If both P1 and P2 are included, we need to choose 2 more proteins from the remaining 4 (since 6 - 2 = 4).

Tue, 05 May 2026 19:20:22 +0000

Understanding Protein Selection in Biological and Research Contexts When studying or designing experiments involving protein analysis, one common challenge is determining the optimal set of proteins to analyze from a larger pool. Suppose in a study, only P1 and P2 have been confirmed or selected for in-depth investigation (i.e., both P1 and P2 are included). This leaves 4 proteins remaining from the full set of 6 (since 6 – 2 = 4). Choosing the right two additional proteins from these remaining options is critical for maximizing research relevance, data quality, and experimental efficiency. ### Why Select Two More Proteins? Analyzing too many proteins increases complexity, cost, and potential noise in results. Selecting only two ensures focus, clarity, and streamlined workflows. These two proteins should ideally complement P1 and P2—either by sharing functional pathways, overlapping biological roles, or offering contrast to deepen mechanistic insights.