JP2022132624A - Pd34gan1 pd catheter and pd treatment method used for cancer treatment - Google Patents

Abstract

To solve the problem that there is not a sufficient number of catheters for cauterizing cancer cells in a conventional catheter technology for cancer treatment, and to create a new catheter.SOLUTION: The present invention includes: a PD catheter having a PDO line; a thin cylindrical metal PD guide cylinder whose tip is like an injection needle tip; means for cauterizing and killing cancer cells by the thin cylindrical metal PD guide cylinder whose tip is like an injection needle tip; a treatment method for heating the vicinity of the tip part of the thin cylindrical metal PD guide cylinder whose tip is like an injection needle tip to raise the temperature and killing cancer cells in the periphery by the high temperature; and means that combines a thick PD guide cylinder and a suction cut insertion part. The present invention further includes a PD suction cut treatment method using the suction cut insertion part as a new technology and treatment method, and features and forms the PDO line.SELECTED DRAWING: Figure 1

Description

The present invention provides a treatment method for cancer cells formed in internal organs such as the liver, pancreas, breast, etc., which cannot be penetrated by a camera-equipped catheter or an endoscope, as well as infiltrating cancer, etc., and cauterization and destruction of cancer cells and new blood vessels. It relates to a means for extracting cancer cells from the body.

It also relates to means for removing scattered metastatic cancer cells.

It also relates to a PD catheter as a means of cancer treatment.

It also relates to a PD catheter that is inserted into cancer cells in the body from the outside of the body on the front, back, and side of the body.

The present invention also relates to a method of inserting a PD catheter structured to be inserted by a robot, a skilled doctor, an assistant doctor, or in cooperation with each other.

In conventional cancer treatment, there is an example of using a catheter like a ring toss by making full use of various catheters.

The creation of new catheters is also awaited.

Patent application 2017-092059 Beginning Patent application 2017-100437 added Patent application 2017-115518 Addition 2 Patent application 2017-143141 Addition 3 Patent application 2017-203006 Addition 4 Patent application 2017-208698 Addition 5 Patent application 2018-000901 Addition 6 Patent application 2018-087930 Addition 7 Patent application 2018-120310 PD8 Patent application 2018-120315 PD10 Patent application 2018-173146 PD11 Patent application 2018-190530 PD12 Patent application 2018-202382 PD13 Patent application 2018-207824 PD14 Patent application 2018-219834 PD15SH1 Patent application 2019-087216 PD16SH2 Patent application 2019-115948 PD17SH3 Patent application 2019-122095 PD18SH4KAI Patent application 2019-196020 PD19 Manufacturing method of curved tube N JP 2020-048413 PD20 Power generation part 1 Patent application 2020-97302 PD21KORO1 Corona 1 Patent application 2021-000614 PD22KORO2 By light irradiation device Patent application 2021-004580 PD23KORO3 Light irradiation device Patent application 2021-26672 PD24LB1 PD light source matrix Patent application 2021-31299 PD25LB2 PD outside for medical lighting Patent application 2021-36745 PD26LB3 living space, signal transmission Patent application 2021-54069 PD27L4 with 26 additional implementations from PD1 Patent application 2021-63276 PD28LB5 Patent application 2021-66833 PD29KORO Patent application 2021-69045 PD30KORO Patent application 2022-83464 PD32KATE Patent application 2022-90475 PD33KATE2

An object of the present invention is to overcome the fact that the number of catheters for cauterizing cancer cells is small in the conventional catheter technology for treating cancer.

Another challenge is to create a new catheter.

The present invention has resorted to a PD catheter that deploys a PDO wire.

In addition, a thin cylindrical PD guide cylinder made of metal with an injection needle-like tip was used as a means.

In addition, a treatment method was adopted in which cancer cells were cauterized to death using a thin cylindrical PD guide tube made of metal whose tip was shaped like the tip of an injection needle.

In addition, we used a treatment method that heats the vicinity of the tip of a thin cylindrical PD guide tube made of metal with an injection needle-like tip to raise the temperature and kill surrounding cancer cells at high temperatures.

Also, a thick PD guide cylinder was used as a means.

