WikiBiomeThe human microbiome encyclopedia
WikiBiome/Evidence source
Keystone evidence record

Cardio-Metabolic Effects of Nickel: A Narrative Review

Yucheng Liu, Xiaomin Luo, Yongde Peng, Lu Cai

Share & cite
Article toolsCardio-Metabolic Effects of Nickel: A Narrative Review

Links open in a new tab.

Citation record

Year
2025
Journal
Cardiovascular Toxicology
WikiBiome key
liu-2025-cardiometabolic-nickel
Why this source matters

This review bridges nickel toxicology and cardio-metabolic disease — two fields that rarely intersect. It provides the epidemiological and mechanistic evidence connecting nickel exposure to cardiovascular disease and metabolic syndrome, which allows WikiBiome to extend its nickel-pathogenesis framework beyond the gut into systemic metabolic consequences. Without this paper, the cross-condition pattern linking nickel to both gut dysbiosis and cardiovascular outcomes could not be drawn.

Criteria met: 1 · 3 · 4

Used in 9 visible records

diseaseCardiovascular Disease→metalNickel→diseaseType 2 Diabetes→metalVanadium→mechanismMetabolic Syndrome and Metal Exposure→mechanismMetal Carcinogenesis→mechanismOxidative Stress→interventionMelatonin→analysisMetal-Disease Matrix: A Cross-Source Synthesis→
Author connection

Are you an author of this work?

Every coauthor may independently claim authorship through ORCID, check this record, add context, and see where the work is used.

Claim or review this work →
Researcher discussion

Connect the evidence

Publicly readable discussion by ORCID-authenticated researchers. Questions, interpretation, methods, corrections, and new evidence stay attached to this record.

0 posts

No discussion yet. Start with a precise question or a source-backed observation.

Transparent record

Published page changes

This record shows only material changes published on this page, including changes to its content, evidence, conclusions, or author context. Internal processes and discussion activity are excluded. Pending, declined, and withdrawn proposals remain private.

0 changes

No material page changes have been recorded yet.