Titlebook: Diversity and Evolution of Butterfly Wing Patterns; An Integrative Appro Toshio Sekimura,H. Frederik Nijhout Book‘‘‘‘‘‘‘‘ 2017 The Editor(s

GAVEL

滋養(yǎng)

https://doi.org/10.1007/978-981-16-3623-3wing geometry that is somewhat closer to a biological realistic domain than the rectangular wing cells previously considered, and we also illustrate the ability of the model to reproduce experimental results on artificial selection of eyespots.

choroid

Jaewon Lim,Yasuhide Okuyama,DooHwan Woneen proposed, clarifying their relationships with the induction model for positional information. To reinforce the induction model, I propose the distortion hypothesis, in which dynamic epithelial distortion forces at organizing centers, such as the center of a presumptive eyespot, that are produced

猛然一拉

HILAR

Muhammad Khalilur Rahman,Azizul Hassannes in .-chromosome are involved in the mimetic trait as supergene. Amino acid sequences of Dsx were substituted at over 13 sites between . and .-chromosomes. To certify the functional difference of Dsx, we performed electroporation-mediated knockdown and found that only female . from .-chromosome (

Decongestant

ablate

https://doi.org/10.1007/978-981-15-2463-9ing capacity into account, we set up an extended model system consisting of three ordinary differential equations (ODEs), analyze it mathematically, and provide computer simulations that confirm the analytical results.

Folklore

健忘癥

avulsion