Add to ORKGThe evolution of somatic cells is a key aspect in the evolution of single to multicellular life forms. Our model is based on an empirically tested model of the growth of unicellular Chlamydomonas algae and a suggestion by Koufopanou (1994) that the basic mechanism underlying Chlamydomonas growth and reproduction may better explain the diversity of more complex volvocine algae morphologies. Six strains of Pleodorina starrii investigated in terms of the parameters of the model, yielded data for the proportion somatic (p) at various cell number sizes
In the past decade the volvocine green algae, spanning from the unicellular Chlamy-domonas to multic...
The evolution of multicellular organisms is considered to be a major evolutionary transition, profou...
During the transitions from unicellularity to multicellularity, cells transitioned from functioning ...
Hallmann A. Evolution of reproductive development in the volvocine algae. Sexual Plant Reproduction....
The evolution of multicellularity is an example of an evolutionary transition in individuality, in w...
This thesis is a study of the evolution and development of the flagellate green algae. The first par...
Rights Copyright © is held by the author. Digital access to this material is made possible by the Un...
<div><p>Volvocine green algae represent the “evolutionary time machine” model lineage for studying m...
Volvocine green algae represent the "evolutionary time machine" model lineage for studying multicell...
The evolution of multicellularity involves a conflict between different levels of selection: cell an...
As a means to understand the emergence of individuality at a new higher level, a model about the tra...
SYNOPSIS. Volvox and its relatives provide an exceptional model for integrative studies of the evolu...
The transition from unicellular, to colonial, to larger multicellular organisms has benefits, costs,...
The green lineage of chlorophyte algae and streptophytes form a large and diverse cladewith multiple...
During the evolution of multicellularity from unicellular ancestors, cells transition from being evo...
In the past decade the volvocine green algae, spanning from the unicellular Chlamy-domonas to multic...
The evolution of multicellular organisms is considered to be a major evolutionary transition, profou...
During the transitions from unicellularity to multicellularity, cells transitioned from functioning ...
Hallmann A. Evolution of reproductive development in the volvocine algae. Sexual Plant Reproduction....
The evolution of multicellularity is an example of an evolutionary transition in individuality, in w...
This thesis is a study of the evolution and development of the flagellate green algae. The first par...
Rights Copyright © is held by the author. Digital access to this material is made possible by the Un...
<div><p>Volvocine green algae represent the “evolutionary time machine” model lineage for studying m...
Volvocine green algae represent the "evolutionary time machine" model lineage for studying multicell...
The evolution of multicellularity involves a conflict between different levels of selection: cell an...
As a means to understand the emergence of individuality at a new higher level, a model about the tra...
SYNOPSIS. Volvox and its relatives provide an exceptional model for integrative studies of the evolu...
The transition from unicellular, to colonial, to larger multicellular organisms has benefits, costs,...
The green lineage of chlorophyte algae and streptophytes form a large and diverse cladewith multiple...
During the evolution of multicellularity from unicellular ancestors, cells transition from being evo...
In the past decade the volvocine green algae, spanning from the unicellular Chlamy-domonas to multic...
The evolution of multicellular organisms is considered to be a major evolutionary transition, profou...
During the transitions from unicellularity to multicellularity, cells transitioned from functioning ...