dNTPpoolDB

dNTPpoolDB provides quantitative measurements of deoxyribonucleotide triphosphate (dNTP) pools across species and experimental conditions to support analysis of dNTP homeostasis and its impacts on genomic stability, cancer, development, aging, and viral infections.

Key Features:

• Extensive Data Collection: Contains measured absolute or relative cellular levels of canonical and exotic dNTPs across a diverse array of species and experimental setups.
• Detailed Metadata: Associates each measurement with metadata including sample source, quantitation methods, experimental conditions, treatments, and genetic manipulations.
• Advanced Search Capabilities: Supports multi-criteria queries using custom-built controlled vocabularies across 15 categories for targeted data retrieval.
• Comparative Analysis Tools: Provides pairwise comparisons and control–treatment correlation analyses to identify changes in dNTP concentrations and support graphical examination of those changes.
• Research Applications (feature): Supplies curated quantitative data and contextual metadata to facilitate investigation of dNTP-related biological phenomena.

Scientific Applications:

• Genomic Stability: Enables analysis of how dNTP pool imbalances relate to genomic instability and DNA replication/repair processes.
• Cancer Research: Supports investigation of dNTP concentration changes associated with cancer progression and tumor biology.
• Developmental Biology: Facilitates study of dNTP roles during development and cell proliferation.
• Aging Research: Allows examination of dNTP pool alterations linked to aging-related cellular processes.
• Viral Pathogenesis: Provides data relevant to how viral infections interact with host dNTP pools and replication dynamics.

Methodology:

Manually curated collection of experimentally determined absolute or relative dNTP concentration measurements accompanied by metadata such as sample source, quantitation methods, experimental conditions, treatments, and genetic manipulations.