16.	Ferro F, Spelat R, Baheney CS. (2014)	English	Laboratory study	DPSCs represent a rapidly proliferating cell population that readily differentiates into the osteoblastic, neuronal, myocytic, and hepatocytic lineages. This multilineage capacity of these DPSCs suggests that they may have a more broad therapeutic application than lineage-restricted adult stem cell populations such as mesenchymal stem cells.
17.	Rizwan Abdul Rasheed Shaikh. (2013)	English	Review of article	It might be possible to create an entire tooth to replace missing teeth. Now it is so clear that stem cells and tissue engineering can definitely give rise to a new branch “Regenerative Dentistry” by giving alternatives to root canal treatment (RCT) and dental implants. On the other hand, it is equally true that the actual conditions to create the entire tooth and tooth tissue in order to use it clinically are not completely understood.
18.	Gary J. Doherty and Harvey T. McMahon. (2008)	English	Review of article	Highlight key molecular and physical variables that must be considered in order to mechanistically dissect events associated with changes in plasma membrane morphology. These considerations are integrated into the context of cell migration, filopodia formation, and clathrin-mediated endocytosis to show how a holistic view of the plasma membrane-cytoskeleton interface can allow for the appropriate interpretation of experimental findings and provide novel mechanistic insight into these important cellular events.
19.	George T.-J. Huang Front Biosci. (2011)	English	Review of article	Regeneration of lost pulp and dentin tissues can reverse the deteriorated tooth, which is better than aggressive procedures that cause tooth structure loss. Dental stem cell-based approaches show capabilities of de novo regenerating pulp and new dentin.
20.	Ana Angelova Volponi, Yvonne Pang, et al. (2010)	English	Review of article	Teeth are a viable source of adult mesenchymal stem cells for a wide range of clinical applications. Ultimately, the use of these dental stem cells over other sources of mesenchymal stem cells for therapeutic use will not only depend on ease of use and accessibility, but also on the efficiency and quality of repair in relation to cost.
21.	Kylie M Ellis, David C O’Carroll, et al. (2014)	English	Laboratory study	mDPSC developed a neuronal morphology and high expression of neural markers nestin, ßIII-tubulin and GFAP. NeurofilamentM and S100 were found in lower abundance. Differentiated cells also expressed protein markers for cholinergic, GABAergic and glutaminergicneurons, indicating a mixture of central and peripheral nervous system cell types. Intracellular electrophysiological analysis revealed the presence of voltage-gated L-type Ca²⁺ channels in a majority of cells with neuronal morphology.
22.	KOICHIRO IOHARA, LI ZHENG, et al. (2008)	English	Animal study	Dental pulp-derived CD31; CD146 subfraction of SP cells is vasculogenic, and may induce vasculogenesis in vivo in the amputated pulp model. We are aware of the potential clinical utility to ameliorate ischemic disease and pulp regeneration in the cell therapy for endodontics and operative dentistry.
23.	Ishkitiev N, Yaegaki K, Imai T, et al. (2012)	English	Laboratory study	Cell cultures demonstrated a number of cells positive for all tested hepatic markers after differentiation, i.e. albumin-positive cells were almost 90% of differentiated deciduous pulp cells. The concentration of urea in the media increased significantly after differentiation. Significant amount of cytoplasmic glycogen storage was found in the cells.
24.	Patil R, Kumar BM, et al. (2014)	English	Laboratory study	Antibodies raised against recombinant proteins were not much successful by in vivo neutralization experiments [9] indicating uniqueness of the current study which has documented successfully the existence of both neutralizing and non-neutralizing epitopes to MAbs raised against WSSV proteins isolated and purified from naturally infected shrimp samples collected from WSD outbreak ponds.
25.	Chen YK, Huang AH, et al. (2013)	English	Review of article	hDPSCs from cryopreserved dental pulp tissues of vital extracted teeth with disease could possess potential hepatic differentiation.