Prenatal Hypoxia
How circadian timing of acute prenatal hypoxia influences maternal physiology, placental function and long-term cardiovascular vulnerability in offspring.
Chronobiology · Cardiovascular physiology · Developmental programming
I investigate how circadian and ultradian timing shapes cardiovascular function, with an emphasis on prenatal programming and environmental modulation of physiological rhythms.
Department of Animal Physiology and Ethology
Research
Our work connects long-term physiological monitoring with molecular evidence to understand how timing becomes biology.
How circadian timing of acute prenatal hypoxia influences maternal physiology, placental function and long-term cardiovascular vulnerability in offspring.
How disrupted circadian integrity modifies sleep-related physiology, autonomic regulation and blood pressure dynamics.
Long-term telemetry in freely moving animals combined with transcriptomic and protein-level validation.
My current work explores ultradian and multiscale spectral fingerprints in long-term physiological recordings.
Continuous physiology
Long-term, remote recordings preserve natural movement and reveal physiological dynamics across day and night.
Available signals depend on the experimental configuration.
Selected telemetry research
Telemetric data collection should be standard in modern experimental cardiovascular research↗ Influences of phase delay shifts of light and food restriction on blood pressure and heart rate in telemetry monitored rats↗ The long-term effects of phase advance shifts of photoperiod on cardiovascular parameters as measured by radiotelemetry in rats↗
Animal + implant
Receiver
Continuous data
InterpretationCurrent research project · VEGA 1/0327/24
Current research project · APVV-25-0256
International mentoring
The laboratory hosts visiting students through ERASMUS+ and related mobility programmes, focusing on experimental physiology, telemetry data analysis, chronobiology and molecular techniques.
PortugalUSAUzbekistan
Publications
Research impact
* 2026 is a partial year
Tools & software
I develop and maintain Cosinor.Online, a browser-based tool for analysing time-distributed data using the classic cosinor model.
Teaching & supervision
Teaching across bachelor’s, master’s and doctoral programmes with an emphasis on physiology, experimental design and scientific practice.
Bachelor’s level
Master’s level
Doctoral level
Contact
I welcome enquiries about chronobiological research, experimental physiology, telemetry data analysis and international student internships.
Get in touch
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