Green hydra are able to regenerate tentacles after fast durations which cause brown, i.e., asymbiotic, hydra to fail completely, but the presence of endosymbiotic algae does not always enhance regeneration in fasted hydra. Green hydra whose nutritional state falls below some threshold, exhibit a light induced inhibition of regeneration. That is, hydra, fasted in the light, then randomly assigned to light or dark after decapitation, regenerate better in the dark. This effect of light does not appear to be present either in brown hydra or in normally green hydra from which the algae were removed. In a large strain of Chlorohydra viridissima, after fasts of intermediate duration (10 and 15 days), this light induced inhibition of regeneration i...
The aim of the project was to understand the symbiotic interactions in Hydra viridissima metaorganis...
Aposymbiotic polyps of Hydra viridis were infected with 17 strains of in vitro cultured Chlorella sp...
The freshwater cnidarian Hydra owes its long history in experimental biology to its unique potential...
In fed hydra or excised regenerating peduncles there are increases in the mitotic indices of both di...
Regression analysis of the relationship between the size of interphase and mitotic digestive cells o...
In order to examine the relationship between crowding and growth rate in green hydra (Hydra viridis)...
BACKGROUND: Algal-cnidarian symbiosis is one of the main factors contributing to the success of cnid...
The infrastructure of Chlorella-like algal endosymbionte from the Florida and English strains of gre...
AbstractThe mutant strain reg-16 of Hydra magnipapillata has less capacity to regenerate a head than...
Many multicellular organisms rely on symbiotic associations for support of metabolic activity, prote...
endosymbionts isolated and maintained in laboratory conditions for years from green Hydra strains kn...
In this work we explored regeneration and homeostatic body patterning of the simple cnidarian Hydra....
We have examined the growth behavior of small numbers of interstitial stem cells transplanted into t...
AbstractThe basis for Hydra's enormous regeneration capacity is the “stem cellness” of its epitheliu...
<p>The symbiotic algae can be seen as small (∼10 µm) green spheres, and those found in the apical pa...
The aim of the project was to understand the symbiotic interactions in Hydra viridissima metaorganis...
Aposymbiotic polyps of Hydra viridis were infected with 17 strains of in vitro cultured Chlorella sp...
The freshwater cnidarian Hydra owes its long history in experimental biology to its unique potential...
In fed hydra or excised regenerating peduncles there are increases in the mitotic indices of both di...
Regression analysis of the relationship between the size of interphase and mitotic digestive cells o...
In order to examine the relationship between crowding and growth rate in green hydra (Hydra viridis)...
BACKGROUND: Algal-cnidarian symbiosis is one of the main factors contributing to the success of cnid...
The infrastructure of Chlorella-like algal endosymbionte from the Florida and English strains of gre...
AbstractThe mutant strain reg-16 of Hydra magnipapillata has less capacity to regenerate a head than...
Many multicellular organisms rely on symbiotic associations for support of metabolic activity, prote...
endosymbionts isolated and maintained in laboratory conditions for years from green Hydra strains kn...
In this work we explored regeneration and homeostatic body patterning of the simple cnidarian Hydra....
We have examined the growth behavior of small numbers of interstitial stem cells transplanted into t...
AbstractThe basis for Hydra's enormous regeneration capacity is the “stem cellness” of its epitheliu...
<p>The symbiotic algae can be seen as small (∼10 µm) green spheres, and those found in the apical pa...
The aim of the project was to understand the symbiotic interactions in Hydra viridissima metaorganis...
Aposymbiotic polyps of Hydra viridis were infected with 17 strains of in vitro cultured Chlorella sp...
The freshwater cnidarian Hydra owes its long history in experimental biology to its unique potential...