Title: The Sacroiliac Joint A Posterior Ligaments Biomechanics and Clinical Implication for the Clinician

Abstract:

The sacroiliac joint (SIJ) is organized by articular surfaces between the sacral and iliac bones. The SIJ includes different functions, among which to connect the spine to the pelvic bone, which permits for better transmission of vertical forces from the spine to the pelvis and lower extremities. The first purpose of the SIJ is to provide stability, which is promoted partly by the muscles attached to the SIJ and is provided by multiple mechanisms, embracing the complex of ligaments fixed to the SIJ. The range of motion of SIJ is estimated around 2 to 4 degrees. Additionally, there are 35 muscles attaching to the sacrum or innominate, which work in a combined effort with the fascial and ligaments, thus ensuring movement and simultaneously stability of the trunk and lower extremities. The SIJ also is an essential generator for pelvic and low back pain (LBP)in the differential diagnosis of referred map pain in the lower extremities and should be considered in the differential diagnosis of pelvic and LBP. There is an underestimation of the prevalence of SIJ pain because there is a lack of research done on the SIJ posterior ligaments. In the United States and the rest of the world, there is an augmented prevalence of LBP and its related costs.

Biography:

Dr. Sergio Marcucci has completed his DHS with a concentration in Global Health at the A. T. Still University, College of Graduate Health Studies, Mesa, USA. He received his MSc from A. T. Still University of Kirksville USA, and his D.O. from Sutherland College of Osteopathic Medicine, Belgium. He is practicing osteopathic medicine for 19 years. He had 20 oral presentations and one poster presentation. He has published 11 papers in reputed journals and has been serving as a reviewer board member of three repute journals.

Title: Are Patients Without Surgical Risks Really Without Surgical Risk?

Abstract:

Abstract:

Introduction: Surgical risk means the risk of morbidity and mortality in the peri-operative period. It was implanted surgical risk to evaluate if the risk of the surgery could be higher that the risk of death from the disease.

The purpose of this study is to demonstrate that all patients nowadays are at high risk for a surgical procedure, independent of the type of diagnosis and age group because the majority of patients nowadays have energy deficiency inside the five internal massive organs ( Liver, Heart, Spleen, Lungs, and Kidney) as I showed in research that I did analyze a 1000 patients the energy of the five internal massive organs, responsible for the production of internal energy to keep our blood flowing inside the blood vessels. This lack of energy reduces even more when exposed to highly concentrated medications such as anesthetic medications, used for sedation of the patients.

Biography:

Huang Wei Ling, born in Taiwan, raised and graduated in medicine in Brazil, specialist in infectious and parasitic diseases, a General Practitioner and Parenteral and Enteral Medical Nutrition Therapist. Once in charge of the Hospital Infection Control Service of the City of Franca’s General Hospital, she was responsible for the control of all prescribed antimicrobial medication and received an award for the best paper presented at the Brazilian Hospital Infection Control Congress in 1998. Since 1997, she works with the approach and treatment of all chronic diseases in a holistic way, with treatment guided through the teachings of Traditional Chinese Medicine and Hippocrates. Researcher in the University of São Paulo, in the Ophthalmology department from 2012 to 2013.Author of the theory Constitutional Homeopathy of the Five Elements Based on Traditional Chinese Medicine. Author of more than 100 publications about treatment of variety of diseases rebalancing the internal energy using Hippocrates thoughts.

Title: Errors in Medicine During the Covid Crisis

Abstract:

Introduction:

In the current environment, the potential risk of medical errors is potentially much more likely. Prior to COVID-19, medical errors were considered a global priority, which prompted the WHO to hold the first "World Patient Safety Day" on September 17, 2019. The goal is to make healthcare safer, raise global awareness of patient safety, and encourage people to demonstrate their commitment (“representing patient safety”). Several interrelated factors have been identified that affect the quality and timely delivery of care in emergencies. These include organizational systems, workloads, time constraints, teamwork, individual human factors, and case complexity.6 The remainder of this article provides an overview of specific individual human factors (HF) and working within hierarchies during an epidemic.

Preliminary clinical preparation:

What can you do? Simulation Training is a well-established training tool used in the military, aerospace and civilian sectors. It facilitates kinesthetic learning, but it is also a very effective way to learn from mistakes and mistakes in a safe environment. There is evidence that the simulator is effective in improving clinical skills as well as non-technical skills. The courses, including 7HF training, are: NOTSS (Non-technical skill for surgeons). START (Acute Disease Recognition and Systematic Training in Surgical Treatment) Course. Training exercises in the military context reduce the risk of "invalidation". Candidates for the 2015 LIVEX (Live Training in Exercise) pilot project have proved to be a good way to stay ready for operation8. This is especially true in the military medical environment where HOSPEX (hospital movement simulation) is deployed. 9 This can be reminiscent of certain threats such as the crisis of Ebola and many lessons at B. Op GRITROCK are related to COVID 19.

Biography:

• Director of ICU in General Hospital of Agrinio: 01/2023 –
• Permanent Consultant Anaesthesiologist- Intensivist
  Company Name: General Hospital Hippokratio of Thessaloniki
  Dates Employed: May 2017 – 2022
  Employment Duration: 5 years, Location :Thessaloniki-Greece
• