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)
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- Spanish (ES)
- Serbian (SR)
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- Spanish, Latin American (XL)
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- 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)
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 ...
Cells comprising actual reproductive components of a human organism (e.g., eggs, sperm).
A reproductive cell containing half of the genetic material necessary to form a complete human organism. During fertilization, male and female gametes (sperm and ovum, respectively) fuse, producing a ...
One of the two or more cells formed in the division of a single cell.
A developing human from the eighth week of gestation to birth.
Primitive (undifferentiated) cells that have the potential to become a wide variety of specialized cell types (i.e., cardiac myocytes, neuronal, pancreatic). They are pluripotent cells derived from ...
The developing human organism (a group of cells) that arise from a fertilized egg (after merging of egg and sperm). An embryo does have the potential to become a complete organism. The embryonic ...
