan Bentink,
Rainer Spang:
Detecting hierarchical structure in molecular characteristics of disease using transitive approximations of directed graphs.
Bioinformatics 24(7): 995-1001 (2008) |
2007 |
21 | EE | Florian Markowetz,
Dennis Kostka,
Olga G. Troyanskaya,
Rainer Spang:
Nested effects models for high-dimensional phenotyping screens.
ISMB/ECCB (Supplement of Bioinformatics) 2007: 305-312 |
20 | EE | Claudio Lottaz,
Joern Toedling,
Rainer Spang:
Annotation-based distance measures for patient subgroup discovery in clinical microarray studies.
Bioinformatics 23(17): 2256-2264 (2007) |
19 | EE | Stefanie Scheid,
Rainer Spang:
Compensating for Unknown Confounders in Microarray Data Analysis Using Filtered Permutations.
Journal of Computational Biology 14(5): 669-681 (2007) |
2006 |
18 | EE | Stefanie Scheid,
Rainer Spang:
Permutation Filtering: A Novel Concept for Significance Analysis of Large-Scale Genomic Data.
RECOMB 2006: 338-347 |
17 | EE | Claudio Lottaz,
Xinan Yang,
Stefanie Scheid,
Rainer Spang:
OrderedList - a bioconductor package for detecting similarity in ordered gene lists.
Bioinformatics 22(18): 2315-2316 (2006) |
16 | EE | Xinan Yang,
Stefan Bentink,
Stefanie Scheid,
Rainer Spang:
Similarities of Ordered Gene Lists.
J. Bioinformatics and Computational Biology 4(3): 693-708 (2006) |
2005 |
15 | EE | Claudio Lottaz,
Rainer Spang:
stam - a Bioconductor compliant R package for structured analysis of microarray data.
BMC Bioinformatics 6: 211 (2005) |
14 | EE | Stefanie Scheid,
Rainer Spang:
twilight; a Bioconductor package for estimating the local false discovery rate.
Bioinformatics 21(12): 2921-2922 (2005) |
13 | EE | Florian Markowetz,
Jacques Bloch,
Rainer Spang:
Non-transcriptional pathway features reconstructed from secondary effects of RNA interference.
Bioinformatics 21(21): 4026-4032 (2005) |
12 | EE | Claudio Lottaz,
Rainer Spang:
Molecular decomposition of complex clinical phenotypes using biologically structured analysis of microarray data.
Bioinformatics 21(9): 1971-1978 (2005) |
2004 |
11 | EE | Dennis Kostka,
Rainer Spang:
Finding disease specific alterations in the co-expression of genes.
ISMB/ECCB (Supplement of Bioinformatics) 2004: 194-199 |
10 | EE | Stefanie Scheid,
Rainer Spang:
A Stochastic Downhill Search Algorithm for Estimating the Local False Discovery Rate.
IEEE/ACM Trans. Comput. Biology Bioinform. 1(3): 98-108 (2004) |
2002 |
9 | EE | Rainer Spang,
Carrie Blanchette,
Harry Zuzan,
Jeffrey R. Marks,
Joseph Nevins,
Mike West:
Prediction and uncertainty in the analysis of gene expression profiles.
In Silico Biology 2: 33 (2002) |
8 | | Rainer Spang,
Marc Rehmsmeier,
Jens Stoye:
A Novel Approach to Remote Homology Detection: Jumping Alignments.
Journal of Computational Biology 9(5): 747-760 (2002) |
2001 |
7 | | Rainer Spang,
Carrie Blanchette,
Harry Zuzan,
Jeffrey R. Marks,
Joseph Nevins,
Mike West:
Prediction and uncertainty in the analysis of gene expression profiles.
German Conference on Bioinformatics 2001: 102-111 |
6 | | Constantin Bannert,
Marc Rehmsmeier,
Rainer Spang,
Jens Stoye:
Sequence Database Search Using Jumping Alignments.
German Conference on Bioinformatics 2001: 142 |
5 | | Rainer Spang,
Martin Vingron:
Limits of homology detection by pairwise sequence comparison.
Bioinformatics 17(4): 338-342 (2001) |
2000 |
4 | | Rainer Spang,
Marc Rehmsmeier,
Jens Stoye:
Sequence Database Search Using Jumping Alignments.
ISMB 2000: 367-375 |
1999 |
3 | | Tobias Müller,
Rainer Spang,
Martin Vingron:
A new method for modeling protein evolution.
German Conference on Bioinformatics 1999: 2-8 |
1998 |
2 | | Rainer Spang,
Martin Vingron:
Statistics of large-scale sequence searching.
Bioinformatics 14(3): 279-284 (1998) |
1997 |
1 | | Rainer Spang,
Martin Vingron:
Statistics of large scale sequence searching.
German Conference on Bioinformatics 1997: 33-35 |