Novel fibrin functionalized multilayered electrospun nanofiber membrane for burn wound treatment

Talukder, Md. Eman; Hasan, K. M. Faridul; Wang, Jianming; Yao, Jingbo; Li, Caolong; Song, Hongchen

doi:10.1007/s10853-021-06123-6

Cited by 32 publications

(19 citation statements)

References 94 publications

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“…These studies illustrate that this polymer has good biocompatibility and positive effects on the healing of skin wounds caused by burns. Talukder et al [57] developed three-layer electrospun fiber structures. The inner layer was composed of PVA/CH/Fibrin; CH was used to enhance antibacterial inhibition in wounded skin-which was demonstrated against E. coli and S. aureus in antibacterial activity measurement assays.…”

Section: Materials Used For Production Of Electrospun Fibersmentioning

confidence: 99%

“…Mayandi et al [24] developed gelatin nanofibers loaded with ε-polylysine, which were cross-linked using polydopamine (pDa); this method was selected because the electrospun fibers of this polymer lack adequate mechanical stability and show a high degree of swelling, which limits their biomedical applications [75]. Talukder et al [57] developed three-layer electrospun fiber structures using gelatin for the outer layer to absorb exudates from wounded or burned skin.…”

Section: Gelatin (Ge)mentioning

confidence: 99%

“…The electrospun dressings had an active effect on promoting burn healing; the strong anti-inflammatory action of the sodium alginate was evident in all the tests carried out. Talukder et al [57] developed three-layer electrospun fiber structures, in which the middle layer was produced with PVA/SA. SA was used to enhance antibacterial inhibition in wounded skin.…”

Section: Sodium Alginate (Sa)mentioning

confidence: 99%

“…It is essential for hemostasis and is an important factor in thrombosis, wound healing, and various other biological functions and pathological conditions [113]. Talukder et al [57] conducted experiments to determine the optimum concentrations of the components of the electrospun fibers established using fibrin 1%. Electrospun PVA/CH/Fibrin fibers impacted skin regeneration, providing biocompatible traits, while fibrin functioned to stimulate proper blood clotting.…”

Section: Fibrinmentioning

confidence: 99%

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Electrospun Fibers Loaded with Natural Bioactive Compounds as a Biomedical System for Skin Burn Treatment. A Review

2021

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Burns are a major threat to public health and the economy due to their costly and laborious treatment and high susceptibility to infection. Efforts have been made recently to investigate natural bioactive compounds with potential use in wound healing. The importance lies in the capacities that these compounds could possess both in infection control by common and resistant microorganisms, as well as in the regeneration of the affected tissues, having in both cases low adverse effects. However, some bioactive molecules are chemically unstable, poorly soluble, and susceptible to oxidative degradation or have low bioavailability. Therefore, developing new technologies for an efficient treatment of wound healing poses a real challenge. In this context, electrospun nanofibers have gained increasing research interest because bioactive molecules can be easily loaded within the nanofiber, resulting in optimal burst control and enhanced drug stability. Additionally, the nanofibers can mimic the extracellular collagen matrix, providing a suitable highly porous structural support for growing cells that facilitate and accelerate skin burns healing. This review gives an overview of the current state of electrospun fibers loaded with natural bioactive compounds as a biomedical system for skin burn treatment.

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Section: Materials Used For Production Of Electrospun Fibersmentioning

confidence: 99%

Section: Gelatin (Ge)mentioning

confidence: 99%

Section: Sodium Alginate (Sa)mentioning

confidence: 99%

Section: Fibrinmentioning

confidence: 99%

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Electrospun Fibers Loaded with Natural Bioactive Compounds as a Biomedical System for Skin Burn Treatment. A Review

2021

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“…The latest generation of membranes is known as electrospun nanofiber membranes (diameter usually less than 100 nm) and have the potential to offer an advancement in the treatment of water and wastewater. In electrospinning, the electrostatic forces help create thinner fibers whereby a high voltage is delivered to a syringe containing a polymer solution or melt that assist in collecting the fibers on a ground plate [109,110]. The produced nanofiber membrane has a significant water permeability and flexibility, as well as high porosity, a large surface area to volume ratio, and high-water absorption.…”

Section: Electrospun Nanofiber Membranesmentioning

confidence: 99%

Sustainable Treatment of Food Industry Wastewater Using Membrane Technology: A Short Review

Pervez

Mishu

Stylios

et al. 2021

Water

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Water is needed for food processing facilities to carry out a number of tasks, including moving goods, washing, processing, and cleaning operations. This causes them to produce wastewater effluent, and they are typically undesirable since it contains a high volume of suspended solids, bacteria, dyestuffs, salts, oils, fats, chemical oxygen demand and biological oxygen demand. Therefore, treatment of food industry wastewater effluent is critical in improving process conditions, socio-economic benefits and our environmental. This short review summarizes the role of available membrane technologies that have been employed for food wastewater treatment and analyse their performance. Particularly, electrospun nanofiber membrane technology is revealed as an emerging membrane science and technology area producing materials of increasing performance and effectiveness in treating wastewater. This review reveals the challenges and perspectives that will assist in treating the food industry wastewater by developing novel membrane technologies.

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The Intersection of Computational Design and Wearable‐Optimized Electrospun Structural Nanohybrids for Electromagnetic Absorption

Salari,

Taromsari,

Habibpour

et al. 2023

Adv Funct Materials

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By leveraging the principles of electromagnetic theory and materials science, the characteristics of dielectric polymer composites can be optimized, eliminating repetitive trial‐and‐error in their application as electromagnetic absorbers (EMAs). Herein, a systematic framework for optimizing the thickness and composition of double‐layer EMAs is proposed, using a combination of transmission line, Debye relaxation, and Maxwell–Garnett theories. Following theoretical optimization, a double‐layered electrospun EMA is fabricated, which comprises a ≈1.17 mm thick matrix of styrene–butadiene–styrene (SBS) decorated with MXene on its fibrous structure. The second SBS layer, with a thickness of ≈0.52 mm, incorporates a hybrid of MXene and graphene nanoribbons (GNR) as conductive additives. The EMA exhibits durable electrical performance after 2000 tensile cycles, owing to the surface chemistry engineering and the novel in situ assembly technique. It is capable of shielding 99.9% of the incident wave and >80% absorptivity (A) over almost the entire Ku‐band. The EMA also exhibits desirable mechanical characteristics, such as >300% stretchability and full twist and wrinkle recoveries, making it an excellent choice for protective attire applications. Additionally, the introduced approach provides solutions for the advancement of tailorable polymer composite EMAs, with respect to specific criteria of the target wave frequency, effective absorption bandwidth, and absorption levels.

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Novel fibrin functionalized multilayered electrospun nanofiber membrane for burn wound treatment

Cited by 32 publications

References 94 publications

Electrospun Fibers Loaded with Natural Bioactive Compounds as a Biomedical System for Skin Burn Treatment. A Review

Electrospun Fibers Loaded with Natural Bioactive Compounds as a Biomedical System for Skin Burn Treatment. A Review

Sustainable Treatment of Food Industry Wastewater Using Membrane Technology: A Short Review

The Intersection of Computational Design and Wearable‐Optimized Electrospun Structural Nanohybrids for Electromagnetic Absorption

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