Findings

What do systematic reviews say?

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Evidence found and GRADE certainty

518 questions · 558 findings · 63 reviews

No studies found 77 · 13.8%GRADE not reported 143 · 25.6%Very low 89 · 15.9%Low 137 · 24.6%Moderate 95 · 17%High 17 · 3%

Mineral trioxide aggregate (MTA) vs Calcium hydroxide (CH)

Postoperative pain (patient-reported) · Vital permanent teeth (mature or immature) with deep or extremely deep caries and asymptomatic pulp or reversible pulpitis, undergoing…

The effect of material choice (MTA vs CaOH) on postoperative pain is unclear: two small studies used different methods and reported contradictory results, so no meta-analysis was performed (ungraded).

1 finding from 1 review

Biodentine vs Calcium hydroxide (CH)

Overall success (composite of clinical and radiographic success) · Vital permanent teeth (mature or immature) with deep or extremely deep caries and asymptomatic pulp or reversible pulpitis, undergoing…

Biodentine and calcium hydroxide did not differ significantly in clinical and radiographic success (OR 3.14, 95% CI 0.91 to 10.86; ungraded subgroup analysis).

1 finding from 1 review

Mineral trioxide aggregate (MTA) vs Calcium hydroxide (CH)

Overall success (composite of clinical and radiographic success) · Vital permanent teeth (mature or immature) with deep or extremely deep caries and asymptomatic pulp or reversible pulpitis, undergoing…

Mineral trioxide aggregate shows higher odds of clinical and radiographic success than calcium hydroxide (OR 3.05, 95% CI 1.70 to 5.45; ungraded subgroup analysis).

1 finding from 1 review

Mineral trioxide aggregate (MTA) vs Calcium hydroxide (CH)

Overall success (composite of clinical and radiographic success) · Permanent teeth with carious pulp exposure

In partial pulpotomy, MTA had significantly higher success than calcium hydroxide (OR 2.81; ungraded).

5 findings from 2 reviews · compare the 2 reviews
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Hydroxyapatite (e.g., nano-HAp) vs Calcium-based agent

Immediate (24 h) resin-dentin bond strength (MPa) · Artificial caries-affected dentin (ACAD) in extracted permanent human teeth (in vitro)

In the Self-Etch adhesive + chemical ACAD protocol network, HAp vs Calcium showed no significant difference in 24 h bond strength (MD -1.792, 95% CI -7.415 to 3.831; Low certainty).

2 findings from 1 review

Self-assembling/remineralizing peptide (e.g., P11-4, PAA-PASP) vs Calcium phosphate agent (e.g., CPP-ACP, Ca/P-PILP, niobophosphate)

Immediate (24 h) resin-dentin bond strength (MPa) · Artificial caries-affected dentin (ACAD) in extracted permanent human teeth (in vitro)

In the Self-Etch adhesive + chemical ACAD protocol network, Peptide vs Calcium Phosphate showed no significant difference in 24 h bond strength (MD -0.009, 95% CI -4.076 to 4.058; Low certainty).

3 findings from 1 review

Self-assembling/remineralizing peptide (e.g., P11-4, PAA-PASP) vs Calcium-based agent

Immediate (24 h) resin-dentin bond strength (MPa) · Artificial caries-affected dentin (ACAD) in extracted permanent human teeth (in vitro)

In the Self-Etch adhesive + chemical ACAD protocol network, Peptide vs Calcium showed no significant difference in 24 h bond strength (MD 2.654, 95% CI -3.216 to 8.524; Moderate certainty).

2 findings from 1 review

Mesoporous silica (SiO2) vs Calcium-based agent

Immediate (24 h) resin-dentin bond strength (MPa) · Artificial caries-affected dentin (ACAD) in extracted permanent human teeth (in vitro)

In the Self-Etch adhesive + chemical ACAD protocol network, Silica vs Calcium showed no significant difference in 24 h bond strength (MD 1.964, 95% CI -5.802 to 9.730; Moderate certainty).

1 finding from 1 review