TRIZCON 2021 registration

Abstract

Medicine is the most important area related to human and animal health but TRIZ is rarely used in such an important area.

We have accumulated extensive experience in various fields of medicine and related areas, which I combined in three groups:

Biomechanics, Prosthetics Orthotics, AI

1. Prosthetics of the upper and lower extremities
2. Orthotics
3. Prevention and treatment of scoliosis
4. Prevention and treatment of post-stroke, post-infarction patients
5. Imitation of walking and running of astronauts
6. Controlling the movement of deaf-blind patients
7. Treatment of patients with electrical muscle stimulation
8. Creation of biomechanical bio controlled magnetic fluid simulators
9. Creation of AI Expert systems for prosthetics and orthopedics

Repurposing generic drugs and applying unique applications in medical field

1. Multidrug-resistant (MDR) bacteria and effect of potentiators to restore bacterial sensitivity to antibiotics.
2. Polymyxin nephrotoxicity prevention by nephroprotectors NGL022
3. A pharmaceutical composition stimulating tissue regeneration by activating autologous stem cells
4. Composition for accelerating the healing of trophic ulcers in diabetic patients with Diabetic foot syndrome
5. A new generation of probiotics based on modified spores. (Food and Supplement industry)
6. Anti-Aging. Activators of telomerase expression in human and animal somatic cells.
7. Binary hemostatic “GEMMA” medical device (510K application)
8. Anti-TB drugs based on stimulants of complete phagocytosis
9. New approach of Metformin use with reduced Gastrointestinal side effects.

Novel generation of drugs and methods of therapy

1. Anticancer agent based on RNA fragments (fRNA- fractionated)
2. Vaccine’s adjuvants – Supramolecular nanostructures on the basis of phospholipids modified peptides.
3. Antiviral drug based on modified peptides
4. Oral insulin based on self-organizing modified peptides
5. Self-organizing superstructures modified polyphenols – restoring bacterial sensitivity to antibiotics
6. TRIZ consulting to minimize “trial and errors” in R&D in Pharmaceutical industry

To implement TRIZ in medical field including drug development necessitates broad knowledge in several areas rooted in the molecular modeling method. This method includes the application of the laws of quantum physics and quantum chemistry. Additionally, it requires knowledge of the behavior of molecules in various situations and their interaction with each other at different temperatures, as well as in the presence of salts and other compounds.

Truly effective drugs can be developed only on the basis of a systematic approach and in-depth knowledge of the fields of medicine; pharmaceutical chemistry, medical chemistry, physical chemistry, analytical chemistry, pharmacognosy, chemistry of natural compounds; plant medicine technology; biochemistry, molecular biology; pharmacology; and many other disciplines. Our experience applying TRIZ in Medicine, show it high efficacy.

Dr. Boris Farber, TRIZ Master

Professor, PHD, D.Sc.

Dr. Boris Farber, Professor, PHD, D.Sc.; Academician; Vice President of European Academy of Natural Sciences; Chairman of USA division of European Academy of Sciences; CEO of corporations: Noigel, LLC.; TRIZ Biopharma International, LLC.; TRIZ Universal Consulting, Inc.; QuaziVita International Corp; Farber’s Center for Academic Success, Inc.,etc. Professor and Scientist of the Years 2010-2018 (USA). ). http://trizbiopharma.com/  ;   http://nanoigel.com/

Dr. Farber has authored more than 1000 inventions, books, publications and presentations all over the World. His pioneer inventions are based on TRIZ, including self-adjusted and self-organized dynamical systems in many areas of Bioengineering and Biotechnologies, including first dynamic drugs in the World with variable structure and synergy.

Abstract

In this article, we described our 46 years of experience in applying TRIZ in education.

From the perspective of TRIZ, hundreds of thousands of mathematics, physics, and chemistry problems were analyzed, developed a system of operations and algorithms, established standards for their solution, and included aspects of the latest achievements of didactics, psychology, and psychophysiology, object-oriented programming.

When teaching generalized actions and operations, we teach visual-figurative graphic material, reference signals, diagrams, and diagrams and develop on-screen and imaginative thinking. In the Method of Images, we teach students about enlarged, generalized operations. Then the operations are combined into “methods,” flowcharts, which are a union, a combination of several operations, and are designated by a figurative label. There are main 57 categories of the Method of Images. The development of the Image Method and its successful implementation for many years became the Winner of the International Competition for Projects in “Distance Education in Modern Situations.” It is shown that the technology of distance learning, precisely based on the Method of Images, is much more effective than the correspondence form of education and is comparable and superior in quality parameters to offline classes. In this presentation, emphasis will be made on the history of the creation of the Image Method without disclosing Know-How, with a large number of examples.

Presenter

Dr. Boris Farber, TRIZ Master

Professor, PHD, D.Sc.

Dr. Boris Farber, Professor, PHD, D.Sc.; Academician; Vice President of European Academy of Natural Sciences; Chairman of USA division of European Academy of Sciences; CEO of corporations: Noigel, LLC.; TRIZ Biopharma International, LLC.; TRIZ Universal Consulting, Inc.; QuaziVita International Corp; Farber’s Center for Academic Success, Inc.,etc. Professor and Scientist of the Years 2010-2018 (USA). ). http://trizbiopharma.com/  ;   http://nanoigel.com/

Dr. Farber has authored more than 1000 inventions, books, publications and presentations all over the World. His pioneer inventions are based on TRIZ, including self-adjusted and self-organized dynamical systems in many areas of Bioengineering and Biotechnologies, including first dynamic drugs in the World with variable structure and synergy.

Any challenge that requires an innovative solution is usually associated with a cluster of entwined problems, some obvious and others hidden. Solving a wrong problem drains the company of time, money, saps people’s energy, and often results in missed market opportunities. This tutorial will acquaint you with major tools of modern TRIZ used for the thorough identification and formulation of the most promising problems worth solving.

Victor Fey, TRIZ Master

Identifying the Correct Problem to Solve

Over the past 25 years, Victor has collected more than two decades of consulting experienceFey Victor 2021.1024 serving the Global 1000. His work has ranged from teaching and consulting to facilitating and leading cross-functional teams in delivering critical breakthrough product and technology solutions. At Hyundai-Kia Motors, his consulting effort resulted in obtaining over 100 patents with an estimated ROI of $103 million.

From 1997 through 2014, he was an Adjunct Professor at Wayne State University, where he taught the first graduate-level course in TRIZ in the West. He has lectured at MIT, Stevens Institute of Technology, Chalmers University, Technion, and others.

Victor chairs the TRIZ R&D Council of the International TRIZ Association (MATRIZ) and the Certification Board of the Altshuller Institute for TRIZ Studies.

His books include Effective Innovation: The Development of Winning Technologies, published by ASME Press, and Innovation on Demand: New Product Development Using TRIZ, released by Cambridge University Press (translated to Korean; Chinese translation is scheduled for 2020).

Identify the problem

The Rubik’s Cube is a 3-D combination puzzle originally invented in 1974 by Hungarian sculptor and professor of architecture Ernő Rubik