Personalized chronobiologic cybercare; other chronomics' progress by transdisciplinary cycles' congruences: season's appreciations 2009

Originally a remembrance of an elderly physiologist, this paper illustrates the need for a standardizedspecification of certain experimental or survey conditions beyond those usually necessarily disclosed inconventional publications, namely calendar-dates, clock-times and geographic locations, to allow referenceto helio-ionosphero-geomagnetics along with natural and artificial lighting and temperature. When possible,body times given by a marker rhythm also should be specified. A personalized chronobiologic cybercare caneventually include focus on infradians, beyond circadians. Benefits from longitudinal monitoring are:1. Chronobiologically-interpreted blood pressure (BP) and heart rate (HR) monitoring enables the diagnosisand treatment of vascular variability anomalies (VVAs) or, if lasting in several 7-day records, disorders(VVDs), not yet screened for in practice, that increase cardiovascular disease risk independently of anelevated BP. 2. The optimal treatment time for the individual patient can be determined and potential harmavoided, since the same dose of the same medication for the same patient can help or harm depending onlyon when it is administered. 3. Benefit may be derived in cancer treatment timed according to markerrhythmometry. 4. The change from a spotcheck-based health care to one of internet-aided systematicself-surveillance by the automatic collection and analysis of time series stems from evidence that nonphoticand photic environmental influences affect biota, associations that may depend on geographic and temporallocation. 5. Imaging in time includes formatting for time, globally and locally, for the mapping of atransdisciplinary spectrum of cycles involving “good” and “bad” strain in human physiology,versus suddencardiac death, suicide and terrorism, all latter requiring rational countermeasures.