Adistant and beautiful land, bathed in sunshine, where people play in gardens and birds sing in the trees. Yet in the corner of this land lies a darkened area, shrouded in a thin mist that symbolizes the shadow of rare diseases, with faint outlines of suffering figures visible.
A "butterfly baby" sits on a soft bed, wearing loose white clothing. His arms are covered with blisters and broken skin. Next to him are some ointments and bandages. He carefully touches his skin with his fingers, his eyes filled with pain and helplessness.
In the examination room of the hospital, a doctor is performing an amniocentesis on a pregnant woman, who lies on the bed with a slightly tense expression. The screen of the nearby instrument displays the fetal chromosome image, which the doctor observes intently.
The magic of CRISPR technology In the laboratory, scientists gather around an advanced instrument that emits a soft glow. They hold tools resembling "gene scissors" in their hands and precisely manipulate the gene chain, which has a red mark representing the EB-related gene mutation site.
A young mother sat on a bench outside the laboratory, her hands clenched tightly, her eyes anxiously fixed on the laboratory door. After a while, the door opened, and the scientist emerged with a smile, telling her the good news that her baby was healthy. The mother was overcome with emotionand shed tearsof joy.
With this advanced technology, many families are now holding healthy babies in their arms, their faces beaming with happiness. They gather together to share their joy. Members of charitable organizations also come to their side, offering warm care and assistance.
Scientists stand in a sunlit field, with state-of- the-art laboratories behind them and countless healthy, happy children running and playing in front of them.
