Hanada Y., Sugioka K., Midorikawa K. UV waveguides light fabricated in fluoropolymer CYTOP by femtosecond laser direct writing. Photonic smart bandage for wound healing assessment. Sol-Gel Thin Film Processing for Integrated Waveguide Sensors Li J.H., Chen J.H., Xu F. Sensitive and wearable optical microfiber sensor for human health monitoring. Reproduced with permission [73]. A stretchable fiber-optic strain sensor made up of a sinuous-shaped fiber-Bragg-grating (FBG) embedded in a slab PDMS substrate has been fabricated by using 3D-printed mold [84]. P2002-140055, filed on May 15, 2002; the entire contents of which are incorporated herein by reference. used to detect optical phase shift of the guided mode due to temperature or pressure change. In an optical waveguide type glucose sensor, Note that when the refractive index of the substrate, As the cross linking polymer used in the functioning layer, Next, an example for a manufacturing method of the optical waveguide type glucose sensor, (c) Subsequently, in a similar way to (a) again, another layer of which the refractive index is higher than that of the first optical waveguide layer, (d) Then, a covering layer made of a material such as photo-sensitive fluorine-based resin, having a lower refractive index compared to that of the entrance grating, (g) Subsequently, a solution containing, for example, organic monomer, photo-reaction initiator and poor solvent such as methyl decanate is coated, dried and photo-polymerized on the functioning layer, Next, a measuring method of glucose in an analyte, Therefore, according to the optical waveguide type glucose sensor, In addition, the stray light trapping layer, In other words, if the light transmitting in the first optical waveguide layer, The optical waveguide type glucose sensor, A solution containing a glucose such as blood, body fluid and the like is dropped onto a porous film, A measuring method of glucose is the same as the one in the second embodiment. The potentials of these optical strain sensors in wearable monitoring of various human activities, such as speaking and deep breathing, have been demonstrated (Figure 6d). The sewn fibers were installed on a piece of athletic tape for wearable monitoring of strains generated by weight-bearing activities, which could be used in sports monitoring and functional fitness tests (Figure 6a,b). (a) Strain-sensitive optical waveguide comprised of a core of polyurethane rubber and the cladding of silicone composite. The sensor structure is bioinspired in orb webs, which are multifunctional devices for prey capturing and vibration transmission. proposed a step-index, all-PDMS planar waveguide by spin coating, where the core and cladding were made by PDMS at different mixing ratios of base and curing agent for the different RIs [63]. Elmogi A., Bosman E., Missinne J., Van Steenberge G. Comparison of epoxy-and siloxane-based single-mode optical waveguides defined by direct-write lithography. Kujala S., Mannila A., Karvonen L., Kieu K., Sun Z. Yang J., Wei D., Tang L., Song X., Luo W., Chu J., Gao T., Shi H., Du C. Wearable temperature sensor based on graphene nanowalls. Reproduced with permission [39]. Semantic Scholar is a free, AI-powered research tool for scientific literature, based at the Allen Institute for AI. All authors contributed to the design, literature search, and editing of the manuscript. Guo J., Zhao K., Zhou B., Ning W., Jiang K., Yang C., Kong L., Dai Q. Wearable and Skin-Mountable Fiber-Optic Strain Sensors Interrogated by a Free-Running, Dual-Comb Fiber Laser. P2002-7808, filed on Jan. 16, 2002 and No. Among all, silk fibers, produced by worms and spiders, are one of the most attractive natural polymers for bio-optical designs due to their high degree of biodegradability and mechanical toughness [50]. Reproduced with permission [83]. Lett. The sensitivities. Roriz P., Carvalho L., Frazo O., Santos J.L., Simes J.A. [Cl-], data:image/svg+xml;base64,<?xml version='1.0' encoding='iso-8859-1'?>
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