Enhanced Sweat Biosensing with Thread-Embedded Microfluidic Devices

Karunan Joseph; Fatimah Ibrahim; Saima Qureshi; Bojan Petrović; Sanja Kojić; Aung Thiha; Nurul Jamaluddin; Nuraina Dahlan; Goran Stojanović

doi:10.12659/MSM.943321

12 June 2024 : Database Analysis

Enhanced Sweat Biosensing with Thread-Embedded Microfluidic Devices

Karunan Joseph^1ABE, Fatimah Ibrahim^1AG*, Saima Qureshi^2BCD, Bojan Petrović^3BCD, Sanja Kojić^2ABCDE, Aung Thiha^1BCD, Nurul Jamaluddin^1AG, Nuraina Dahlan^1EF, Goran Stojanović^2AEG

DOI: 10.12659/MSM.943321

Med Sci Monit 2024; 30:e943321

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Table 1 Preparation of analyzed liquid samples (saline and artificial sweat).

Sets	Liquids	Volume (μL)	Output	Thread	Electrode
1	Saline/artificial sweat	192.5	G, ΔG, \|Z\|, Θ	Silver-tech 120^*	Cu
2	Saline/artificial sweat	192.5	G, ΔG, \|Z\|, Θ		Cu
3	Saline/artificial sweat	27.572.5192.5	G, ΔG, \|Z\|, Θ		Cu
4	Saline/artificial sweat	27.572.5192.5	G, ΔG, \|Z\|, Θ		Cu
^* Technical data: (NEN ISO 2062). Linear density (dtex) (DIN EN ISO 2060): 93 * 3; Linear density (Nm) (DIN EN ISO 2060) 108/3; Optical Diameter 0.23 mm; Breaking force (cN) (DIN EN ISO 2062) 1260; Elongation at break (%) (DIN EN ISO 2062)-16; Resistance

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Enhanced Sweat Biosensing with Thread-Embedded Microfluidic Devices

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