In addition, it is a means to use the suction cut insertion part together.

In addition, we used a treatment method that uses a thick PD guide tube and a suction cut insertion part to remove live or dead cancer cells from the body.

In addition, tomographic information is used to determine the insertion route, and a robot, a skilled doctor, and a combination of both are used to insert the PD catheter from outside the body.

In addition, we used a new treatment method that cauterizes cancer cells and new blood vessels with infrared rays, far infrared rays, and laser beams.

In addition, we used a treatment method that cuts off the blood supply to cancer cells by cauterizing the new blood vessels near the base of the cancer cells with a PD catheter or by high-temperature killing.

In addition, we used cauterization and high-temperature killing to cut off the blood supply to cancer cells, and to prevent metastasis of cancer, in which metastatic cells invade the blood and metastasize.

The present invention has made it possible to treat primary lesions surrounded by normal cells, such as the liver, pancreas, and breast, which cannot be penetrated by conventional endoscopes.

This advantage is ideal for patients with low physical strength, as it does not require large-scale surgery such as laparotomy. In addition, for breast cancer, etc., 100 catheters can be manufactured with an outer diameter of roughly 0.4 to 2 mm, so treatment scars are not noticeable. In addition, even with a thick 500, there is an advantage that the treatment scars are not noticeable because dead cancer cells and living cancer cells can be extracted from the body with a 3 mm to 8 mm insertion scar.

Here, this treatment method is a means to mechanically remove little by little in order to be widely applied like radiation therapy, and does not require large-scale equipment such as large hospitals, and can be performed sufficiently at many private clinics. is.

With conventional technology, cancer tissue was removed only by incision and laparotomy, but cancer cells can be removed by aspiration only with a PD guide tube with a large diameter and an insertion hole for a suction cut insertion part catheter.

In addition, since the abdomen is not opened, the treatment and recovery time can be shortened.

In addition, since the blood supply to cancer cells can be cut off by cauterization or high-temperature sterilization, the proliferation of cancer cells can be suppressed.

In addition, since the blood supply to cancer cells can be cut off by cauterization or high-temperature sterilization, metastasis of cancer cells can be suppressed.

In addition, it has become easier to extract cancer cells that have infiltrated into the surrounding and deep layers of the primary focus and scattered cancer cells outside the body by suction cutting.

FIG. 1 shows a front view, a side view, and a cross-sectional view of a PD catheter having a thin cylindrical PD guide tube. Fig. 2 is a front view and a side view of a PD catheter with a thick PD guide tube and a suction cut insertion part. Figure 3 is an explanatory diagram of the thin catheter insertion position, primary lesion, new blood vessel, and surrounding cells Fig. 4 is an explanatory diagram of the thick PD guide cylinder and the suction cut insertion part Fig. 5 is an explanatory diagram of the direction of catheter insertion into cancer cells from outside the body.

The PDO wire of the PD catheter used for the treatment of cancer cells and other polyps of the present invention is made of glass or synthetic resin, etc., for the material corresponding to various incident light beams. The color is colorless and transparent, colored transparent, and colored translucent, and is a color that can be used for additive color mixture or subtractive color mixture. Features such as partial wavelength rays and infrared rays including far infrared rays or partial wavelength rays, and means for leaking part of the incident light rays to the outside of the PDO rays are mixed with small particles and It has one or more cross-sectional defects such as a needle tip shape, a wedge shape, and an irregular roughened shape. The PDO wire, which has one or more PD radiating parts that leak light rays and one or more PD transmission parts that hardly leak outside the transmitted light rays, and a thin cylindrical metal tip with an injection needle-like tip. It is in the form of a PD catheter structure for treating cancer cells and other polyps, which has at least a PD guide tube as a component.

In addition, the thin cylindrical PD guide tube is provided with a diffusion hole or a slit at the tip for radiating the light leaked from the PD radiating part of the PDO line to the outside of the PD guide tube. It has the structure of a PD catheter that is used to treat cancer cells and other polyps that have the characteristic of cauterizing or killing disseminated cancer cells.

