👉 Tigers, specifically the subspecies Panthera tigris tigris known as the Bengal tiger, have been subject to extensive genetic engineering efforts aimed at addressing their endangered status and improving their survival prospects. These initiatives often involve techniques like CRISPR-Cas9 gene editing to correct genetic defects, enhance disease resistance, and increase genetic diversity within fragmented populations. By introducing beneficial traits or repairing harmful mutations, scientists hope to bolster the health and adaptability of tigers in both captivity and the wild. Additionally, genetic engineering can aid in studying the genetic basis of traits critical for tiger survival, such as camouflage and hunting prowess, thereby informing conservation strategies. However, these efforts are complex and ethically debated, balancing the potential benefits of genetic intervention against concerns about altering natural ecosystems and animal welfare.
