Морфогенез

Рост и развитие. Морфогенез
Морфогенез

В биологии развития плодовая мушка Drosophila melanogaster является одним из наиболее важных модельных организмов.

 
А. Развитие плодовой мушки

Жизненный цикл плодовой мушки составляет примерно 10 дней. Он начинается в день О с откладки оплодотворённых яиц. Эмбриональное развитие занимает один день (1), после чего зародыш превращается в небольшую личинку. ...

А. Развитие плодовой мушки
Б. Роль генов — регуляторов развития

Биохимические механизмы, регулирующие сложный процесс морфогенеза в период эмбрионального развития, рассматриваются на примере плодовой мушки. Эмбриональное развитие регулируется иерархической системой из трёх ...

Б. Роль генов — регуляторов развития

Microbiology with Diseases by Taxonomy with MasteringMicrobiology (3rd Edition) / The Third Edition of Microbiology with Diseases by Taxonomy is the most cutting-edge microbiology book available, offering unparalleled currency, accuracy, and assessment. The state-of-the science approach begins with a compelling focus on emerging diseases and diseases students will encounter in clMicrobiology with Diseases by Taxonomy with MasteringMicrobiology (3rd Edition)
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Физическая химия. Денатурации белков
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Introductory Chemistry: Concepts and Critical Thinking, Sixth Edition is a comprehensive learning system that offers print and media resources as well ...
Role of TCF in body axis formation: Discovery of a Dual Action of XTCF-3 in Xenopus Body Axis Formation / A novel role of TCF family in body axis formation. Revolutionary high impact discoveries are described, elucidating the missing link in the Wnt pathway and protein-TCF combinations with dual functions. By studying the primary axis formation of Xenopus laevis, it was firstly shown that, in combinatioRole of TCF in body axis formation: Discovery of a Dual Action of XTCF-3 in Xenopus Body Axis Formation
A novel role of TCF family in body axis formation. Revolutionary high impact discoveries are described, elucidating the missing link in the Wnt ...