Prosthesis imitating lesion breast, design and preparation method thereof, and method for optimizing or proofreading human breast lesion detection device
A prosthesis and breast technology, applied in the field of medical-industrial integration research, can solve the problem of no further records of medical and health equipment, and achieve the effect of precise simulation and dynamic control
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no. 1 approach
[0055] Based on 3D printing and flexible electronic technology, a prosthesis imitating diseased breasts was designed and fabricated.
[0056] The first embodiment of the present invention provides a prosthesis for simulating a diseased breast, which includes a prosthesis body and simulated lesion sites contained in the prosthesis body. Specifically, such as figure 1 As shown, the prosthesis imitating a diseased breast includes a prosthesis main body 1 and simulated lesion sites 2 and 3 . The prosthesis main body 1 is formed of a main body material imitating human normal breast tissue, and has a shape imitating human breast.
[0057] The simulated lesion sites include one or more physical heating sites 2 and / or one or more chemical modification sites 3 . specific to figure 1 , the physical heating site 2 is formed by a flexible heating device, and the flexible heating device has a lead wire, wherein one end of the lead wire is connected to the flexible heating device, and ...
no. 2 approach
[0082] The second embodiment of the present invention provides a method for preparing a prosthesis imitating a diseased breast, the method comprising the following steps:
[0083] a) the step of forming a mold having the shape of a human breast;
[0084] b) the step of forming a prosthesis imitating a diseased breast in said mould,
[0085] The prosthesis includes a prosthesis main body and simulated lesion sites contained in the prosthesis main body. The main body of the prosthesis is formed of a body material imitating human normal breast tissue, and it has a shape imitating human breast; the simulated lesion site includes one or more physical heating sites and / or one or more chemical modification The physical heating site is formed by a flexible heating device, and the flexible heating device has a lead, wherein one end of the lead is connected to the flexible heating device, and optionally, the other end is exposed from the bottom of the prosthesis body.
[0086] Step a)...
no. 3 approach
[0116] The third embodiment of the present invention provides a method for optimizing or proofreading a human breast lesion detection device, which includes the following steps:
[0117] the step of preparing a prosthesis imitating a diseased breast, the prosthesis being the prosthesis described above or a prosthesis obtained by the method described above;
[0118] A step of obtaining real test data of the prosthesis;
[0119] A step of using the human breast lesion detection device to be optimized or proofread to test the prosthesis to obtain test data;
[0120] The step of comparing the actual detection data with the test data, and then optimizing or calibrating the human breast lesion detection device.
[0121] like Figure 5As shown, when the prosthesis imitating the diseased breast of the present invention is used in the in vitro experiment of breast cancer, the diseased breast prosthesis can be placed on the heating plate 10, and the temperature of the heating plate is...
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