👉 Daughter engineering, also known as female stem cell engineering or female-specific stem cell technology, refers to the specialized techniques and methodologies developed to generate and manipulate stem cells derived from female germ cells, such as oocytes or primordial germ cells. This field aims to overcome the challenges associated with obtaining and working with female stem cells, which are often scarce and difficult to culture. By harnessing the unique properties of female germ cells, researchers can produce induced pluripotent stem cells (iPSCs) or other types of stem cells that retain the characteristics of their female origin, offering potential applications in personalized medicine, disease modeling, and regenerative therapies. Daughter engineering focuses on optimizing protocols for efficient cell isolation, expansion, and differentiation, ensuring that these cells maintain their biological integrity and therapeutic potential.
