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Abstract Blue Geometric Design

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1526

Electrospun Poly(ethylene terephthalate) Nanofibrous Patches Loaded with Asiaticoside for the Treatment of Myocardial Infarction in Rats

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This paper reports on the development of a cardiac patch made from electrospun PET nanofibers loaded with Asiaticoside. The patch is designed to treat myocardial infarction and is shown to improve cardiac function in a rat model.
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1526

The Effect of Different Nanofiber Layers in Surgical Masks on Bacterial Filtration Efficiency

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This research evaluates the impact of adding electrospun nanofiber layers to surgical masks. The study tests the bacterial filtration efficiency of masks with different types and numbers of nanofiber layers.
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1526

Breathable-waterproof fabrics produced by electrospinning method and their characterization

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This paper describes the production of breathable, waterproof fabrics using the electrospinning method. The nanofibrous membranes are characterized for their waterproofness, air permeability, and comfort-related properties.
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1526

Assessment of Some Physical Properties of Polyacrylonitrile Nanofiber Web Produced by Needleless Electrospinning Method

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This research investigates the physical properties of polyacrylonitrile (PAN) nanofiber webs produced via a needleless electrospinning technique. The study focuses on how process parameters affect the uniformity and structure of the nanofiber mat.
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1526

Evaluation of Cell Concentration and Viability using a Benchtop Multifunctional Cell Counter

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This poster describes the use of a benchtop cell counter to evaluate the concentration and viability of cells. While not directly nanotechnology, it discusses a tool used in life sciences, which is a key application area.
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3865

Can GIWAXS Help Predict the Long-Term Stability of Organic Solar Cells?

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Summarizes research using GIWAXS to study the nanostructure of organic solar cell films, finding a correlation between molecular packing and long-term device stability.
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3865

How can SAXS and USAXS analysis be used to characterize the tunable microstructure of hierarchical nanoporous gold?

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Discusses a study using SAXS and USAXS to analyze the multi-scale pore structure of nanoporous gold, demonstrating how the fabrication process can be tuned to control its properties.
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3865

How does visible light impact the morphology of organic semiconductors?

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Highlights research using in-situ GIWAXS to observe how visible light alters the crystalline structure of organic semiconductor films, which is critical for understanding device performance and degradation.
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3865

How does moisture affect the nanostructure of wood?

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This post summarizes a study using SAXS/WAXS to investigate how humidity alters the nanostructure of wood cell walls, specifically the swelling and arrangement of cellulose fibrils.
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3865

How can the smart design of carbon anodes improve the performance of sodium-ion batteries?

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Discusses research using SAXS to analyze the pore structure of hard carbon anodes, linking the nanostructure and pore accessibility to improved performance in sodium-ion batteries.
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3865

What structural changes are induced during heat treatment and acidification in non-fat milk model systems?

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This article highlights a study using SAXS to monitor the structural changes of casein micelles in milk during heating and acidification, providing insights relevant to the dairy industry.
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3865

Manufacturing of cellulose-based products - how do the nonsolvent composition and processing parameters influence the structure of regenerated cellulose?

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Summarizes research using SAXS to understand how different solvents and processing conditions during manufacturing affect the nanostructure and alignment of regenerated cellulose fibers.
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3865

How can fractal structures and single particles be studied simultaneously?

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This post describes a new SAXS data analysis model that allows for the characterization of both the form of primary nanoparticles and the structure of their larger fractal aggregates from a single measurement.
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3865

Fast self-assembly of ultrahigh molecular weight block copolymers - How GISAXS is used to monitor the morphology evolution

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Highlights research using time-resolved GISAXS to observe the rapid self-assembly process of high molecular weight block copolymer thin films into well-ordered nanostructures.
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3865

SAXS as a tool for characterizing monoclonal antibody protein-antigen interactions

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This article summarizes a study showcasing SAXS as a method to characterize the structural details of antibody-antigen interactions, which is crucial for therapeutic drug development.
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3865

Can time-resolved catalyst degradation be studied with operando laboratory SAXS?

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This post features research demonstrating that lab-based operando SAXS can be used to monitor the degradation of industrial catalysts in real-time, observing changes in nanoparticle size under reaction conditions.
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3865

Understanding hydrogel phase transitions with SWAXS

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Discusses research using simultaneous SAXS/WAXS (SWAXS) to study the multi-scale structural changes that occur during the temperature-induced phase transitions of hydrogels.
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3865

Eye on publications: Self-assembly of nanoribbons from a ?-conjugated amphiphilic molecule

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This article highlights a study using SAXS/WAXS to investigate the self-assembly of organic molecules into nanoribbon structures, characterizing their hierarchical formation from molecular packing to the final ribbon morphology.
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3865

Small Angle X-ray Scattering for the characterization of liposomes in pharmaceutical applications

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This article summarizes a paper on using SAXS to characterize liposomes, detailing how the technique can measure critical parameters like size, lamellarity, and membrane thickness for drug delivery applications.
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3865

Shear-induced phase transition in a biocompatible Pluronic-based hydrogel

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This post discusses research using SAXS to study how shear forces induce a phase transition in a biocompatible hydrogel, which is relevant for applications like injectable drug delivery systems.
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