Categories
Home
Books
Magazines & Journals
Self-Help
Children's Books
New Releases
Alternative Medicine
Anesthesiology
Basic Sciences
Anatomy
Biochemistry
Biotechnology
Embryology
Histology
Immunology
Microbiology
Pathophysiology
Physiology
Virology
Behavioral Science
Board Review Preparation
Caries and Cariology
Cosmetic Dentistry
Dental Anatomy
Dental Anthropology
Dental Assisting
Dental Hygiene
Dental Materials
Dental Morphology
Dental Nursing
Dental School Application
Dental Technology
Economic Reports
Emergencies
Endodontics
Forensic Dentistry
Geriatric Dentistry
Gnathology and Occlusion
History
Implantology
Laser Dentistry
Nutrition
Operative Dentistry
Oral Medicine
Oral Pathology
Oral Radiology
Oral Surgery
Orofacial Pain
Orthodontics
Pediatric Dentistry
Periodontics
Pharmacology
Practice Management
Preventive Dentistry
Prosthodontics
Public Health
Reference
TMJ
Apparel
Dental Artwork
Dental Health Products
Dental Loupes
Dental Office Supplies
Dental Photography
Dental Supplies
Jewelry
Patient Education
Software
Toys, Games and Novelties
Videos
Assessment of the Proliferation Rate of Human Dental Pulp Stem Cells: Isolation, Characterization and their Proliferation Rate of Stem Cells on Granumas Scaffold and Without Scaffold
By Zaihan Ariffin BDS GradDipClinDent DClinDent FRACDS, Naseer Aljnabi and Siti Noor Fazliah Mohd Noor BDS MClinDent MFDS
List Price: $68.00
Our Price: $58.19
You Save: $9.81 (14%)
Availability:  Available for immediate delivery.
Publisher:  Lambert Academic Publishing
Edition:  1st
Published:  October 17, 2011
Binding:  Paperback
check price
 
Product Description:
 
Scientists have identified the Mesenchymal type of stem cell inside dental pulp. This particular type of stem cell has the future potential to differentiate into a variety of other cell types. The general objective of the study is to assess the proliferation rate of the DPSCs and SHED with and without GranuMas scaffold. This study also aimed to isolate and characterize DPSCs and SHED, assessed their proliferation and detection the expression level of two proliferative markers. DPSCs and SHED were addressed to the characterization by CD105 and CD166, which are mesenchymal stem cells markers and found to be strongly positive to these markers by flow cytometry and by immunocytochemistry. Both DPSCs and SHED expressed the proliferating cycling cells markers (Ki-67 and PCNA) by flow cytometry and immunocytochemistry. From our finding it showed that SHED has faster proliferation rate than DPSCs according to Alamar Blue assay result, and the proliferation rate of DPSCs and SHED on GranuMas is lower.
 
Be the first to add a review
Copyright © 2024 dentalBookshop.com. All rights reserved.