全能的

Totipotent cells have the ability to differentiate into any cell type in the body.
具有全能性的细胞有能力分化为体内任何类型的细胞。
The zygote is the most totipotent cell, capable of developing into a complete organism.
受精卵是最具全能性的细胞，能够发育成一个完整的生物体。
Embryonic stem cells are considered totipotent because they can give rise to every cell type in the embryo.
胚胎干细胞被认为是全能性的，因为它们可以生成胚胎中的每一种细胞类型。
Pluripotent cells derived from totipotent cells gradually lose their ability to form extra-embryonic tissues.
由全能性细胞衍生的多能细胞逐渐丧失了形成胚胎外组织的能力。
Totipotency is a fundamental property of plant cells, allowing them to regenerate an entire plant.
全能性是植物细胞的基本属性，使它们能够再生出整个植株。
In regenerative medicine, totipotent cells hold great promise for treating various diseases and injuries.
在再生医学中，全能性细胞对于治疗各种疾病和损伤具有巨大的潜力。
This new technique allows us to reprogram adult cells back into totipotent state.
这项新技术使我们能够将成体细胞重新编程回到全能状态。
Totipotent stem cells exhibit the potential to form all embryonic and extra-embryonic cell types.
全能性干细胞显示出形成所有胚胎及胚胎外细胞类型的潜能。
The study of totipotent cells helps scientists understand early human development.
对全能性细胞的研究有助于科学家了解早期人类发育过程。
Induced totipotent stem cells (iToti) may offer advantages over natural totipotent cells in some applications.
诱导产生的全能干细胞（iToti）在某些应用上可能比天然全能细胞更具优势。