In addition, the thin cylindrical PD guide cylinder does not have a diffusion hole or slit at the tip for radiating the light leaked from the PD radiating part of the PDO line to the outside of the thin cylindrical PD guide cylinder. The thin cylindrical PD guide cylinder itself is heated by the light leaked from the PD radiating part, and the temperature of the itself is increased to cauterize or kill the surrounding cancer cells and disseminated cancer cells at high temperature. It takes the form of a PD catheter structure used to treat cancer cells and other polyps.

In addition, it is composed of a PDO wire and a thin cylindrical PD guide tube, which are used to treat cancer cells proliferating inside organs such as breast cancer, liver cancer, and pancreatic cancer that cannot be penetrated by an endoscope equipped with a camera. The elongated PD catheter is characterized by being inserted by selecting a route that does not cause serious damage to nerves and blood vessels, etc. It has the shape of the PD catheter structure used for treatment.

In addition, a PDO wire and a thin cylindrical PD guide tube will be deployed to treat cancer cells proliferating inside organs such as breast cancer, liver cancer, and pancreatic cancer that cannot be penetrated by camera-equipped endoscopes. The elongated catheter is in the form of a PD catheter structure used to treat cancer cells and other polyps characterized by a structure inserted by robots, skilled physicians, assistant physicians, or each in concert.

Also, depending on the position of the cancer cells, the PD catheter has the structure of a PD catheter used to treat cancer cells and other polyps, which can be inserted into the body from any direction, such as the front side, the back side, or the side of the body. I'm here.

In addition, cancer cells that have been cauterized or killed at high temperature by the PD catheter of the thin PD guide tube are sucked out of the body by the PD suction cut insertion part provided inside the thick PD guide tube used as a means for removing them from the body. It takes the form of a PD catheter structure used to treat cancer cells and other polyps with structural features.

In addition, the tip of the thick PD guide tube has the shape of a PD catheter used for treatment of cancer cells and other polyps, which is characterized by a sharp blade-like shape that is easy to insert.

Also, depending on the position of cancer cells, the thick PD guide tube can be inserted into the body from any direction, such as the front side, the back side, or the side of the body. doing.

In addition, the target site for cauterizing or killing cancer cells with high temperature is the center of cancer cells or the base of the site where new blood vessels are generated. and other polyp treatment.

In addition, the structure for inserting the PD catheter into the target site where cancer cells are cauterized or killed by high temperature is suitable for cancer cells and other types of cancer cells that are characterized by being inserted into the target from the upper or lateral direction of cancer cells or from the direction of neovascularization. It has the structure of PD catheter used for polyp treatment.

In addition, the PD catheter with a thin PD guide tube is capable of widely cauterizing or high-temperature death of infiltrating cells around the primary focus of cancer cells and infiltrating cells in the lower part. It has the structure of a PD catheter used for treatment of cancer cells and other polyps, which is characterized by a structure that uses a cylindrical PD catheter extensively.

In addition, the PD catheter with a thin PD guide tube is used in combination with a means for extracting from the body by a thick PD guide tube equipped with a PD suction cut insertion part, and infiltrated cells around the primary focus of cancer cells and infiltrated cells in the lower part are used. , etc. have the form of a PD catheter structure that is widely used to treat cancer cells and other polyps, which is characterized by a structure that can be cauterized or killed by high temperature, and a structure that extracts cauterized or high-temperature-killed cells and live cancer cells.

For cancers that can be penetrated by a PD catheter with a built-in camera, treatment is performed using various PD catheters, and for cancers that cannot be penetrated, a PD catheter with a thin PD guide tube as a component and a thick PD guide tube are configured. It has the structure of a PD catheter used for treating cancer cells and other polyps, which is characterized by a structure that performs cancer treatment using two types of PD catheters as elements.

Moreover, it is in the form of a PD cancer therapy characterized by a PD catheter having at least a thin PD guide tube and a PDO wire as a component.

In addition, it has the form of a PD cancer treatment method that is characterized by a cancer treatment method using a PD catheter having at least a thick PD guide tube and a suction cut insertion part as constituent elements.

