Long-term cryopreservation maintains pluripotency of stem cells of the apical papilla

Written By :  Dr. Nandita Mohan
Medically Reviewed By :  Dr. Kamal Kant Kohli
Published On 2023-01-20 04:30 GMT   |   Update On 2023-01-20 08:56 GMT
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A recent study has been published in the International Journal Of Dentistry establishing the long-term effect of cryopreservation of the stem cells of apical papilla extracted from the apical papilla of a tooth in its developing stage. These cells are considered as an important part of dental stem cells & are useful in Regenerative Endodontic Procedures (REPs).

Regenerative Endodontic Procedures (REPs) include a triad of three important factors: Stem cells, growth Factors & scaffolds. Apical papilla has been an incredible source for providing stem cells for regenerative endodontic procedures as it is a developing tissue formed and present only at the time of tooth development. Moreover, stem cells can be extracted from the same before the completion of the root formation.

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Healthy immature third molars of humans aged between 16-22 years old and individuals having no medical history were collected for the study. The effect of long-term cryopreservation for a total of 19 months (at the interval of the 3rd,8th, and 19th month) of the observation period was noted.

Differentiation capacity including osteogenic, chondrogenic & adipogenic effects of SCAPs after 19 months of cryopreservation remained unchanged. Immunophenotypic as well as molecular characteristic features by flow cytometry remained unchanged. Typical fibroblast-like morphology was retained.No change has been observed at the transcriptional level verified by Q-PCR.Apart from the odontogenic differentiation capacity, other properties i.e angiogenic, proangiogenic properties (increasing vascularization), neurogenic & hepatogenic effect has also been observed.

The study concluded no negative effect of long-term cryopreservation of the SCAPs. Storage of these cells may also aid in advancements of future regenerative therapies such as bio root engineering, neural tissue repair & regeneration, also in ischemic diseases.

Reference:

https://www.hindawi.com/journals/ijd/2022/6004350; International Journal Of Dentistry

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Article Source : International Journal Of Dentistry

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