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Journal of Human Physiology

ISSN: 2661-3859 (Online)

  • Editorial

    A Foreword from the Editor-in-Chief

    Sanjay Kumar
    1

    Article ID: 107561    DOI:https://doi.org/10.30564/jhp.v1i1.1361
    301  (Abstract) 156  (Download)

    Abstract: I am pleased to present the inaugural issue of “Journal of Human Physiology”: a peer-reviewed, open access academic journal of an innovative kind, which addresses the broad scope for outstanding achievements of the world's leading academic and practicing professionals in the field of human physiology. In connection with this, Journal will broadly focus on physiology, with particular emphasis on man with many aspects such as fertility, heredity,... More

  • Article

    The Optimal Coexistence of Cells: How Could Human Cells Create The Integrative Physiology

    Rafik D. Grygoryan
    2-22

    Article ID: 107574    DOI:https://doi.org/10.30564/jhp.v1i1.1386
    398  (Abstract) 201  (Download)

    Abstract: A general view of human physiology is proposed. Each of 220 cell types must provide its intimate functions despite occasional or chronic obstacles created by other cells. The physiological mechanisms are independently emerged and evolutionarily saved due to their ability to provide optimal-like coexistence of cells on a background of destructive challenges of external/internal environments. In certain limits, both cells and organs are adaptive.... More

  • Article

    Low─Intensive Microwave Signals in Biology and Medicine

    Oleksiy Yanenko
    23-35

    Article ID: 107618    DOI:https://doi.org/10.30564/jhp.v1i1.1453
    598  (Abstract) 595  (Download)

    Abstract: Millimeter range signals have been widely used in biology and medicine over the 20-30 years of the last century. At this time in Ukraine have been developed and implemented treatment technologies, the main ones are millimeter therapy (MMT), microwave resonance therapy (MRT), information-wave therapy (IWT). The features of this technologies are the use of signals in the frequency band 40-78 GHz with extremely low signal levels - 10-9-10-11 W /... More