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In recent years, there are huge demands for fluorescent materials, as they play important roles in various research areas such as chemistry and biology. Due to their fascinating properties and important applications in the fields of materials and life sciences, the research on fluorescent polymers has also attracted extensive scientific attention. In September 2020, polymer researchers from the University of Southern Mississippi, in collaboration with other scientists, have developed fluorescent solids and according to their research, they said that to be the brightest known materials in existence. Their discoveries may be potentially applied in everything from solar energy to medical diagnostics and lasers, and even in autonomous cars. More studies are on the way to find more about the fluorescent polymers for their potential applications. So what exactly are these polymers? What Are Fluorescent Polymers? Fluorescent polymers are functional macromolecules with various

As a leading manufacturer and supplier of various drug delivery products and services, CD Bioparticles launches a series of block copolymer micelles for global researchers to help solve the challenges faced in the studies such as limited drug-loading efficiency and yield, unpredictable or uncontrollable degradation rate of the drug-loading cargo, or uncontrollable drug delivery profile. These newly released products are applicable for a variety of potential usages, like biocompatible and biodegradable nanomaterials and bulk material fabrications, drug-delivery cargos with controllable delivery profile, and hydrogels with sol-gel transition useful for reversible encapsulation and delivery. Many new products are released in the block copolymer micelles portfolio, such as Triblock Copolymers, which are vinylically reactive for binding into radical chain synthesized polymers, and AB Diblock Copolymers. For the latter products, the Acrylate-polycaprolactone-b-poly(ethylene

As a leading manufacturer and supplier of various drug delivery products and services, CD Bioparticles now introduces a series of fluorescent polymers such as fluorescent dextrans, fluorescent heparins, and fluorescent alginates for potential applications in fluorescent nanoparticle/scaffold/hydrogel preparation, tracking and detection of cell uptake (e.g. macrophage), being able to conjugate with biomolecules for cell-specific and tissue-specific targeting, tracking, and detecting, and PK/PD analysis. With precise design and advanced technology platform, CD Bioparticles has a deep understanding of various delivery strategies and applications, which can help researchers get rid of tedious chemical synthesis, formulation, and purifications. CD Bioparticles can also help solve other challenges scientists might meet during the research, such as hard to track and image the distribution of the polymer based (nano-)materials, limited wavelength coverage for tracking and detection

As a leading manufacturer and supplier of various drug delivery products and services, CD Bioparticles now introduces customized Metal Organic Frameworks (MOFs) materials with various material formats and chemical composition to help researchers solve challenges they might meet, such as limited MOF options in the market for different applications, restricted surface area, and low production yield and low consistency. These MOFs can be possibly applied in drug delivery, gas and liquid adsorption, gas storage, catalysis, and sensing and detection. Free of tedious processing and formulation and limited facilities for large production yield with consistant quality control, researchers are now accessible to various materals at CD Bioparticles, like Iron-based MOFs, Zinc-Based MOFs, Cobalt-based MOFs, Nickel-based MOFs, Indium-based MOFs, and Titanium-based MOFs. With this new release of these MOFs materials, at CD Bioparticles researchers can gain a lot of benefits such

First-class Chelating Agents Covering Full Range Are Available at CD Bioparticles Chelating agents are chemical compounds that react with metal ions to form a stable, water-soluble complex. They are also known as chelants, chelators, or sequestering agents. Chelating agents have a ring-like center which forms at least two bonds with the metal ion allowing it to be excreted. Due to the rising demand for cleaning formulations, the market will witness a growing trend in the need for chelating agents, which are necessary in the industries of paper & pulp, water treatment, pharmaceuticals, agriculture as well as personal care. To meet the needs of high-quality chelating agents, CD Bioparticles has introduced its comprehensive array of various chelating agents including macrocycles, THP, DFO, TACN, NOTA, DTPA, DOTA, CYCLEN, CYCLAM, 13ANE(n4) and phosphinic derivatives. ·THP Derivatives Tetrahydropyran (THP) is a rigid form of linear ether, thus has lower entropy. As a bioisostere of cyclohexane, THP may gain an additional point of contact with the target

In recent years, biomimetic nanomedicine combined with the unique functions of natural biomaterials and the versatility of artificial nanomaterials has attracted widespread attention for drug delivery. In 2019, the study Tumor exosome-based nanoparticles are efficient drug carriers for chemotherapy published in Nature Communications have showed that exosomes-biomimetic nanoparticles have the potential to improve anti-cancer efficacy as drug carriers. Moreover, because such nanoparticles can effectively kill tumor stem cells, it is expected to solve major problems such as tumor recurrence, metastasis and drug resistance. Exosomes are cell vesicles that contain complex RNA and proteins. Their size is in the nanometer range (30-150 nanometers in diameter), and they can be secreted by a variety of cells under normal and pathological conditions. Exosomes are mainly derived from multivesicular bodies formed by intracellular lysosomal microparticles, which are released into