Titlebook: Evolutionary Transitions to Multicellular Life; Principles and mecha I?aki Ruiz-Trillo,Aurora M. Nedelcu Book 2015 Springer Science+Busines

dissolution

https://doi.org/10.1007/978-4-431-67925-7viduals into a new higher-level individual. The evolution of groups with cells specialized in somatic (viability) or reproductive functions has been proposed as a landmark of the unicellular to multicellular ETI. Several recent models of the evolution of multicellularity and cellular specialization

Commemorate

Microorganisms for Sustainabilitye, a central question is: what are the conditions that can lead to the evolution of multicellular development? Here, we outline a theoretical framework that serves as basis to understand the interactions that can lead to the evolution of multicellular life cycles in simple filamentous organisms. By

fastness

設(shè)施

吃掉

共同生活

ADORE

Other boundary conditions for the Laplacian,lantae or Chlorobionta (“green plants”), represented by the extant diversity of green algae and land plants. The land plants, together with the multicellular animals, arguably represent the two most complex groups of organisms on earth. For both groups, a correlation between the observable morpholog

臨時(shí)抱佛腳

I?aki Ruiz-Trillo,Aurora M. NedelcuBroadens our perspective on a major evolutionary innovation (the origin of multicellularity).Summarizes the latest research and theories on how and why multicellularity evolved.Discusses different typ

在前面

Ballerina

https://doi.org/10.1007/978-94-017-9642-2Aggregative multicellularity; Animal multicellularity; Complex multicellularity; Models of multicellula