TY - JOUR
T1 - Home C-ABPM for preventive and curative health care and transdisciplinary science
AU - Halberg, Franz
AU - Cornélissen, Germaine
AU - Otsuka, Kaniaki
AU - Watanabe, Yoshihiko
AU - Singh, Ram B.
AU - Revilla, Miguel
AU - de la Peña, Salvador Sanchez
AU - Gonzalez, Clicerio
AU - Siegelova, Jarmila
AU - Homolka, Pavel
AU - Dusek, Jiri
AU - Zeman, Michal
AU - Singh, R. K.
AU - Johnson, Dana
AU - Fiser, Bohumil
PY - 2008
Y1 - 2008
N2 - The clinical everyday management of blood pressure (BP) and heart rate (HR) can be greatly improved by the mapping of time structures in home ambulatory BP and HR assessment. Thereby, we change focus from the BP and the HR to the dynamics of these variables. This change is achieved by computer-implemented chronomics, the mapping of chronomes, consisting of cyclicities (our concern herein) along with chaos and trends, in the service of cardiologists, general health care providers, the educated public, and transdisciplinary science. We here further illustrate the yield of chronomics in research on long BP and HR series covering years, some several decades long, and on archives of human sudden cardiac death revealing magnetoperiodisms, e.g.,"years" longer than a calendar year, i.e., transyears. In this case of cardiac arrest, what we do not see, the 16- to 20-month transyear is prominent, in the absence of any signature of the calendar year, and so can be a cis-half-year of about 5 months.
AB - The clinical everyday management of blood pressure (BP) and heart rate (HR) can be greatly improved by the mapping of time structures in home ambulatory BP and HR assessment. Thereby, we change focus from the BP and the HR to the dynamics of these variables. This change is achieved by computer-implemented chronomics, the mapping of chronomes, consisting of cyclicities (our concern herein) along with chaos and trends, in the service of cardiologists, general health care providers, the educated public, and transdisciplinary science. We here further illustrate the yield of chronomics in research on long BP and HR series covering years, some several decades long, and on archives of human sudden cardiac death revealing magnetoperiodisms, e.g.,"years" longer than a calendar year, i.e., transyears. In this case of cardiac arrest, what we do not see, the 16- to 20-month transyear is prominent, in the absence of any signature of the calendar year, and so can be a cis-half-year of about 5 months.
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M3 - Article
AN - SCOPUS:77953449739
SN - 1556-4002
VL - 1
SP - 233
EP - 261
JO - World Heart Journal
JF - World Heart Journal
IS - 3
ER -