| bone marrow | 0.73 |
| the body | 0.63 |
| embryo | 0.60 |
| multicellular organisms | 0.59 |
| blood | 0.58 |
| adult | 0.55 |
| tissue | 0.55 |
| umbilical cord | 0.53 |
| the brain | 0.52 |
| skeletal muscles | 0.50 |
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| differentiate | 0.66 |
| give rise | 0.66 |
| renew | 0.65 |
| act as a repair system | 0.65 |
| replace cell | 0.62 |
| develop into red blood … | 0.61 |
| go to work | 0.60 |
| turn into blood | 0.60 |
| turn into fat | 0.59 |
| develop into platelet | 0.58 |
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| cell | 0.48 |
| two important character… | 0.42 |
| their potential | 0.25 |
| create good image | 0.16 |
| remarkable potential | 0.64 |
| property | 0.58 |
| the capability | 0.55 |
| regenerative properties | 0.50 |
| same potential | 0.44 |
| the power | 0.43 |
| growth factors | 0.41 |
| unique characteristics | 0.40 |
| self-healing and multi-… | 0.39 |
| multipotential differen… | 0.39 |
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| time | 0.25 |
| useful | 0.63 |
| unique | 0.63 |
| totipotent | 0.59 |
| embryonic | 0.58 |
| autologous | 0.57 |
| controversial | 0.55 |
| equal | 0.54 |
| quiescent | 0.54 |
| identical | 0.54 |
| important | 0.50 |
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| neuronal regeneration | 0.16 |
| cell death | 0.16 |
| cell | 0.78 |
| undifferentiated cells | 0.72 |
| immature cells | 0.71 |
| unspecialized cells | 0.67 |
| the body’s master cells | 0.65 |
| embryonic stem cells | 0.59 |
| special cells | 0.53 |
| naïve cells of the body | 0.52 |
| adult stem cells | 0.52 |
| primitive cells | 0.50 |
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