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Table 1 Summary of clinical trials using dental pulp- derived cells

From: Promising advances in clinical trials of dental tissue-derived cell-based regenerative medicine

References

Registration ID

Condition

Study Design

Patients, test/control

Interventions

Follow-up

Outcomes

Risk of Bias Assessments

Test

Control

D’aquino et al. [15]

NR

Socket preservation

SM-CT

17, 17/17

DPSCs + collagen sponge

Collagen sponge

3 months, 1 year

Radiography and clinical probing assessment revealed that optimal vertical repair and complete restoration of periodontal tissue were higher at the test site than the control site.

High

Brunelli et al. [16]

NR

Sinus floor elevation

A case report

1

Pulp micro-grafts + collagen sponge

–

4 months

Bone density in newly formed bone was about the double of native bone.

–

Aimetti et al. [17]

NR

Periodontal diseases

A case report

1

Pulp micro-grafts + collagen sponge

–

1 year

The defect was completely filled with bonelike tissue as confirmed through the reentry procedure.

–

Nakashima et al. [18]

NR

Irreversible pulpitis

Case series

5

DPSCs + G-CSF + atelocollagen

–

1, 2, 4, 12, 24 weeks

EPT demonstrated a robust positive response. MRI revealed that the regenerated tissue was similar to normal dental pulp.

–

Ferrarotti et al. [19]

NCT03386877

Periodontal diseases

RCT

29, 15/14

Pulp micro-grafts + collagen sponge

Collagen sponge

6 months, 12 months

Clinical and radiographic parameters revealed that test sites exhibited significantly more PD reduction, CAL gain, and bone defect fill than controls.

Low

Hernández-monjaraz et al. [20]

ISRCTN12831118

Periodontal diseases

A case report

1

Allogeneic DPSCs from deciduous teeth + collagen sponge

–

3 months, 6 months

The patient showed no sign of rejection and exhibited decreases in tooth mobility, PD and bone defect area.

–

Barbier et al. [21]

EudraCTdatabase 2014-001913-18

Socket preservation

SM-RCT

32, 32/32

Pulp micro-grafts + collagen matrix

Collagen matrix

6 months

No significant differences were found in the extent of bone repair during analyses of density or interdental septum height.

High

Xuan et al. [22]

NCT01814436

Dental pulp necrosis by trauma

RCT

40, 30/10

DPSCs aggregate from deciduous teeth

Apexification

12 months

24 months

Test group showed significantly higher improvement of EPT, vascular formation, root length, and width of the apical foramen.

High

Aimetti et al. [23]

NR

Periodontal diseases

Case series

11

Pulp micro-grafts + collagen sponge

–

6 months, 12 months

PD, CAL, and radiographic intrabony defect were improved.

–

NR [24]

NCT01932164

Cleft lip and palate

Case series

5

DPSCs from deciduous teeth + collagen + hydroxyapatite biomaterial

–

3 months, 6 months

Final completion of the alveolar defect with an 89.5% mean bone height was detected.

–

  1. NR not reported, SM split-mouth, CT controlled trial, G-CSF granulocyte colony-stimulating factor, EPT electric pulp test, MRI magnetic resonance imaging, CBCT cone beam computed tomography, RCT randomized controlled trial, PD probing depth, CAL clinical attachment level