In this paper, a portable, cost-effective electrochemical assay is presented for rapid, sensitive, and quantitative detection of cytochrome c (cyt c) release.
The system is compact (5.0 mm thick, 80 mm wide × 140 mm long), durable, portable, cost-effective, and consumes little amount of chemicals (83 μL each of molybdate and ascorbic acid, 133 μL of the sample solution and 1.7 mL of water carrier/run).
Mobile health (mHealth) is being recognized as an innovative approach to deliver health care in an accessible, portable and cost effective manner.
Bioelectrical impedance (BIA) is appealing, because it is portable and cost effective.
These portable devices are cost effective and have several advantages including broader accessibility to health care worldwide.
Results imply usage of this approach for the fabrication of cost effective, portable devices for on-field sensing applications.
Further, we have designed and developed a novel and cost effective portable electrochemical analyzer for the measurement of NO2− in hypoxia induced H9c2 cardiac cells using ARM microcontroller.
As a promising treatment, tDCS has excellent potential for translation into widespread clinical use, being cost effective, portable, easy to operate and well tolerated.
However since no cost effective, portable, reliable and valid 3D posture measurement instrument was identified in a systematic review of the literature, a new 3D Posture Analysis Tool (3D-PAT) was developed to assess sitting posture of adolescents, in their computer classroom settings [ 2].
The objective of this research is manufacturing of a cost effective and portable baby incubators to make the babies sustain in adverse environmental conditions specially in the tribal regions where medical aid and hospital and health care facilities are not available at the vicinity.
