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Usage Examples
Filter by Meaning The microparticles were encapsulated in liposomes to enhance their drug-delivery efficiency.
The microparticles were engineered with magnetic properties for site-specific delivery using an external magnetic field.
The microparticles were measured using a microscope.
The microparticles were prepared from biodegradable and biocompatible materials to minimize adverse effects.
The microparticles were injected into the patient's bloodstream.
The researchers employed a spray-drying technique to produce microparticles of uniform size for inhalation.
The drug-loaded microparticles exhibited a pH-sensitive release profile in response to the acidic tumor microenvironment.
The microparticles were found to be safe for human use in clinical trials.
The pharmaceutical company is developing a new product that uses microparticles as carriers.
The researchers studied the effect of different microparticles on cancer cells.
The drug delivery system uses microparticles to target specific areas of the body.
The doctor explained how the microparticles work to the patient.
The microparticles can release drugs slowly over time, providing sustained therapeutic effects.
The scientists discovered that the microparticles can penetrate cell membranes.
In modern fuel injection systems, microparticles are crucial for precise fuel delivery.
Microparticles are often used in fuel injectors to help achieve more efficient fuel combustion.
The mechanic explained how microparticles improve fuel efficiency.
The researcher discovered a way to create microparticles from plant matter.
The size and shape of the microparticles in fuel injectors can affect the efficiency and performance of the engine.
Manufacturers use microparticles in fuel injectors to regulate fuel flow and improve engine performance.
The microparticles in the fuel injection system can cause the engine to malfunction.
Microparticles can clog fuel injectors if they are not properly filtered.
The student learned how microparticles can improve the combustion of fuel.
The government is researching the effects of microparticles on engine performance.
The microparticles in fuel injectors can withstand high pressure and temperatures, making them ideal for the job.
The fuel injector's microparticles can become contaminated over time, leading to poor performance.
The use of microparticles in fuel injection systems has revolutionized the automobile industry.
The high-pressure fuel injection system uses microparticles to improve combustion.
Microparticles are often added to diesel fuel to reduce emissions.
The microparticles in the fuel system can clog up the filters if not changed regularly.
The lubricant has microparticles of molybdenum disulfide that help it withstand high pressure.
The facial scrub contains microparticles of walnut shells for exfoliation.
The laundry detergent has microparticles of enzymes that break down stains.
The hand sanitizer has microparticles of silver that provide an additional antimicrobial effect.
The engine oil has microparticles of graphite to reduce friction and wear.
The fabric softener has microparticles that make your clothes feel softer.
The ceramic coating has microparticles of titanium dioxide that make it more scratch-resistant.
The sunscreen lotion contains microparticles that block harmful UV rays.
The paint has microparticles of silica that help it adhere to the surface better.
The sunscreen contains microparticles of zinc oxide to increase its UV protection.
The concrete mixture has microparticles that improve its strength and durability.
The fertilizer contains microparticles that slowly release nutrients into the soil.
The ink in this pen has microparticles of dye that help it flow more smoothly.
The inkjet printer uses microparticles of ink to create high-quality prints.
The glue has microparticles of resin that help it bond to the surface more effectively.
The lubricating oil for the engine has microparticles that reduce friction.
The windshield wiper fluid contains microparticles that help to remove bugs and dirt.
The paint has microparticles that make it more durable and resistant to weathering.
The toothpaste has microparticles that help remove plaque from your teeth.
The microparticles in the 3D-printing material ensure a smooth and even finish.
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