Created by: karen.west
Number of Blossarys: 1
English (EN)- Greek (EL)
- Czech (CS)
- Chinese, Simplified (ZS)
- Bulgarian (BG)
- Thai (TH)
- Albanian (SQ)
- Polish (PL)
- Japanese (JA)
- Arabic (AR)
- Croatian (HR)
-
- Romanian (RO)
- Macedonian (MK)
- Spanish (ES)
- Serbian (SR)
- Indonesian (ID)
- Russian (RU)
- French (FR)
- Turkish (TR)
- Italian (IT)
- Spanish, Latin American (XL)
- Hungarian (HU)
- Portuguese, Brazilian (PB)
- Malay (MS)
- Korean (KO)
- Slovenian (SL)
- Dutch (NL)
- Lithuanian (LT)
- English, UK (UE)
- Chinese, Hong Kong (ZH)
- French, Canadian (CF)
- Estonian (ET)
- Greek (EL)
- Czech (CS)
- Chinese, Simplified (ZS)
- Bulgarian (BG)
- Thai (TH)
- Albanian (SQ)
- Polish (PL)
- Japanese (JA)
- Arabic (AR)
- Croatian (HR)
-
- Romanian (RO)
- Macedonian (MK)
- Spanish (ES)
- Serbian (SR)
- Indonesian (ID)
- Russian (RU)
- French (FR)
- Turkish (TR)
- Italian (IT)
- Spanish, Latin American (XL)
- Hungarian (HU)
- Portuguese, Brazilian (PB)
- Malay (MS)
- Korean (KO)
- Slovenian (SL)
- Dutch (NL)
- Lithuanian (LT)
- English, UK (UE)
- Chinese, Hong Kong (ZH)
- French, Canadian (CF)
- Estonian (ET)
Cells comprising actual reproductive components of a human organism (e.g., eggs, sperm).
Progenitor cells from which all blood cells derive. Haemotopoietic stem cells give rise to distinct two cells - one a replica of the stem cell and one a cell that will further proliferate and ...
Stem cells that give rise to all the blood cell types
Stem cells that give rise to all the blood cell types
The functional cell type of the liver. Hepatocytes make enzymes for detoxifying metabolic waste, synthesise proteins for the blood plasma, produce bile and help control blood sugar levels within ...
The functional cell type of the liver. Hepatocytes make enzymes for detoxifying metabolic waste, synthesise proteins for the blood plasma, produce bile and help control blood sugar levels within ...
The hypothesis of selective retention of parental DNA strands during asymmetric self-renewal. Potential mechanism to protect stem cells from the mutations associated with replication.
