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    Chapter

    Theoretical Studies of Pigment Pattern Formation

    A wide variety of patterns can be observed in multicellular organisms. How these various spatial regularities are generated from the seemingly homogeneous field of an egg cell has been a great mystery, and var...

    Seita Miyazawa, Masakatsu Watanabe in Pigments, Pigment Cells and Pigment Patter… (2021)

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    Chapter and Conference Paper

    Turing Pattern Formation without Diffusion

    Using the pigmentation pattern of zebrafish as the experimental system, we have been studying the mechanism of skin pattern formation. Recent findings of the cellular interactions among the two types of pigmen...

    Shigeru Kondo in How the World Computes (2012)

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    Chapter and Conference Paper

    How Animals Get Their Skin Patterns: Fish Pigment Pattern as a Live Turing Wave

    There are several theoretical mechanisms that are able to generate spatial patterns autonomously without any pre-pattern.1,2 Among them, the most plausible in the biological system is the reaction-diffusion (RD) ...

    Shigeru Kondo in Systems Biology (2009)

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    Chapter

    Antibiotic Concentrations in the Human Bone Marrow and Bone Marrow Hematoma

    In prophylactic chemotherapy, one of the most importan conditions is antibiotic concentrations distributed into the tissues. Accordingly, following experiments were done.

    Shigeru Kondo in Pharmacology of Antibiotics (1976)

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    Chapter

    Punch Hole Method. A Simplified Bio-Assay Technique of Antibiotic Concentrations

    In the bio-assay of antibiotic concentrations in body fluids such as bile, blood, urine, etc., the diffusion of antibiotics into an agar medium is commonly utilized, and the techniques of these bio-assay are u...

    Shigeru Kondo in Laboratory Aspects of Infections (1976)