CIBCB 2005 - PDF Preprint Papers

CIBCB 2005 IEEE Symposium on Computational Intelligence in Bioinformatics and Computational Biology

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CIBCB
2005
IEEE

183views Computational Biology» more CIBCB 2005»

Artificial Neural Network Analysis of DNA Microarray-based Prostate Cancer Recurrence

13 years 10 months ago

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— DNA microarray-based gene expression proﬁles have been established for a variety of adult cancers. This paper addresses application of an artiﬁcial neural network (ANN) wit...

Leif E. Peterson, Mustafa Ozen, Halime Erdem, Andr...

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Id	Views	Title	Status

1	183	Artificial Neural Network Analysis of DNA Microarray-based Prostate Cancer Recurrence	claim
2	157	Feature Selection for Microarray Data Using Least Squares SVM and Particle Swarm Optimization	claim
3	149	A Neural Network for Predicting Protein Disorder using Amino Acid Hydropathy Values	claim
4	138	Toward Protein Structure Analysis with Self-Organizing Maps	claim
5	137	Feedback Memetic Algorithms for Modeling Gene Regulatory Networks	claim
6	136	The Homology Kernel: A Biologically Motivated Sequence Embedding into Euclidean Space	claim
7	131	Two-Phase EA/k-NN for Feature Selection and Classification in Cancer Microarray Datasets	claim
8	114	An Internet-based Melanoma Diagnostic System - Toward the Practical Application	claim
9	113	Network Motifs, Feedback Loops and the Dynamics of Genetic Regulatory Networks	claim
10	108	Heuristic Algorithm for Computing Reversal Distance with MultiGene Families via Binary Integer Programming	claim
11	107	Functional Distances for Genes Based on GO Feature Maps and their Application to Clustering	claim
12	92	Using a Bayesian Posterior Density in the Design of Perturbation Experiments	claim
13	91	Neuro-fuzzy Prediction of Biological Activity and Rule Extraction for HIV-1 Protease Inhibitors	claim
14	90	Predicting Single Genes Related to Immune-Relevant Processes	claim
15	87	Predicting Peroxisomal Proteins	claim
16	86	Identification of Functional RNA Genes Using Evolved Neural Networks	claim
17	85	Cooperative Rec-I-DCM3: A Population-Based Approach for Reconstructing Phylogenies	claim
18	84	Pathway Analyst--Automated Metabolic Pathway Prediction	claim
19	83	Intrinsic Disorder and Protein modifications: Building an SVM Predictor for Methylation	claim
20	82	Segment and Combine Approach for Biological Sequence Classification	claim
21	80	A Transcriptional Approach to Gene Clustering	claim

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