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You selected inventions in category Medicine

  • 'Angioplasty' Repair for GI tracts, Vascular Systems....  & Mechanical Plumbing Systems'Angioplasty' Repair for GI tracts, Vascular...

      Medical Application:

      The overall catheter market in the U.S. alone is over 10 billion dollars¬ a year and growing. Featuring targeted treatment capability (not currently offered in the present state of the art), this elastomeric shell works by expanding first at both ends (in a barbell shape), which isolates the middle section for treatment. The medical version of this device can be used to isolate and treat a specific section in a blood vessel, GI tract, CNS tract, urinary tract, respiratory tract, etc. Because the targeted area can be isolated and treated, more potent and effective treatment regimens can be applied without endangering adjacent tissue, or patient. Furthermore, isolated section of blood vessel or GI/CNS/urinary/respiratory tract can be treated while using device's pass-through feature where needed, which can allow normal function while procedure is taking place—reducing potential complications. Device can also be used to install and then enhance the effectiveness of stents via supplemental coating of stent after installation. Device can also be used to isolate, dissolve, and actually remove clots and plaque in blood vessels. Device can also be used to seal/fortify perforations, e.g. Crohn’s disease or diverticulitis in GI tract, using suitable medicated sealants—precluding the need for more invasive surgery. Along the same line, it can be used to seal a failed surgical union in a GI resection, ~ 5,000 failures annually, avoiding the need for further surgeries including colostomy. Device can also be used to treat cancerous polyp sites, on or after removal, by isolating and treating site with potent anti-cancer drugs. Overall, this device is the perfect vehicle for delivering targeted treatment in GI, CNS, vascular, urinary, respiratory, and similar systems.

      Mechanical Application:

      A slab leak in the U.S. costs between $625-$4,400 to pin-point and repair. Prior state of the art does not isolate and quickly repair angled sections of pipe, let alone perform repair while plumbing still in use. Commercially perfected over the last 14 years for pool plumbing, this is THE state-of-the-art device and method for internally repairing pipes. The device consists of an elastomeric, bladder-like shell that first expands at both ends (in a barbell shape), which isolates the section in-between for repair. The design of the device itself aids in positioning the expandable shell over and helps seal off the leak area inside a pipe, including pipe elbows--crucial capabilities other methods do not address. Once inflated into proper position, a sealant is injected into the leak area. Not only does the sealant eventually seal and fortify inside the pipe it also forms a seal around the outside of the pipe. Once the sealant has cured, the device is deflated and removed from the pipe--usually within 30 minutes after application. Besides working in angled sections of pipe, minimal pipe preparation and a quick return to operational capacity are other standout features of this device. Finally, the elastomeric shell can be configured with a pass-through opening to enable repair of plumbing actively in use, which can eliminate the need for costly down time.

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    • Spring Activated Tablet CutterSpring Activated Tablet Cutter

        A tablet cutter that holds the tablet in place with a spring which prevents the tablet from moving around during the cutting process enabling even tablet divisions. It is vital that prescriptions are followed exactly. Other tablet cutters do not hold the tablet securely in place but instead allow it to wiggle around at the last moment right before the tablet is cut causing uneven cuts. The spring applies just enough but not too much pressure on the tablet holding it snugly and safely in place. I believe this design will satisfy consumers to a higher level than the current tablet cutters on the market because it cuts precisely from the use of a spring that holds the tablet in place.

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      • Spring Activated Tablet CutterSpring Activated Tablet Cutter

          I have designed and patented a tablet cutter that holds the tablet in place with a spring which prevents the tablet from moving around during the cutting process enabling even tablet divisions. Other tablet cutters allow the tablet to wiggle around at the last moment right before the cutting process causing uneven cuts. This design will satisfy consumers to a higher level than the current tablet cutters on the market because it cuts with the use of a spring that prevents the tablet from moving around allowing prescriptions to be followed exactly.

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        • “DISPENSE ALL” - A new way to package and dispense products“DISPENSE ALL” - A new way to package and...

            This invention relates to the manufacturing of a packaging/bottle to dispense a product in a controlled and measured way, as desired/needed by the user. This packaging/bottle design will be utilized by all industries using paste, ointment, semi-liquid and liquid products. All these type of products will be packaged in a dispenser / bottle type package to be known as 'DISPENSE ALL'

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          • Patents related with GIPsFILIP1L filamin A-interacting protein 1-like proteinsPatents related with GIPsFILIP1L filamin...

              In Fibrostatin SL we have some issued patents related with GIPs/FILIP1L (filamin A-interacting protein 1-like) proteins that we would like to sell or license. The patents are:

              US Patent 7147855, US Patent 7601349, Australia Patent 2002365637, Japan Patent 4201712.

              The invention provides isolated GPBP-interacting 90 and 130 kDa polypeptides, and portions thereof (GIP90/130 polypeptides), antibodies to the GIP90/130 polypeptides, and pharmaceutical compositions thereof. The present invention also provides isolated GIP90/130 nucleic acid sequences, expression vectors comprising the nucleic acid sequences, and host cells transfected with the expression vectors.

