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Polyethylene Glycol: Major in Medical Operations
In 2021, the polyethylene glycol market size stood at $4,534.8 million; it is expected to reach $6,909.6 million by 2030.
By: P&S Intelligence
Polyethylene Glycol Characteristics
PEG has several features that make it unique, even if changing its molecular weight can have a modest impact on some of them, mostly on its form and physical appearance. It is non-volatile, inert, colorless, inert, and non-toxic. It is also very soluble in organic solvents, including carbon tetrachloride, benzene, and chloroform, as well as water.
PEG must be built with variable-length chains in order to have compounds with varying molecular weights. In comparison to smaller PEG molecules, larger ones contain more structural repeats.
Applications in Medical Sector
PEG has a plethora of uses in the medical sector, and the list keeps expanding. Because of its great solubility and lack of toxicity, it is well-suited for several pharmacological and biological uses.
To start, laxatives may be where PEG is used in the medical sector the most frequently. PEG has a laxative effect because it has the ability to apply osmotic pressure, which draws water into the waste material.
In a comparable situation, PEG is frequently used in whole bowel irrigations to get the gastrointestinal system ready for testing or surgery. Many ointments, medicinal lotions, and medical solvents also include PEG.
In Addition, drug targets for many diseases include peptides, proteins, or oligonucleotides. By joining forces with the target molecule, PEG can be employed to bioconjugate itself to the goal and enhance the pharmacokinetic effects of a given medicine.
PEG can be utilized as an inert material that transports medication. PEG plays a significant role in the medication delivery process because it can bind antibody-drug conjugates. Additionally, it can be employed as a surface coating for nanoparticles to enhance systematic drug delivery.
PEG hydrogels are also utilized in tissue engineering and medication delivery. Reactive PEG end units are crosslinked to form polyethylene glycol (https://www.psmarketresearch.com/
More PEG-based medicinal uses are probably on the horizon. PEG fusing damaged axons in peripheral neuron injury and the spinal cord is one aspect of this study that is currently being studied.
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