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Humanitarian Screw Installs Bone Fractur

Summary

The present invention is used for installing the bones and fractures, which then installs the broken bone and stabilize the bone,and it(the invention) melt after about a month and a half from the date of the process.

Listing Information

Posted by Walid Badr under Healthcare

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Humanitarian Screw Installs Bone Fractur
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Full Description

 

 The invention

In this model, you will find material inventor, which will change the article in the field of orthopedic and other medical fields...

Invention universal and important.. Only needs the support... By our tests and trials had been successful.. Has created several models of the form of a nail or screw.. Although it can be made on several forms: sheet, bars, nails and others by request.

Humanitarian Screw installs bone fractures, is soluble in the body without harm, which does not need another operation to remove it from the body.  

Abstract 

      The present invention shaft (nail consists of a special material similar in composition to bone formation) is used in surgical procedures to install the bones and fractures, which then installs the broken bone and stabilize the bone, and the melt after about a month and a half from the date of the process, and the melting period of six to nine months.

      The screw does not cause any complications or infections or damage in the area broken until the end of melting.

The advantage of this screw from the normal metal screw (made of chrome or stainless steel, non-soluble) to the screw (the inventor of this we have now and soluble) do not need to use it after a second operation to lift the screw where the body dissolves, and becomes positive material like bone, while bolts in the regular (which it is based on installations fractures) that doctors perform a second operation to break the bolts, and this of course causes more pain and suffering in patients, and the inventor of this screw provides the effort provided in every time and place, and the time is a requirement every human being, and the money is the basis to move the world.

Humanitarian Screw installs bone fractures, is soluble in the body without harm, which does not need another operation to remove it from the body.  

Background of the invention:

      The shaft of this invention and a special orthopedic bone fractures, the number of lengths or weights or Hardness’s, but optimization or model, which will now be explained using the length of about 1,5 cm measured 6 mm, light weight 2 g, very rough for a large degree, where he applied for the determination of torsion 60 Newton, we have installed in the bone to prove who shall have installed the broken bone to attach to normal here and settle in the bone screw and the melt after about a month and a half from the date of operation (ie, after about two weeks from the fusion of the bone).

      It does not - according to our research, and fundamentally, in the search - the inventor of the inventor never resemble the non-iron bars that are now used, which is between them and the present invention is a big difference, this invention is a positive non-hazardous material, melt and decompose in the body with the bones to increase cohesion and strengthen bone, but iron it stays on throughout the ages, and if we get it we must do another operation, may be dangerous, and tired, and cost us a lot of money.

      It can also be detrimental to the body (I mean the iron) to arrive at a sensitive with some devices, when rumors and others, but this invention do not have any negative aspects, God willing.  

A general description of the invention:

      The importance of this invention and its mission lies in the screw consists of medical materials similar in composition to bone formation, it is a health and medical installer is placed inside the body of bones and fractures, without any harmful or complications or infections or negative (during the time of the operation after healing), and consists the screw (specifically) of several elements are all natural and useful, soluble as follows:

1 - Carbohydrates: percentage (62%), 2 - Protein: rate (23%), 3 - Fat: percentage (8%)

4 fibers (cellulose): percentage (1%), 5 - in addition to: (6%), metal salts as follows: (calcium, sodium, potassium, magnesium, iron, phosphorus).  

Tests conducted on the screw  

1 - The experience of measuring the severity of the screw:

      We measured severity of the screw by using the device that measures the intention of twisting, bending moments by implementing several of the determination of torsion measuring 20 Newton to the determination of torsion measuring 60 Newton, could screw that hold all the torque applied to it until the determination of 60 Nm torsion warp where the screw was not broken, we concluded of this experiment is that the screw is too harsh, where if we measure the determination of the application of torsion to the metal screw measured 30 Newton, this leads to break, which we note here that the screw harshest twice the normal (metallic).

  2- The experiment of melting in the laboratory solutions:

      The first experiment:

      Placed in sodium bicarbonate solution ph = 7 degree screw began to melt after a period of 40 days and continued to melt and so on for 8 months, which led to the formation of a gel, I took this article and its components were analyzed as follows:

1 - Protein 23%

2 - Carbohydrates 62%

3 - Fats 8%

4 - Fiber 1%

5 - Mineral salts (iron, phosphorus, potassium, sodium, magnesium) 5%.  

  The second experiment:  

      Placed in a stomach acid solution ph = 7 Screw began to melt after a month to month and a half from the date of the operation and continued to melt for 7 months component gel.  

It took this article and its components were analyzed as follows:

6 - Protein: 23%

7 - Carbohydrates: 62%

8 - Fat: 8%

9 - Fibers: 1%

10 - Metal salts: (iron, phosphorus, potassium, sodium, magnesium) 5% 

Tests conducted on animals  

      Experiment was performed at a young sheep aged 6 months and weighs 39 kg, where we have a broken rear leg of lamb and put the screw in section, install the screw breakage, and sums the leg and placed the sheep under care for 3 weeks, and then we broke the plaster leg ,and examined it and the results proved that fraction did not completely get any complications or infections in the region that put the screw, and settled in the bone screw and coherence with the bone tissue, the sheep walk after these tests did not show any obstacles at the walk, take the screw to melt after a period of one month from the date of operation, periodic inspection way to show that the sheep did not constitute any infections or sepsis in the region it is grown, and did not pose any problems on the health of sheep outcome of the process.

 • Severity of the screw: the screw alone has installed the region broken and the weight of the sheep 39 kg, while in similar operations used by the metal bolts need 3 to 4 screws to fracture, if we assume that we have a patient weighing 100 kg, we need (in the operations of the steel screw) to five or six bolts to fracture, while in the inventor this we need to 3 screws only.

 • Solubility: The screw to melt after a month to a month and a half from the date of the operation, taking full melting for 9 months, and here we find the benefit of the screw, where we do not need a second operation to remove the screw (as in similar operations with a metal screw) which saves us a lot of effort, and money, and pain relief for patients. 


Protection elements  

1 - Screw consists of materials similar to natural bone in structure installation and materials, helps to stabilize the bones and fractures.

2 - Screw helps to stabilize the bones and fractures consist of: Carbohydrates - Protein - Fats - fiber (cellulose) - minerals: calcium, sodium, potassium, magnesium, phosphorus, iron.

3 - Screw or plate corresponding to the screw or nail, or any material consisting of materials in the second paragraph, which helps to stabilize the bone or redress or grab or degrade them, or help them.

4 - Screw or nail or a substance composed of materials similar to the material constituents of the bones, help to repair the bone in a way, we do not need to undergo surgery to remove it.