There are several different ideas regarding pattern formation in the vertebrate limb. In this paper I will do a comparative study of several of the ideas and present mathematical models which describe three of the theories. A brief history of morphogenetic modeling will be presented, along with a summary of the biology involved. Then, the three models will be presented and proven using the method of stability analysis. Following the mathematical analysis of the models, I will talk about the possible types of patterns that can be produced, and compare the three models. Finally, I will discuss a recent discovery related to limb bud pattern formation
Major unresolved questions regarding vertebrate limb development concern how the numbers of skeletal...
BACKGROUND: Major unresolved questions regarding vertebrate limb development concern how the numbers...
The limb bud is of paradigmatic value to understanding vertebrate organogenesis. Recent genetic anal...
There are several different ideas regarding pattern formation in the vertebrate limb. In this paper ...
Abstract A recently proposed mathematical model of a “core ” set of cellular and molecular interacti...
The developing limbs of most vertebrates serve as a model system for studies of morphogenesis, patte...
Limb bud development has been studied for decades and contributed a wealth of knowledge to our under...
Several theoretical models have been proposed to attempt to elucidate the underlying mechanisms invo...
AbstractA combination of embryology and gene identification has led us to the current view of verteb...
The central issue in development is the formation of spatial patterns of cells in the early embryo. ...
We review the current state of mathematical modeling of cartilage pattern formation in vertebrate li...
A central goal of current biology is to decode the mechanisms that underlie the processes of morphog...
development of vertebrate limbs is an excellent model to study patterning and growth regulation in e...
The development of the vertebrate joint is punctuated by a series of coordinated events regulated by...
The limb has long been considered a paradigm for organogenesis because of its simplicity and ease of...
Major unresolved questions regarding vertebrate limb development concern how the numbers of skeletal...
BACKGROUND: Major unresolved questions regarding vertebrate limb development concern how the numbers...
The limb bud is of paradigmatic value to understanding vertebrate organogenesis. Recent genetic anal...
There are several different ideas regarding pattern formation in the vertebrate limb. In this paper ...
Abstract A recently proposed mathematical model of a “core ” set of cellular and molecular interacti...
The developing limbs of most vertebrates serve as a model system for studies of morphogenesis, patte...
Limb bud development has been studied for decades and contributed a wealth of knowledge to our under...
Several theoretical models have been proposed to attempt to elucidate the underlying mechanisms invo...
AbstractA combination of embryology and gene identification has led us to the current view of verteb...
The central issue in development is the formation of spatial patterns of cells in the early embryo. ...
We review the current state of mathematical modeling of cartilage pattern formation in vertebrate li...
A central goal of current biology is to decode the mechanisms that underlie the processes of morphog...
development of vertebrate limbs is an excellent model to study patterning and growth regulation in e...
The development of the vertebrate joint is punctuated by a series of coordinated events regulated by...
The limb has long been considered a paradigm for organogenesis because of its simplicity and ease of...
Major unresolved questions regarding vertebrate limb development concern how the numbers of skeletal...
BACKGROUND: Major unresolved questions regarding vertebrate limb development concern how the numbers...
The limb bud is of paradigmatic value to understanding vertebrate organogenesis. Recent genetic anal...