Hydrogenology
Source-linked study record

Effects of Hydrogen-Rich Water on Interleukin-1β, Number of Osteoclasts and Osteoblasts in Streptozotocin-induced Diabetic Rats with Orthodontic Tooth Movement

Hadi LA, Hutapea AM, Florenly F. · Indonesian Biomedical Journal. 2023;15(6):376–383.

PreclinicalH₂-rich waterPublished 2023Source checked
Study record, not medical adviceThis record reports what the source states. It is not medical advice and does not establish that molecular hydrogen is effective, safe or appropriate for any person.
Quick summary

Study at a glance

Evidence type

Preclinical

Population or model

Male rats with or without streptozotocin-induced diabetes and orthodontic tooth movement.

Intervention and dose

Hydrogen-rich water 5 mL by gavage three times daily for 4 weeks; corresponding groups received placebo water. · The article reports a hydrogen concentration of 1,000–1,100 ppm. This unusually high value is reproduced exactly and is not converted or corrected by Hydrogenology.

Duration

4 weeks of gavage after diabetes induction.

Reported result

IL-1β was 140.07±5.14 pg/mL in diabetic-plus-orthodontic rats and 109.06±14.13 with added hydrogen-rich water. Osteoclast counts were lower and osteoblast counts higher in the combined group; the article reports p=0.000 for several comparisons.

Main limitation

Small preclinical study. The stated 1,000–1,100 ppm concentration is atypical for dissolved H₂ and is reported without correction; a unit or measurement issue cannot be excluded.

Evidence and classification

What kind of evidence is this?

Evidence type

Preclinical

Reported design

Randomized controlled rat study

Research topic

Oral and dental health

Administration form

H₂-rich water

Information not yet classified

Some editorial classification fields are still pending. The source-reported outcomes and result are shown below; Hydrogenology does not infer a positive or negative signal from prose automatically.

Reported in the source

Methods

Population or model

Male rats with or without streptozotocin-induced diabetes and orthodontic tooth movement.

Sample

30 rats randomized to six groups; n=5 per group.

Duration

4 weeks of gavage after diabetes induction.

Intervention

Hydrogen-rich water 5 mL by gavage three times daily for 4 weeks; corresponding groups received placebo water.

Hydrogen form

H₂ dissolved in water — H₂ only, not Brown's gas.

Dose or H₂ specification

The article reports a hydrogen concentration of 1,000–1,100 ppm. This unusually high value is reproduced exactly and is not converted or corrected by Hydrogenology.

Comparator

Orthodontic, hydrogen-water, diabetic, diabetic-plus-orthodontic, diabetic-plus-hydrogen-water and combined groups.

Reported, not endorsed

Outcomes and reported result

Outcomes measured

Serum IL-1β and osteoclast/osteoblast counts at orthodontic pressure and tension sides.

Reported result

IL-1β was 140.07±5.14 pg/mL in diabetic-plus-orthodontic rats and 109.06±14.13 with added hydrogen-rich water. Osteoclast counts were lower and osteoblast counts higher in the combined group; the article reports p=0.000 for several comparisons.

Extraction completeness

The free journal full article, methods, tables and figures were checked.

A reported association, difference or mechanism is not automatically a clinical benefit.

Interpretation limits

Limitations and applicability

Main methodological cautions

Small preclinical study. The stated 1,000–1,100 ppm concentration is atypical for dissolved H₂ and is reported without correction; a unit or measurement issue cannot be excluded.

Applies directly to

Diabetic rat orthodontic-tooth-movement model only.

No single-study GRADE certainty rating is assigned. Read how records and evidence assessments are prepared.

Sources and status

Sources and record status

Identifiers

OpenAlex ID: W4389568527 · DOI: 10.18585/inabj.v15i6.2677

Publisher access

Open-access journal full article.

Extraction basis

Indonesian Biomedical Journal full article; full-text extraction checked 8 August 2026.

Last reviewed

10 August 2026

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