Hydrogenology
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Molecular hydrogen ameliorates anti-desmoglein 1 antibody-induced pemphigus-associated interstitial lung disease by inhibiting oxidative stress

Tang C et al. · Int J Mol Sci. 2025;26(9):4203.

PreclinicalH₂-rich waterPublished 2025
Study record, not medical adviceThis page reports one source and Hydrogenology’s source-text extraction. It does not establish that molecular hydrogen is effective, safe or appropriate for any person. Human, animal and laboratory evidence must not be treated as equivalent.
Source and classification

What kind of evidence is this?

Evidence stream

Preclinical

Reported design

Controlled antibody-transfer mouse interstitial-lung-disease experiment with one- and three-week assessments

Research topic

Respiratory health

Administration classification

H₂-rich water

Study result signal

Not reported in this record.

Outcome type

Not reported in this record.

Reported in the source

Methods at a glance

Population or model

BALB/cJGpt mice receiving anti-desmoglein-1 or anti-desmoglein-3 antibodies

Sample

Several control, antibody-model and H₂-water groups were used; the complete article does not report one total mouse count or consistent group size

Duration

One week for inflammatory/oxidative assessments and three weeks for fibrosis assessments

Intervention

1.6 ppm hydrogen-rich drinking water, replaced daily, after induction of the anti-Dsg1 lung-disease model

Hydrogen form

H₂ dissolved in drinking water — H₂ only, not Brown’s gas and not inhalation.

H₂ specification

1.6 ppm dissolved H₂, verified by gas chromatography.

H₂ flow

Not applicable — oral water, not gas inhalation; preparation flow was not reported.

O₂ delivered with H₂

No O₂ was co-delivered as part of the H₂ intervention.

Comparator

Model mice receiving normal water, water-only controls and antibody-specific groups

Reported, not endorsed

Outcomes and reported result

Outcomes measured

Lung histology, collagen and Ashcroft score, IgG deposition, inflammatory and profibrotic genes, ROS and antioxidant-gene expression

Reported result

The article reports less inflammation, fibrosis and early oxidative stress with H₂-rich water. IgG deposition was not changed, and ROS did not significantly differ after three weeks.

Results-extraction completeness

The complete open-access article was checked for water concentration, model groups, time points, positive and null outcomes, funding and conflicts. A single total animal count is not reported.

A reported association, difference or mechanism is not automatically a clinical benefit. Null findings, outcome type, study design and precision all matter.

Interpretation limits

Cautions and applicability

Design and reporting cautions

Novel antibody-transfer mouse model with many molecular endpoints and no human participants; the authors acknowledge industry support for the H₂-rich water supply.

Applies directly to

Anti-Dsg1-induced interstitial lung disease in mice, not pemphigus-associated lung disease treatment in people.

Preliminary appraisal framework

Not reported in this record.

Preliminary risk-of-bias status

Not reported in this record.

Appraisal rationale

Not reported in this record.

No single-study GRADE certainty rating is assigned. Certainty is assessed by important outcome across a complete eligible evidence set, not by attaching a final grade to one source.

Provenance

Sources and record status

Identifiers

PMID: 40362440 · DOI: 10.3390/ijms26094203

Publisher access

Open-access full text is available through PMC and the publisher.

Extraction basis

Open-access PMC article and PubMed record; no retraction or expression of concern was shown in the checked records on 7 August 2026.

Record revision

2026-08-10