Core Insights - The research conducted by the team from the Shenzhen Agricultural Genomics Institute and Nanjing Agricultural University has led to the development of a new strategy for breeding disease-resistant potatoes, addressing a global agricultural challenge [1][2] Group 1: Research Findings - The study constructed a potato disease resistance gene resource library, revealing the differentiation characteristics of two types of disease resistance genes in terms of sequence and function [1] - The team identified three new late blight resistance genes using comparative and evolutionary genomics, proposing a "plug-in" breeding strategy for disease resistance [2] Group 2: Breeding Strategy - The "plug-in" breeding strategy allows for the easy integration of new disease resistance genes, akin to adding new features to a smartphone, making the breeding process more efficient [2] - This innovative approach is expected to become a significant tool in crop disease resistance breeding, supporting global food security amid the ongoing development of gene editing technologies [2]