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Complex Regulatory Interactions in Gene Expression: XOR and AND Logic

This document explores the intricate relationships between gene regulation using logical operators like XOR and AND. It outlines how Gene C's regulation depends on complex combinations of the statuses of Gene A and Gene B. Specifically, C's expression is contingent on whether both A and B are regulated and how they induce or repress each other. The nuances of gene regulation highlighted here reveal the layered complexity of biological systems, emphasizing the interplay between activation and repression in genetic expression pathways.

merritt-davidson
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Complex Regulatory Interactions in Gene Expression: XOR and AND Logic

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  1. I. II. Gene B Gene B Non-Regulated Regulated Non-Regulated Regulated Non-Regulated Non-Regulated Gene A Gene A Regulated Regulated C = A XOR B C = A AND B C is regulated iff A and B are both regulated C is regulated iff one of either A or B is regulated (XOR) C is induced iff A is induced AND B is induced C is induced iff A is induced AND B is repressed C is induced iff A is repressed AND B is induced C is induced iff A is repressed AND B is repressed C is repressed iff A is induced AND B is induced C is repressed iff A is induced AND B is repressed C is repressed iff A is repressed AND B is induced C is repressed iff A is repressed AND B is repressed C is induced iff A is induced XOR B is induced C is induced iff A is induced XOR B is repressed C is induced iff A is repressed XOR B is induced C is induced iff A is repressed XOR B is repressed C is repressed iff A is induced XOR B is induced C is repressed iff A is induced XOR B is repressed C is repressed iff A is repressed XOR B is induced C is repressed iff A is repressed XOR B is repressed

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