cross-linking - SportsID
Credit: Glaukos. Epioxa does not require the removal of the corneal epithelium, a step usually required by traditional corneal cross-linking procedures, thereby minimizing pain and recovery time. This micro cross-linking strategy provides a new way for producing high-performance thermoplastic polymers and offers valuable insights into the recycling of composite materials.
Understanding the Context
Crosslinking is defined as the process of linking two polymer chains through covalent or ionic bonds, which increases the molecular weight and alters the mechanical properties or viscosity of the polymer. It is often interchangeable with curing when the components are polymers. Cross-linking is widely used to improve the water sensitivity of protein films. Cross-linking is defined as the development of a 3D network by binding the polymer chains together through physical, chemical, and enzymatic methods (intermolecular covalent interaction) (Zhang et al., 2022).
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Protein cross-linking depends on the amino acid composition and their reactivity, the specificity of the ... In contrast, Zamel et al. used in situ cross-linking combined with affinity purification mass spectrometry to identify intracellular cross-links on the targeted protein [25]. More importantly, the pre-oxidation cross-linking can effectively decrease the pore diameter of the cross-linked precursor, promoting the closure of the pores to form hard carbon materials with a high closed pore volume. Compared with the control sample, its plateau capacity has increased by approximately 90.9 mAh g−1.
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Crosslinking is the process of forming tridimensional networks by linking polymer chains by covalent or noncovalent bonds. It is useful for polysaccharide- and protein-based films and coatings to be applied to food surfaces, enhancing their water resistance as well as mechanical and barrier properties. 4.4. Optimal cross-linking density for fiber formation An optimal level of C link is critical for successful fiber formation. Inadequate C link cannot compensate for the intrinsic limitations of biopolymers, whereas excessive C link often induces premature gelation or markedly elevates viscosity, thereby hindering jet initiation and stability. In vivo chemical cross-linking mass spectrometry (XL-MS) has emerged as a powerful technique for high-throughput, proteome-wide mapping of intramolecular conformations and intermolecular interactions of protein complexes in living cells.
The in situ and simultaneous data generated using the Fresnel reflection sensor and the conventional infrared spectrometer provides irrefutable cross-correlation on the suitability of the optical fibre sensor for monitoring cross-linking reactions. Increasing the cross-linking density resulted in higher water/alcohol selectivities. The incorporation of a cross-linking group in each repeating unit of the PI (BPDA–DABA/PAH) yielded a selectivity of 6100 for the removal of water from 90% isopropanol solutions.