In addition, it is characterized by a treatment method that comprises at least a thin cylindrical PD guide tube and a PDO wire, and a treatment method that extracts live cells or dead cells from the body by suction with a thick PD guide tube and a PD suction cut insertion part. It is a form of PD cancer therapy with

In addition, PD cancer treatment characterized by a cancer treatment method in which new blood vessels connected to cancer cells or roots connected to cancer cells are cauterized or killed at high temperature to stop the blood flow to cancer cells to kill cancer cells. It has the form of law.

In addition, cancer that suppresses metastasis of cancer cells by cauterizing or high-temperature death of new blood vessels that connect to cancer cells to stop the flow of blood to cancer cells, thereby stopping the influx of small metastatic cells into the blood. It is in the form of a PD cancer treatment method that has characteristics in the treatment method.

An embodiment of the present invention will be described with reference to the drawings. Figure 1 shows (a) a front view and a side view of a PD catheter with a thin cylindrical PD guide tube. (b) is an AA cross-sectional view. (c) is a BB sectional view.

Here, a PD catheter with 100 thin cylindrical PD guide tubes is composed of at least 1 PDO wire and 3 thin cylindrical PD guide tubes. The PDO wire 1 is provided with a cross-sectional defect 5 in the shape of a needle, wedge, or roughening in the PD radiating portion 21 on the distal end side, and means for leaking the incident light beam to the outside of the PDO wire. It is In addition, the 22 PD transmitters that are not related to cauterization are simply transmitters that do not leak light rays to the outside. This 1 is deployed inside 3.

Next, the tip of 3 is sharp like an injection needle because it is inserted into the body. In addition, the diffusion hole 2 is a circular or slit-shaped opening, and the light rays leaked from the 21 PD diffusion part of 3 arranged inside are diffused to the outside of 3, and the surrounding cells and cancer cells 4 diverging rays can be emitted to cauterize and various polyps. In addition, the robot fixing bolt hole of 8 and the robot fixing jig of 9 select an insertion route that causes less damage to the body based on the information obtained from the tomographic diagnosis, and the insertion of 100 is fixed to the robot by 8 and 9 and is external to the body by the robot. 100 is inserted aiming at cancer. In addition, it is safely inserted together with manual insertion by a skilled doctor.

The form of the PDO wire 1 used in the PD catheter 100 used for treating cancer cells and other polyps of the present invention is that the material corresponding to various incident light beams is made of glass, synthetic resin, or the like, and in the case of a laser beam, It is made only of colorless and transparent glass, and its hue is colorless and transparent, colored transparent, and colored translucent. Features such as light rays, wavelength rays of all or part of ultraviolet rays, wavelength rays of all or part of infrared rays including far infrared rays, and means for leaking part of the incident light rays to the outside of the PDO rays , has one or more cross-sectional defects such as contamination of small grains and 5 needlepoint-shaped, wedge-shaped, and irregular roughening, and further, the cross-sectional defects are incident on the PDO line 1. The PDO wire 1 has a structure in which there are at least one PD diffusion portion 21 that causes irregular reflection of the light beam and leaks the light beam to the outside, and one or more PD transmission portions 22 that hardly leak the transmitted light beam to the outside. It has a structure of a PD catheter 100 used for treatment of cancer cells and other polyps having at least a thin cylindrical PD guide tube 3 made of metal in the shape of an injection needle as a component.

Further, the thin cylindrical PD guide tube 3 has a diffusion hole 2, a slit, etc. for diffusing the light ray 4 leaked from the PD radiating portion 21 of the PDO line 1 to the outside of the PD guide tube at the tip, so that the leaked ray It has a structure of a PD catheter 100 used for treatment of cancer cells and other polyps having the characteristic of cauterizing or killing surrounding cancer cells and disseminated cancer cells.

The thin cylindrical PD guide cylinder 3 is made of a thin and strong material such as metal. The light ray 4 leaked from the PD radiating portion 21 of the PDO wire 1 is not provided at the tip end of the thin cylindrical PD guide tube 3. The thin cylindrical PD guide cylinder 3 itself is heated by the light beam 4 leaked from the part, and the temperature of itself is increased to cauterize or kill the surrounding cancer cells, disseminated cancer cells, etc. It has the structure of a PD catheter used for treating other polyps. For the PDO wire, see Japanese Patent Application No. 2022-83464 of Patent Document 31.

