Hepatic ARNT Mouse Metabolic Data for Glucose and Lipid Analysis

Data from Christopher H. Scott's 2020 study investigates the role of hepatic ARNT in mouse metabolism. The dataset includes measurements from hepatocyte-specific ARNT-null (LARNT), HIF-1α-null (LHIF1α), and HIF-2α-null (LHIF2α) mice, comparing them to littermate controls. It contains results on fasting glucose, glucose tolerance, hepatic ATP levels, post-prandial serum triglycerides, and mRNA expression for genes like G6Pase and Chrebp.

Use Cases

• Analyze the relationship between hepatic ARNT deletion and elevated fasting glucose levels in LARNT mice.
• Compare post-prandial serum triglyceride measurements between LARNT mice and littermate controls to study dyslipidaemia.
• Investigate the correlation between hepatic ATP levels and mRNA expression of metabolic genes like G6Pase and Scd-1.
• Assess glucose tolerance test results across different genetic knockout models (LARNT, LHIF1α, LHIF2α).
• Model the impact of Chrebp and Fas mRNA expression changes on hepatic glucose production.

Strengths

• Data originates from a controlled experimental study with specific genetic knockout models (LARNT, LHIF1α, LHIF2α).
• Includes multiple metabolic parameters: fasting glucose, glucose tolerance, hepatic ATP, serum triglycerides, and mRNA expression data.
• Published under a permissive CC0 1.0 license, facilitating reuse and analysis.
• Study provides convincing evidence for ARNT's role in metabolic dysfunction, as noted in the conclusions.

Limitations

• Sample size and number of data rows are unknown, limiting statistical power assessment.
• Data is restricted to a mouse model, and direct applicability to human metabolism may be limited.
• Specific file formats, data structure (columns), and raw measurement values are not provided in the input.

Provenance

Source

Christopher H. Scott, published via Dryad.

Collection Method

Experimental data from hepatocyte-specific knockout mice (LARNT, LHIF1α, LHIF2α) compared to littermate controls.

Freshness

Last updated in June 2020.