Density Functional Theory-Based Prediction of the Formation Constants of Complexes of Ammonia in Aqueous Solution:  Indications of the Role of Relativistic Effects in the Solution... by Robert D. Hancock (1507276)

Density Functional Theory-Based Prediction of the Formation Constants of Complexes of Ammonia in Aqueous Solution:  Indications of the Role of Relativistic Effects in the Solution... by Robert D. Hancock (1507276)

Density Functional Theory-Based Prediction of the Formation Constants of Complexes of Ammonia in Aqueous Solution:  Indications of the Role of Relativistic Effects in the Solution... by Robert D. Hancock (1507276)

Density Functional Theory-Based Prediction of the Formation Constants of Complexes of Ammonia in Aqueous Solution:  Indications of the Role of Relativistic Effects in the Solution... by Robert D. Hancock (1507276)

Density Functional Theory-Based Prediction of the Formation Constants of Complexes of Ammonia in Aqueous Solution:  Indications of the Role of Relativistic Effects in the Solution... by Robert D. Hancock (1507276)

Density Functional Theory-Based Prediction of the Formation Constants of Complexes of Ammonia in Aqueous Solution:  Indications of the Role of Relativistic Effects in the Solution... by Robert D. Hancock (1507276)

Density Functional Theory-Based Prediction of the Formation Constants of Complexes of Ammonia in Aqueous Solution:  Indications of the Role of Relativistic Effects in the Solution... by Robert D. Hancock (1507276)

Density Functional Theory-Based Prediction of the Formation Constants of Complexes of Ammonia in Aqueous Solution:  Indications of the Role of Relativistic Effects in the Solution... by Robert D. Hancock (1507276)

Density Functional Theory-Based Prediction of the Formation Constants of Complexes of Ammonia in Aqueous Solution:  Indications of the Role of Relativistic Effects in the Solution... by Robert D. Hancock (1507276)

A. Comparison of Intra-Modular (IM) sub-network density for every over-represented pathway in each melanoma stage (color: black) vs normal stage (color: red). It may be observed that the density of connections among disease genes in enriched sub-networks, generated from normal stage, decreases with disease progression. B. Conservation of enriched pathways from disease genes across different melanoma stages. C. Box-plot representing range of calculated <i>R</i>-scores for every pathway in each stage. High <i>R</i>-score implies higher dysregulation in the connectivity pattern of pathway disease genes in perturbed network as compared to the normal network. D. A combined bar and line graph representing gene count and calculated <i>R</i>-score of the three most common melanoma associated pathways. MAPK pathway decreased <i>R</i>-score is lowered after CM to LN transition despite increase in enriched gene count, whereas, other two pathways show consistent <i>R</i>-score irrespective of gene by Abhinav Kaushik (814425)

“…MAPK pathway decreased <i>R</i>-score is lowered after CM to LN transition despite increase in enriched gene count, whereas, other two pathways show consistent <i>R</i>-score irrespective of gene count.…”

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