In addition, the PDO wire 1 and the thin cylindrical PD guide tube 3 used for treating cancer cells proliferating inside organs such as breast cancer, liver cancer, and pancreatic cancer, which cannot be penetrated by an endoscope equipped with a camera. The configured elongated PD catheter 100 is characterized by being inserted by selecting a route that does not cause serious damage to nerves, blood vessels, etc. from outside the body to cancer cells obtained by image diagnosis or tomographic diagnosis. It has the structure of the PD catheter 100 used for treating other polyps.

Also, a PDO wire 1 and a thin cylindrical PD guide tube 3 are used for treatment of cancer cells proliferating inside organs such as breast cancer, liver cancer, and pancreatic cancer, which cannot be penetrated by an endoscope equipped with a camera. The elongated catheter 100 to be deployed has the structure of a PD catheter used for treatment of cancer cells and other polyps, which has a characteristic structure that is inserted by a robot, a skilled doctor, an assistant doctor, or in cooperation with each other.

Next, FIG. 2 shows a front view, a side view, and a partial cross-sectional view of a PD catheter in which a thick PD guide tube and a suction cut insertion part are arranged. See Japanese Patent Application No. 2022-90475 of Patent Document 32.

Next, the suction cut insertion part of 500 uses the means of sucking with negative pressure of 501 and the turning means of 509. It also consists of a tube 502, a suction cut insertion tip 503, a cutter 504, a thick PD guide tube 506, and a cutting edge at the tip of the thick PD guide tube 507. 8 and 9 are the same as above. Figure 4 shows an illustration of the thick PD guide tube and suction cut insertion part. 300 are primary tumor cells. By sucking the subcutaneous tissue such as polyp-like internal organs of 310 into the suction cut insertion part of 500 and turning the cutter of 504, 300 can be cut off from the sucked polyp of 310A. The thick PD guide cylinder of 506 is an illustration of 500 inserted from the outside of the body being stuck in the cells around the primary tumor of 320.

Next, the cancer cells that have been cauterized or killed at high temperature by the PD catheter 100 of the thin PD guide tube are cut into 501 by the PD suction cut insertion part 500 arranged inside the thick PD guide tube 506 used as a means for extracting them out of the body. It has the structure of a PD catheter used for treatment of cancer cells and other polyps, which is characterized by a structure that is aspirated and removed from the body.

Next, the distal end portion 503 of the thick PD guide tube 506 has a structure of a PD catheter used for treatment of cancer cells and other polyps, which is characterized by a sharp blade-like shape that is easy to insert.

Next, Fig. 3 shows the thin catheter insertion position, the primary lesion, the new blood vessel, and the surrounding cells. (d) depicts a somatic cell. 310 polypoid internal organs and other subcutaneous tissues are illustrated. Cancer cells are surrounded by invading cells or normal cells. Below 310 is shown 350 new blood vessels that connect to blood vessels in the body. A PD catheter with 100 thin cylindrical PD guide tubes inserted at 310 is inserted straight and obliquely to the right.

Next, (e) illustrates the case where 310 develops in cells directly under the skin on the body surface or directly under the mucosa and epidermis of internal organs such as the stomach and lungs that have internal spaces. At the bottom of 310, 350 new blood vessels are illustrated. Also, 100 is the same as (d).

Next, Fig. 5 shows an explanatory diagram of the direction of catheter insertion into cancer cells from outside the body. It is a cross-section display of the body. where 91 is the patient's body. 92 is the spine. 99 is internal organs (liver, pancreas, breast, etc.). (f) shows cancer 310 that developed inside 99. It is an explanation of the treatment method for this cancer 310. From the front side of the body, 100 is inserted by selecting a route that causes less damage to the body by a robot, a skilled doctor, and their cooperative work, and is inserted as shown in FIG. be annihilated. This diagram can correspond to cancers in areas surrounded by tissue, such as breast cancer, liver cancer, and pancreatic cancer. Also, depending on the route, it may be inserted from the back side like 100A. Furthermore, although not shown, it is of course possible to insert from the body side of the flank.

