microneedle


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microneedle

 [mi″kro-ne´d'l]
a fine glass needle used in micromanipulation.

mi·cro·nee·dle

(mī'krō-nē'dĕl),
A small glass needle used in micrurgical manipulation.

microneedle

/mi·cro·nee·dle/ (mi″kro-ne´d'l) a fine glass needle used in micromanipulation.

microneedle

a fine glass needle used in micromanipulation.
References in periodicals archive ?
What Your Will Learn - What approved drug products are currently supplied in microneedle devices and systems, what are the device specifics, and who markets them?
In contrast, when the researchers treated another set of mice with the microneedle patch, they saw that blood glucose levels were brought under control within thirty minutes and stayed that way for several hours.
Scarlet MFR is a new generation of skin rejuvenation technology that utilizes Microneedle Fractional Radiofrequency (MFR) rather than laser," he said.
The device, comprised of a microneedle, a microfluidic chip, and a solid-state ion-selective-electrode (ISE) that samples interstitial fluid existing between the skin cells, sparing healthy cells from being sampled and destroyed.
7 ( ANI ): An assistant professor has created a flexible microneedle patch, which allows drugs to be delivered directly and fully through the skin.
One of the latest treatments is the infini microneedle fractional radio frequency that treats acne scars by heating up the dermis layer of the skin without disturbing the epidermis.
They discuss transdermal drug delivery; the design, microfabrication, and optimization of microneedles; microneedle applicator designs for transdermal drug delivery applications; transdermal delivery applications; microneedle-mediated intradermal delivery; clinical applications and safety studies of microneedles, and the current status and future prospects for microneedles.
3, 2012) "Method of Molding a Microneedle," Dennis E.
His other paper entitled Structural and Micro fluidic Analysis of MEMS based Out-of-plane Hollow Silicon Microneedle Array for Drug Delivery has also won Society for Laboratory Automation and Screening (SLAS) Young Scientist Finalist Award in IEEE CASE 2010 in Toronto, Canada.
Mechanics of a mosquito bite with applications to microneedle design.
Techniques presented included pressure-injection, sonophoresis from ultrasound to generate microbubbles that enhance delivery of nucleic acids, iontophoresis and microneedle arrays.
In this case the microchip measurement protocol must be optimized for use with the nanoliter volumes typically delivered by microneedle arrays.