              FILIP1L proteins have been recognized as putative targets in cancer (Kwon M, Libutti SK.. 2014. Expert Opin Ther Targets. 18:1435-47.). GIPs are 90-kDa and 130-kDa FILIP1L isoforms that bind to Goodpasture antigen binding protein (GPBP) also known as Ceramide transfer protein or CERT. FILIP1L-130 kDa and GPBP are involved in myofibril formation (Revert-Ros et al. 2011. J Biol Chem. 286:35030-43.)

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            • Health supplementHealth supplement

                Supplement was created by diet research lab at Poland for athletes joints support .1983 research have been stop of financial shortage. At 2016 being member this team I improve this supplement for my joins. This new supplement gave more benefits then I expect.
                1) General health improvement
                2)Joins support ( up to shape age 20)
                3) Younger skin
                4) loosing fat and grooving muscle (even at age 70,my age)
                5 High libido ( is makes almost sexual obsession) can be use to heal impotency
                Asking price is--5 millions and 30% of profit.

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                  The offer is a new diagnostic test which may confirm the Streptococcus agalactiae infections in pregnant women. The proposed test uses a specific reaction of immunoreactive proteins derived from clinical isolates of S. agalactiae with the antibodies present in the serum of patients, and provides an alternative to commonly used solutions in this field.

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                • Intelligent system for detecting tooth decay using piezo vibration and 100 accuracyIntelligent system for detecting tooth decay...

                    Always Special attention has been paid to the accurate diagnosis of dental caries in dentistry.
                    To detect dental caries At the occlusal levels via The perfect mirror And at interdental levels The use of radiographs of Bytewing .
                    addition to the cost of Preparing radiographs , It expands the patient to x-rays, which itself has multiple complications.
                    Different radiographic systems are one of the main diagnostic tools in dentistry.
                    As a result of an increase in the number of illnesses resulting from laser imaging that is the result of this radiation , And the increase in radiation damage to humans.
                    The best way to detect with 100% accuracy And without zero percentages, To improve the quality of decay detection and Renounce all the problems listed , Decided to design got this device.

                    The complications and problems of radiographic systems:

                    **Diseases of the skin and cancer caused by x-rays for dentists and patients
                    **Physical complications for pregnant women in embryos
                    **High cost in the preparation and maintenance of radiographic equipment
                    **Lack of accurate diagnosis of decay (detection of up to 60%) Or the separation of amalgam from the tooth (detecting up to 25%) in the restorative tooth By radiography devices
                    **Detection of decay (detection 0%) or separation of amalgam substance from the tooth in restorative tooth by oral sensors

                    ** Specific objectives of the project

                    1. Record the waves from healthy teeth
                    2. Record the waves from the teeth with 0.5 mm cavities
                    3. Record waves from teeth with 1 mm cavities
                    4. Record waves from 1.5 mm cavities
                    5. Record waves from teeth with 2 mm cavities
                    6. Compare the two primitive groups together
                    7. Record radiographs of sample teeth
                    8. Review the synchronization of radiographic images with the designed model

                    ** Applied Schemes

                    • Possibility of examining tooth decay in pregnant women and the elderly
                    • Facilitating the examination of dental caries and studying the separation of amalgam from the tooth in restored teeth ,dont need to go to radiographic centers And exposure to laser radiation (Notably, the most advanced X-ray devices are not able to do it)
                    • High accuracy of detection than radiography devices up to 100% accuracy of detection
                    • Cheaper prices, so all dentists will be able to buy this device
                    • Because of its low cost of service, it does not cost much, and it's a welfare for patients
                    • Avoiding time to go to the radiography clinic and returning to the dentist's office.

                    Teeth are randomly divided into 5 groups of 20 teeth. In groups 1-4, cavities at 0.5, 1, 1.5 and 2 depths in the teeth will be created as a decay model. In the fifth group, no cavity will be created. By contacting the ultrasonic probe with the teeth, the waves received by the detector will be recorded.

                    The next steps are as follows:
                    1- 3D modeling of the device in Solidworkes 2016 Software
                    2. Load dynamic forces and dynamic analysis with MC Adams software
                    3. The loading forces of motion and vibration analysis software ANSYS 17.1
                    4. Vibration testing of teeth with ME Scope software for comparison with modeling analysis
                    Next step The teeth are parallel radiographs and the result will be compared with the model. Statistical analysis of data By one-agent variance analysis and The appropriate follow-up is used to compare two-dimensional groups in groups.

                    At this point, our data will be ready for the device library And the device becomes the program.

                    The cost of the Intelligent system for detecting tooth decay using piezo vibration and 100% accuracy:

                    **Making the original model Body with a beautiful look:2500$
                    **Modal and harmonic vibration testing on 200 human tooth samples ( We will receive from the bank of dentistry of medicin university):19000$
                    **Build a humanoid robot to move and sit on a dental unit To view system performance :4000$


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