variety The selective advantages of using light as a source of information are reflected in the diverse types of extant eyes. The physical properties of light restrict how it can be collected and processed, resulting in only eight known optical systems found in animals. Eyes develop through tissue rearrangement and differentiation. Our understanding of the source of genetic information used in developmental programs is growing rapidly and re-veals distributions of gene expression with substantial overlap in both time and space. Specific genes and their products are used repeatedly, making causal relation-ships more difficult to discern. The phenomenon of groups of genes acting together seems to be the rule. Throughout evolution, particular ...
SummaryAlmost all animals, no matter how humble, possess eyes. Only those that live in total darknes...
AbstractThe vast differences between vertebrate and arthropod eyes suggest that the recently discove...
Site-specific phenotypic effects of the 73 known alleles in the rhodopsin gene that cause retinal de...
Abstract Did the diversity of lens-containing eyes evolve from one ancestral eye (monophyletic evolu...
The eye is an organ of such remarkable complexity and apparently flawless design that it presents a ...
Contains fulltext : 18898_eye_lecr.pdf (publisher's version ) (Open Access)From th...
A central issue of evolutionary developmental biology is how the eye is diverged morphologically and...
genetic control of eye development and its implications for the evolution of the various eye-types
Every aspect of vision, from the opsin proteins to the eyes and the ways that they serve animal beha...
Complex sensory systems such as vision shape the way organisms perceive, interact, and adapt to the ...
The morphology and molecular mechanisms of animal photoreceptor cells and eyes reveal a complex patt...
Animal eyes have long served as a classical example of independent origin followed by convergence of...
From the dawn of evolution where primitive one-cellular organisms oriented themselves to the light o...
The eye has played a major role in human genomics including gene therapy. It is the fourth most comm...
Three embryonic tissue sources—the neural ectoderm, the surface ectoderm, and the peri-ocular mesenc...
SummaryAlmost all animals, no matter how humble, possess eyes. Only those that live in total darknes...
AbstractThe vast differences between vertebrate and arthropod eyes suggest that the recently discove...
Site-specific phenotypic effects of the 73 known alleles in the rhodopsin gene that cause retinal de...
Abstract Did the diversity of lens-containing eyes evolve from one ancestral eye (monophyletic evolu...
The eye is an organ of such remarkable complexity and apparently flawless design that it presents a ...
Contains fulltext : 18898_eye_lecr.pdf (publisher's version ) (Open Access)From th...
A central issue of evolutionary developmental biology is how the eye is diverged morphologically and...
genetic control of eye development and its implications for the evolution of the various eye-types
Every aspect of vision, from the opsin proteins to the eyes and the ways that they serve animal beha...
Complex sensory systems such as vision shape the way organisms perceive, interact, and adapt to the ...
The morphology and molecular mechanisms of animal photoreceptor cells and eyes reveal a complex patt...
Animal eyes have long served as a classical example of independent origin followed by convergence of...
From the dawn of evolution where primitive one-cellular organisms oriented themselves to the light o...
The eye has played a major role in human genomics including gene therapy. It is the fourth most comm...
Three embryonic tissue sources—the neural ectoderm, the surface ectoderm, and the peri-ocular mesenc...
SummaryAlmost all animals, no matter how humble, possess eyes. Only those that live in total darknes...
AbstractThe vast differences between vertebrate and arthropod eyes suggest that the recently discove...
Site-specific phenotypic effects of the 73 known alleles in the rhodopsin gene that cause retinal de...