Effects of sub-chronic cannabis smoke exposure on inflammatory markers in serum
Sub-chronic cannabis smoke exposure alters inflammatory cytokines bidirectionally in younger and older mice, primarily impacting the hippocampus.
The Microbial Mechanisms of Cardiovascular Disease: Oral Dysbiosis as a Systemic Instigator.
This clinical review examines how oral dysbiosis cardiovascular disease mechanisms create systemic inflammation and vascular damage. Evidence shows periodontal therapy can reduce cardiovascular risk markers, establishing oral health as a modifiable risk…
Regular cannabinoid use and inflammatory biomarkers: Systematic review and hierarchical meta-analysis.
A comprehensive systematic review of cannabis inflammatory biomarkers found associations with anti-inflammatory markers in observational studies. However, the clinical significance of these laboratory changes remains uncertain, and the predominance of…
Cannabis may not be as anti-inflammatory as believed—research paints a more complex picture
Emerging cannabis anti-inflammatory research reveals that its effects on inflammation are complex and context-dependent. This challenges the assumption that cannabis universally reduces inflammation. Clinicians should consider patient-specific responses…
Cannabinoid Use Linked to Bidirectional Inflammatory Responses: A Review
The bidirectional inflammatory response cannabinoids produce is key to understanding cannabis effects on inflammation. This response explains why cannabis can have both pro- and anti-inflammatory effects. Clinical variability highlights the need for…
Understanding Cannabinoid Effects on Inflammation: A Detailed Review
Cannabinoid effects on inflammation are complex and context-dependent, showing both pro- and anti-inflammatory properties. This dual role challenges assumptions about cannabinoids as universal anti-inflammatory agents. Understanding these effects is…
Cannabidiol and Diabetic Heart Disease: Mechanistic Evidence and Translational Challenges
CBD diabetic heart disease preclinical research evidence reveals promising cardioprotective mechanisms including oxidative stress reduction and anti-inflammatory effects. These findings provide a scientific foundation for future clinical studies.…
Anti-inflammatory effects of Glehnia littoralis ethyl acetate extract and its active compound phellopterin via inhibition of N-acylethanolamine acid amidase.
Glehnia littoralis anti-inflammatory properties are linked to inhibition of N-acylethanolamine acid amidase (NAAA). The ethyl acetate extract and phellopterin compound show promising anti-inflammatory effects. This research highlights potential…
Study Reveals Lung-Brain Link Between Smoking and Neurodegeneration
Understanding the lung-brain axis smoking neurodegeneration link is crucial for clinicians advising on cannabis consumption methods. This study highlights pulmonary inflammation's role in brain health. It supports harm reduction strategies favoring…
Wim Hof Method and Lifestyle Changes Reduce Inflammation in MS
The Wim Hof method inflammation MS study highlights lifestyle changes that reduce inflammation in multiple sclerosis. This approach combines cold exposure, breathing, and meditation. It offers promising complementary strategies for managing MS symptoms.