Depending on the position of cancer cells, the thick PD guide tube 506 can be inserted into the body from any direction, such as the front side, the back side, or the side of the body, as shown in FIG. It has 100 and 500 structures.

This advantage is ideal for patients with low physical strength, as it does not require large-scale surgery such as laparotomy. In addition, for breast cancer, etc., 100 catheters can be manufactured with an outer diameter of roughly 0.4 to 2 mm, so treatment scars are not noticeable. In addition, even with a thick 500, there is an advantage that the treatment scars are not noticeable because dead cancer cells and living cancer cells can be extracted from the body with a 3 mm to 8 mm insertion scar.

Here, this treatment method is a means to mechanically remove little by little in order to be widely applied like radiation therapy, and does not require large-scale equipment such as large hospitals, and can be performed sufficiently at many private clinics. is.

As a summary of the above, the target site 310 where cancer cells are cauterized or killed at high temperature is the center of the cancer cells 310 or the root of the site where the new blood vessels 350 are generated. It has the structure of a PD catheter used to treat cancer cells and other polyps with characteristic features.

Next, the structure for inserting the PD catheter into the target site 310 where the cancer cells 310 are cauterized or killed at high temperature is inserted into the target from the upper part of the cancer cells 100 in FIG. It is a PD catheter structure used for treating cancer cells and other polyps with unique characteristics.

Next, the PD catheter with a thin PD guide tube is capable of widely cauterizing or high-temperature death of infiltrating cells around the primary focus of cancer cells and infiltrating cells in the lower part. It has the structure of a PD catheter that is used for treatment of cancer cells and other polyps, which is characterized by the structure that uses the PD catheter of the guide tube extensively.

Next, the PD catheter 100 with a thin PD guide tube is used in combination with a means for extracting from the body with a thick PD guide tube 200 equipped with a PD suction cut insertion part 500, and infiltrated cells around the primary tumor of cancer cells and lower part It has a structure of a PD catheter used for treatment of cancer cells and other polyps, characterized by a structure that ablates or kills at high temperature a wide range of infiltrated cells, and a structure that extracts cauterized or high-temperature-killed cells and live cancer cells. increase.

Next, for cancers that can be penetrated by a PD catheter with a built-in camera, treatment is performed using various PD catheters described in prior documents, and for cancers that cannot be penetrated, a PD catheter 100 having a thin PD guide tube as a component and a thick PD catheter 100 are used. It has a structure of a PD catheter used for treating cancer cells and other polyps, which is characterized by a structure for performing cancer treatment using two types of PD catheters having the PD guide tube 200 as a component.

Next, the structure of the PD cancer therapy is characterized by the PD catheter 100 having at least the thin PD guide tube 3 and the PDO wire 1 as components.

Furthermore, the structure of the PD cancer therapy is characterized by the PD catheter having at least the thick PD guide tube 506 and the suction cut insertion portion 500 as components.

In addition, a treatment method comprising at least a thin cylindrical PD guide tube 506 and a PDO wire 1 as components, and a thick PD guide tube 506 and a PD suction cut insertion part 500 are sucked to extract live cells or dead cells from the body. It has a structure of PD cancer treatment method with characteristics in treatment method.

In addition, PD cancer characterized by a cancer treatment method in which new blood vessels 350 connected to cancer cells or roots connected to cancer cells are cauterized or killed at high temperature to stop blood flow to cancer cells to kill cancer cells. It is the structure of therapy.

Next, the new blood vessels 350 connected to the cancer cells are cauterized or killed at high temperature to stop the blood flow to the cancer cells. It is a structure of PD cancer treatment method that has the characteristics of cancer treatment method that

In addition to cancer treatment, it has a structure of a PD cancer treatment method that can be used for countermeasures against coronaviruses that continue to mutate and for extracting in vitro images of concentrated viruses and bacteria such as monkeypox.

The present invention is a PD catheter for treating cancer cells and other polyps, and can be used to treat coronaviruses and cancer cells that have invaded the nasal passages, airways, bronchi, and especially the lungs. In addition, it is easy to treat new strains of viruses and bacteria for which there are no vaccines.

