Systems Biology is at the core of many recent important breakthroughs in the study of biological systems. In this talk, I will try to argue how the field of Systems Biology arises as a combination of Nonlinear Dynamics, the access to quantitative tools and a new perspective in Molecular Biology that focuses on interactions rather than molecules themselves. In our lab, we work in Systems Biology approaches applied to Developmental Systems and the differentiation of stem cells during early neurogenesis. We will focus in a theoretical/computational/experimental approach to study the differentiation of several organs in the fruit fly.
References:
[1] D. G. Míguez*, D. Garcia-Morales & F. Casares*, Control of size, fate and time by the Hh morphogen in the eyes of flies, Current Topics in Developmental Biology: Volume 137, 307-332 (2020), (*shared corresponding authorship)
[2] D. Garcia-Morales, D. G. Míguez* & F. Casares. Dynamic Hh signaling can generate temporal informa- tion during tissue patterning. Development, 146, dev176933
(2019) (*shared corresponding authorship)
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