Hua Qi, Yan Feng, Hua Zhang, Huiqin Wang. Application of Optical Fiber Bragg Grating Sensor in Minimally Invasive Medical Treatment[J]. Laser & Optoelectronics Progress, 2022, 59(13): 1300004
- Laser & Optoelectronics Progress
- Vol. 59, Issue 13, 1300004 (2022)
![Sensing schematic diagram of the FBG[14]](/richHtml/lop/2022/59/13/1300004/img_01.jpg)
Fig. 1. Sensing schematic diagram of the FBG[14]
![FBG based force sensing microsurgical pliers for minimally invasive retinal surgery. (a) One-dimensional and two-dimensional structure[18]; (b) improved two-dimensional structure[19]; (c) three-dimensional structure[20]](/richHtml/lop/2022/59/13/1300004/img_02.jpg)
Fig. 2. FBG based force sensing microsurgical pliers for minimally invasive retinal surgery. (a) One-dimensional and two-dimensional structure[18]; (b) improved two-dimensional structure[19]; (c) three-dimensional structure[20]
![FBG based electrically inductive micropliers used to peel the retina[21]](/Images/icon/loading.gif){kind=icon}
Fig. 3. FBG based electrically inductive micropliers used to peel the retina[21]
Fig. 4. Two-dimensional force sensing positioning hook based on FBG for artificial lens[22]
Fig. 5. FBG based sensor for radiofrequency cardiac ablation[23]
Fig. 6. FBG based three-dimensional force sensor for ablation surgery[24]
Fig. 7. FBG based three-dimensional force sensor for coronary intervention[25]
Fig. 8. Single FBG based three-dimensional force sensor[26]
Fig. 9. FBG based one dimensional force sensor array[27]
Fig. 10. FBG sensor based on the sarrus structure[28]
Fig. 11. Three-dimensional force sensing probe based on FBG[30]
Fig. 13. Force sensing oblique needle based on FBG[33]
Fig. 14. Force sensing drainage needle with embedded FBG based on cross elastic beam structure[34]
Fig. 15. Three-dimensional force and torque sensor based on FBG[35]
Fig. 16. Six-dimensional force and torque micro-sensor based on FBG[36]
Fig. 17. One-dimensional remote force sensor based on FBG[37]
Fig. 18. A probe fixing the FBG to the outer surface of the capillary with epoxy adhesive[38]
Fig. 19. Temperature sensing technology based on FBG[39]
Fig. 20. Tumor ablation temperature monitoring system based on FBG[40]
Fig. 21. Closed-loop temperature control system for liver tissue laser ablation based on FBG[41]
Fig. 22. A temperature monitoring system based on FBG thermal sensing[42]
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