In particular, the number of infected people is increasing rapidly due to the recent mutation of the coronavirus, and the number of seriously injured patients and victims is also increasing. He was infected with pneumonia and was seriously injured. If the coronavirus is not in the lungs, you can survive from serious injuries with conventional anti-inflammatory drugs and antibiotics.

In addition, it is speculated that it may be possible to reduce damage by removing cells from areas where viruses such as monkeypox and bacteria are concentrated.

In addition, by using it together with a camera attachment and an endoscope, almost all kinds of treatments are possible.

1 PDO wire 2 Diffusion hole 3 Thin cylindrical PD guide cylinder 4 Diffusion ray 5 Needle-shaped, wedge-shaped, or cross-sectional defect 8 Robot fixing bolt hole 9 Robot fixing jig 21 PD diffusion part 22 PD transmission part 91 patient's body 92 spine 99 internal organs (liver, pancreas, breast, etc.)
100 PD catheter 100A having a thin cylindrical PD guide tube 100 with a different insertion direction
200 PD catheter with thick PD guide tube and suction cut insertion section 300 Primary tumor cell 310 Subcutaneous tissue such as polyp-like internal organs 310-A Absorbed polyp 320 Primary focus peripheral cells 350 New blood vessel 500 Suction cut insertion section 501 Suction with negative pressure 502 Tube 503 Suction cut insertion tip 504 Cutter 506 Thick PD guide tube 507 Thick PD guide tube tip cutting edge 509 Rotate

Claims (20)

