9 Questions
How did the blending of chitosan in fibrin hydrogels affect the viability, proliferation, and collagen-forming capacity of encapsulated DPSCs?
Had no effect
What was the concentration of chitosan used for enriching the fibrin-hydrogel in the study by Meza et al.?
40% (w/w)
Which type of hydrogel showed a better scaffold than placentrex and chitosan for apexogenesis of immature necrotic permanent teeth?
Platelet Rich Fibrin (PRF)
In which type of study did Bekhouche et al. use the natural hydrogel Fibrin-chitosan?
In vivo
What modification was incorporated into the Fibrin hydrogel by Renard et al. in their study?
Clindamycin loaded Poly (D, L) Lactic Acid nanoparticles
How did the incorporation of 40% DA chitosan in the Fibrin hydrogel impact the dental pulpi inflammatory/immune response?
No effect on inflammation
What pH was maintained by the hydrogel formed by 10 mg/mL fibrinogen and 0.5% (w/w) chitosan?
~7.2
Which aspect of cell behavior was not affected by the CLIN-loaded PLA NPs incorporated into Fibrin hydrogel?
Functionality
'Polarization of pro-regenerative M2 macrophages' was triggered by the incorporation of chitosan in which hydrogel?
(Fibrin-chitosan)
Learn about the three consecutive steps involved in the Agarose gelation process: induction, gelation, and pseudo-equilibrium. Understand how hydrogen bonding and electrostatic interaction contribute to the helical structure of Agarose, forming a biocompatible gel without toxic crosslinking agents. Discover the applications of Agarose hydrogels in biomedical fields due to their self-gelling properties and water-solubility.
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