ProQuest Subject Index - Bioinformatics at UNIVERSITY OF MARYLAND COLLEGE PARK

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You are viewing titles for UNIVERSITY OF MARYLAND COLLEGE PARK in the Bioinformatics available through the UMI Dissertations & Thesis Gradwoorks site

Highly scalable short read alignment with the Burrows-Wheeler transform and cloud computing	Identification of putative O-repeat polysaccharide biosynthetic genes in Neisseria sicca 4320

Cellular pattern quantication and automatic bench-marking data-set generation on confocal microscopy images	Combinatorial library design of mutation-resistant HIV protease inhibitors

Bioinformatic analysis of the functional and structural implications of alternative splicing	Characterizing and accelerating bioinformatics workloads on modern microarchitectures

One-dimensional free energy surface models of protein folding: Connecting theory and experiments	High-throughput time-series metabolomic analysis of a systematically perturbed plant system

Time-series transcriptomic analysis of a systematically perturbed Arabidopsis thaliana liquid culture system: A systems biology perspective	Impact of stochasticity on gene regulation networks

Model-based genomic/proteomic signal processing in cancer diagnosis and prediction	Feature generation and analysis applied to sequence classification for splice-site prediction

Improving the performance and precision of bioinformatic algorithms	A framework for discovering meaningful associations in the annotated life sciences web

The mitochondrial genome of the blue crab (Callinectes sapidus), an informative genetic marker for the evolutionary biology and population genetics of the species	Anomaly detection in time series: Theoretical and practical improvements for disease outbreak detection

Novel methods for metagenomic analysis	Patterns and complexity in biological systems: A study of sequence structure and ontology-based networks

High performance computing for DNA sequence alignment and assembly	Biology and evolution of chromalveolate protists

Nucleic acid extraction and detection across two-dimensional tissue samples	Detecting and correcting errors in genome assemblies

Genome assembly techniques	Principles of information processing in neuronal avalanches

Algorithms and high performance computing approaches for sequencing-based comparative genomics	Computationally Comparing Biological Networks and Reconstructing Their Evolution

Computational metagenomics: Network, classification and assembly