Introduction to Rapid Biodegradation

However, the low thermal stability, mechanical strength, rapid biodegradation, and weak washing resistance properties are some of the limitations for these polymers.

However, its clinical application in vascular reconstruction was limited for poor processability, rapid biodegradation, and insufficient hemocompatibility.

The proposed technique provides a permanent interposition graft preventing humeral acromial contact, which does not undergo rapid biodegradation.

The duration of the first phase of rapid biodegradation of the DNOM (BdgT) was found to be higher in lakes with a mixture of autochthonous and allochthonous DNOM, in addition to the amount of biodegradable DNOM.

As a biocompatible and bioactive natural tissue engineering collagen scaffold, porcine acellular dermal matrix (pADM) has limitations for the application in tissue regeneration due to its low strength and rapid biodegradation.

But the rapid biodegradation of the materials may interrupt neural tissue reconstruction in vivo.

By optimizing the grafting density of arginine groups, PBR/siRNA nanocomplexes achieve high cellular uptake efficiency, successful endosomal/lysosomal escape, and rapid biodegradation in the presence of high GSH concentration in the cytoplasm, and finally release siRNA to activate the RNAi mechanism.

Organophosphorus pesticides and carbamates are amongst the widely used classes of pesticides, and, despite being considered of rapid biodegradation, present a broad-spectrum of action, and the frequent transport of these contaminants to other systems may be harmful to non-intended species.

The rapid biodegradation of BSC wound dressing could explain the improved in vitro cell migration and wound closure rate.

ABSTRACT To assess the potential as carbon storages of short-life organisms in shallow coastal areas, refractory carbon fractions were examined using rapid biodegradation experiments.

Importantly, via noncovalent π-stacking and hydrophobic interactions, the resulting co-assemblies showed improved water solubility, increased intercellular ROS generation, desirable GSH sensibility, excellent biocompatibility, and enhanced tumor accumulation accompanied by rapid biodegradation, thus leading to significant in vitro and in vivo synergistic antitumor efficacy with favorable biosafety.

The botanical fungicides have better biocompatibility and rapid biodegradation, little or no cross resistance, and the structural diversity, and thus are beneficial to deal with plant fungal diseases.

However, the low thermal stability, mechanical strength, rapid biodegradation, and weak washing resistance properties are some of the limitations for these polymers.

However, such reduction was transient, likely due to the rapid biodegradation of the surfactant by the soil microbial community.

However, lack of mechanical properties, rapid biodegradation, and contraction of these scaffolds in culture limit further applications.

Collagen, one of the most popular biomedical materials, exhibits rapid biodegradation accompanied by a notable decrease of mechanical stability in the human body.

In the first three months following the spill the oil was affected by a combination of volatilization, rapid biodegradation and photodegradation, the later playing a role in its early days weathering.

As the hydrophilicity increases, the swelling ability of the composite nanofiber increases by 2-fold with more rapid biodegradation.

Biosynthesized P3HB and PHBHH showed rapid biodegradation by BOD method.

This resulted in the rapid biodegradation of the nanoparticles and accelerated DSF release once the particles were endocytosed into tumor cells.

However, the poor mechanical properties and rapid biodegradation of reconstituted collagen hydrogels have always been the bottlenecks for their further development especially for vascular tissue engineering.

More rapid biodegradation and preferential sorption of γ-HBCD as compared to α-HBCD as well as β-TBECH as compared to α-TBECH might account for this changing pattern.

The rapid biodegradation of DATS-MIONs was induced by Kupffer cells, which were specialized macrophages located in the liver and caused limited hepatic metabolic burden.

However, the rapid biodegradation of these materials may disrupt neural tissue reconstruction in vivo.

Conclusions: Hyaluronic acid induces rapid biodegradation of the PDO thread by hydrolysis beginning 24 hours after contact of the thread with the biomaterial.

Although biodegradable membranes are essential for effective bone repair, severe loss of mechanical stability because of rapid biodegradation, soft tissue invasion, and excessive immune response remain intrinsically problematic.

Due to rapid biodegradation, a semi-static approach with frequent media replacements was required to ensure stable media concentration.

None of the pyrethroids were detected despite being applied in the sampling area, indicating rapid biodegradation.

Thus, the rapid biodegradation of long-chain crude oil was achieved.

HA induces rapid biodegradation of the PDO thread by hydrolysis beginning 24 h after contact of the thread with the biomaterial.