The PDO wire used for PD catheters is made of glass or synthetic resin, etc., for materials corresponding to various incident light beams. It is colored translucent, etc., and has a hue that can be used for additive color mixture or subtractive color mixture. Features such as full or partial wavelength rays, and means for leaking a portion of the incident light rays to the outside of the PDO line are the contamination of small grains and needle-like, wedge-like, and irregular eyes. A PD diffusion part that has one or more cross-sectional defects such as a rough shape, and furthermore, the cross-sectional defect causes diffuse reflection of the light entering the PDO line and leaks the light to the outside, and the transmitted light. A cancer cell having at least a PDO wire, which has a structure having one or more PD transmission parts that hardly leak to the outside, and a thin cylindrical PD guide tube made of metal with an injection needle-like tip and other PD catheter structures used to treat polyps. The thin cylindrical PD guide tube is provided with a diffusion hole or a slit at the tip for radiating the light rays leaked from the PD radiating part of the PDO wire to the outside of the PD guide tube. The structure of a PD catheter used for treatment of cancer cells or other polyps according to claim 1, which has the characteristic of cauterizing or killing cells. The thin cylindrical PD guide tube has a feature that it does not have a diffusion hole or a slit at the tip for radiating the light leaked from the PD radiating part of the PDO line to the outside of the thin cylindrical PD guide tube. A thin cylindrical PD guide tube itself is heated by the light beam leaked from the PD radiating part, and the temperature of the PD guide tube itself is increased to cauterize or kill surrounding cancer cells or disseminated cancer cells at high temperature. Structure of PD catheter used for treatment of cancer cells and other polyps according to 1 to 2. An elongated device consisting of a PDO wire and a thin cylindrical PD guide tube used to treat cancer cells proliferating inside organs such as breast cancer, liver cancer, and pancreatic cancer that cannot be penetrated by a camera-equipped endoscope. The PD catheter according to any one of claims 1 to 3, characterized in that it is inserted by selecting a route that does not cause serious damage to nerves and blood vessels from outside the body to cancer cells obtained by image diagnosis or tomographic diagnosis. Structure of a PD catheter used for treatment of cancer cells and other polyps. A long, narrow catheter equipped with a PDO wire and a thin cylindrical PD guide tube for treating cancer cells proliferating inside organs such as breast cancer, liver cancer, and pancreatic cancer, which cannot be penetrated by an endoscope equipped with a camera. The structure of the PD catheter used for treatment of cancer cells and other polyps according to claims 1 to 4, characterized in that it is inserted by a robot, a skilled doctor, an assistant doctor, or in cooperation with each other. 6. A PD for treating cancer cells or other polyps according to claims 1 to 5, characterized in that the PD catheter is inserted into the body from any direction, such as the front side, the back side, or the side of the body, depending on the position of the cancer cells. Structure of the catheter. Cancer cells that have been cauterized or killed at high temperature by the PD catheter of the thin PD guide tube are aspirated and removed from the body by the PD suction cut insert placed inside the thick PD guide tube used as a means to remove them from the body. The PD catheter structure for treating cancer cells and other polyps according to claims 1 to 6, having the following characteristics. 8. The structure of a PD catheter used for treatment of cancer cells or other polyps according to claim 1, wherein the distal end of the thick PD guide tube has a sharp blade-like shape for easy insertion. Use for treatment of cancer cells and other polyps according to claims 1 to 8, characterized in that the thick PD guide cylinder is inserted into the body from any direction, such as the front side, the back side, or the side of the body, depending on the position of the cancer cells. The structure of the PD catheter that does. According to claim 1, the target site for cauterizing or killing cancer cells at high temperature is characterized by a structure in which a PD catheter is inserted to target the center of cancer cells or the base of a site where new blood vessels are generated to cauterize or kill cancer cells. Structure of PD catheter used for treating cancer cells and other polyps according to 9. The structure for inserting the PD catheter into the target site where cancer cells are cauterized or killed by high temperature is characterized by being inserted into the target from above or laterally of cancer cells or from the side of neovascularization. construction of a PD catheter for use in treating cancer cells and other polyps. The PD catheter with a thin PD guide tube is capable of widely cauterizing or high-temperature death of infiltrating cells around the primary focus of cancer cells and infiltrating cells in the lower part. The structure of the PD catheter used for treatment of cancer cells and other polyps according to claims 1 to 11, which is characterized by the structure for extensive use of the PD catheter. The PD catheter with a thin PD guide tube is used in combination with the means for extracting it from the body with a thick PD guide tube equipped with a PD suction cut insertion part, and the infiltrated cells around the primary tumor of cancer cells and the infiltrated cells in the lower part are also removed. 13. The structure of the PD catheter used for treatment of cancer cells and other polyps according to claims 1 to 12, characterized by a structure for broad cauterization or high-temperature killing and a structure for extracting cauterized or high-temperature-killed cells. Cancers that can be penetrated by a PD catheter with a built-in camera are treated using various PD catheters, and cancers that cannot be penetrated are treated using a PD catheter with a thin PD guide tube as a component and a thick PD guide tube as components. 14. The structure of the PD catheter used for treating cancer cells or other polyps according to any one of claims 1 to 13, characterized by a structure for performing cancer treatment using two types of PD catheters used in combination. A PD cancer treatment method characterized by a cancer treatment method using a PD catheter having at least a thin PD guide tube and a PDO wire as components. 16. The PD cancer treatment method according to claim 15, which is characterized by a cancer treatment method using a PD catheter having at least a thick PD guide tube and a suction cut insertion portion as constituent elements. It is characterized by a treatment method comprising at least a thin cylindrical PD guide tube and a PDO wire as components, and a treatment method in which a thick PD guide tube, a PD suction cut insertion part, and suction are performed to remove live cells or dead cells from the body. 17. The method of treating PD cancer according to claims 15-16. Claims 15 to 17 characterized by a cancer treatment method in which new blood vessels connected to cancer cells or roots connected to cancer cells are cauterized or killed at high temperature to stop the blood flow to cancer cells, thereby killing cancer cells. PD cancer treatment methods as described in . A cancer treatment method in which new blood vessels connected to cancer cells are cauterized or killed at high temperature to stop the blood flow to cancer cells, thereby stopping the influx of small metastatic cells of cancer cells into the blood and suppressing the metastasis of cancer cells. 19. The PD cancer treatment method according to claims 15 to 18, characterized by: 199. PD cancer treatment method according to any one of claims 15 to 198, characterized in that it can be used for countermeasures against coronaviruses that continue to mutate, and for extirpation of concentrated viruses and bacteria such as monkeypox, in addition to cancer treatment.

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