We investigated whether all stem cells of Hydra can differentiate both somatic cells and gametes or if a separate germ line exists in these phylogenetically old organisms. The differentiation potential of single stem cells was analyzed by applying a statistical cloning procedure. All stem cell clones were found to differentiate somatic cells. No clone was found to contain stem cells which do not differentiate. Most of the clones could be induced to form gametes. No clone was found that produced gametes only. The results indicate that stem cells are multipotent in the sense that individual stem cells can differentiate into somatic cells as well as germ line cells
A procedure has been developed for cloning interstitial stem cells from hydra. Clones are prepared b...
A procedure has been developed for cloning interstitial stem cells from hydra. Clones are prepared b...
A procedure has been developed for cloning interstitial stem cells from hydra. Clones are prepared b...
We investigated whether all stem cells of Hydra can differentiate both somatic cells and gametes or ...
We investigated whether all stem cells of Hydra can differentiate both somatic cells and gametes or ...
We investigated whether all stem cells of Hydra can differentiate both somatic cells and gametes or ...
We investigated whether all stem cells of Hydra can differentiate both somatic cells and gametes or ...
We investigated whether all stem cells of Hydra can differentiate both somatic cells and gametes or ...
AbstractThree types of interstitial stem cell subpopulation were isolated fromHydra magnipapillata,a...
AbstractThree types of interstitial stem cell subpopulation were isolated fromHydra magnipapillata,a...
Single interstitial stem cells of male polyps of Hydra magnipapillata give rise to clones that diffe...
Single interstitial stem cells of male polyps of Hydra magnipapillata give rise to clones that diffe...
Single interstitial stem cells of male polyps of Hydra magnipapillata give rise to clones that diffe...
Single interstitial stem cells of male polyps of Hydra magnipapillata give rise to clones that diffe...
Single interstitial stem cells of male polyps of Hydra magnipapillata give rise to clones that diffe...
A procedure has been developed for cloning interstitial stem cells from hydra. Clones are prepared b...
A procedure has been developed for cloning interstitial stem cells from hydra. Clones are prepared b...
A procedure has been developed for cloning interstitial stem cells from hydra. Clones are prepared b...
We investigated whether all stem cells of Hydra can differentiate both somatic cells and gametes or ...
We investigated whether all stem cells of Hydra can differentiate both somatic cells and gametes or ...
We investigated whether all stem cells of Hydra can differentiate both somatic cells and gametes or ...
We investigated whether all stem cells of Hydra can differentiate both somatic cells and gametes or ...
We investigated whether all stem cells of Hydra can differentiate both somatic cells and gametes or ...
AbstractThree types of interstitial stem cell subpopulation were isolated fromHydra magnipapillata,a...
AbstractThree types of interstitial stem cell subpopulation were isolated fromHydra magnipapillata,a...
Single interstitial stem cells of male polyps of Hydra magnipapillata give rise to clones that diffe...
Single interstitial stem cells of male polyps of Hydra magnipapillata give rise to clones that diffe...
Single interstitial stem cells of male polyps of Hydra magnipapillata give rise to clones that diffe...
Single interstitial stem cells of male polyps of Hydra magnipapillata give rise to clones that diffe...
Single interstitial stem cells of male polyps of Hydra magnipapillata give rise to clones that diffe...
A procedure has been developed for cloning interstitial stem cells from hydra. Clones are prepared b...
A procedure has been developed for cloning interstitial stem cells from hydra. Clones are prepared b...
A procedure has been developed for cloning interstitial stem cells from hydra. Clones are prepared b...