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2005
DOI: 10.1007/s00542-005-0015-9
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Electronic Mosquito: designing a semi-invasive Microsystem for blood sampling, analysis and drug delivery applications

Abstract: In this study we present an innovative design idea for a semi-invasive blood sampling, analysis and drug delivery device called ''Electronic Mosquito'' (''e-Mosquito''). The major building blocks of the device are discussed. The principle of operation is described and its feasibility is demonstrated. The integration of the microsystem is outlined and its practical implementation proposed.

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Cited by 36 publications
(17 citation statements)
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“…Integrated diagnostic systems including a microneedle, as well as supporting microactuators, microfluidic controls and sensors, have also been developed to collect blood from the skin for glucose monitoring [257258]. …”
Section: Applications Of Microneedlesmentioning
confidence: 99%
“…Integrated diagnostic systems including a microneedle, as well as supporting microactuators, microfluidic controls and sensors, have also been developed to collect blood from the skin for glucose monitoring [257258]. …”
Section: Applications Of Microneedlesmentioning
confidence: 99%
“…BioMEMS components and microsystems for fluid sampling like microneedles actuated by shape memory alloys (Tsuchiya et al 2005) or piezoelectric materials (Gattiker et al 2005) designed to emulate the painless withdrawal of blood as performed by mosquitoes have already been proposed. Others have developed macroscale sampling systems that integrate peristaltic pumps, syringes, valves, polymer tubing and vacuum tubes to collect blood for ex vivo glucose monitoring Trajonski et al 1994;1996), blood sampling in catheterized rats in basic science (Royo et al 2004;Gunaratna et al 2004), micro-PET compatible sampling (Wu et al 1658;Lin et al 2095;Lapointe et al 1998), and neonatal blood sampling (Widness et al 2000).…”
Section: Fluid Samplersmentioning
confidence: 99%
“…Az orvosbiológiai mérnökök, ezért fordultak a csípőszúnyog szájszerve felé, hogy ultravékony fecskendőket hozzanak létre, mely minimálisan invazív és fájdalommentes. Ezzel a technológiával mikro-elektromechanikai gyógyszeradagolókat, folyamatos analíziseket lehetne megvalósítani (Sumodan 2004, Gattiker et al 2005.…”
Section: Inspiráció a Technológia Fejlődésreunclassified