Mammals, from the mighty blue whale to the tiny shrew, inhabit nearly every corner of our planet. Their remarkable adaptability to different environments has long fascinated scientists, with each ...

With upright exercise there is a slower rise in heart rate in the elderly compared to the younger subject. Stroke volume is maintained in the elderly person by an increase in end-diastolic volume ...

Key Takeaways ・Erythritol damages brain blood vessel cells, increasing risk of blood clots and stroke in lab studies. ・It reduces nitric oxide and raises endothelin-1, leading to vessel narrowing and ...

Research into cardiovascular physiology in nonmammalian vertebrates reveals a remarkable array of adaptative features that underpin effective oxygen delivery and metabolic regulation under diverse ...

In a world-first pilot study, researchers from the University of South Australia have used video footage of insects to ...

Cardiovascular physiology Taking research to heart The work of our cardiovascular physiology research team is focused on the study of fundamental aspects of heart function as well as the mechanistic ...

Currently, the exercise physiology graduate program has experts working in the areas of high intensity exercise, exercise and aging, renal health, hydration, circadian rhythms, toxicology, molecular ...

If you’ve ever heard someone say they feel their heart is beating out of their chest, they are hopefully exaggerating.

You already move to work that powerful muscle. The time of day can amp up the benefits, found physiology and public health ...

Training focuses on relating the basic approaches of molecular and cellular biology, physiology, biophysics, biomedical engineer‌ing and imaging to mechanistic questions and problems pertinent to the ...

Cardiovascular Physiology Lab Allison Campbell, PhD Candidate Supervisors: Dr. Victoria Claydon and Dr. Anita Cote Email: [email protected] "My research focuses on multimodal neuroimaging of ...

Notably, the heart model unveiled a new form of cardiac arrhythmia, distinct from those observed in traditional animal models, thereby offering new avenues for studying human physiology.