[No abstract available]

Cardiovascular disease is the leading cause of death worldwide, and diabetes, the most common metabolic syndrome, causes a 2–5 times higher risk for heart disease (1). Specifically, cardiovascular complications in people ...

In the original article, there was an error. One of the funders wasmissed out in the Acknowledgements. A correction has been made to the Acknowledgements section. “The authors would like to thank Qatar Metabolic Institute, ...

Over the past decades, oncology has occupied the lion’s share of all nanomedical applications [1-3]. In 2020, up to 65% of the clinical trials involving nanomaterials were attending to cancer therapeutics and diagnostics ...

Infectious diseases remain a serious health threat globally, an actuality that necessitates ongoing research in this field. Among different research modalities, the use of animal models to unravel host-pathogen interactions ...

The importance of personalized medicine in the healthcare management of several diseases is well-documented. Still, very little is known about the role of genetics in susceptibility or resistance to infectious diseases ...

Developmental Physiology can be broadly defined as the field of science aiming to understand the physiological processes shaping a fertilized egg of a species into a wellstructured and functional multi-cellular organism. ...

Editorial on the Research Topic Emerging mechanisms in cardiovascular disease The leading cause of worldwide mortality is cardiovascular disease (CVD) (Aboukhater et al., 2023). Despite many significant advances in the ...

Colistin remains a high-priority, critically important antimicrobial that is used for treating severe infections caused by multidrug-resistant (MDR) Gram-negative bacteria. However, colistin resistance and the emergence ...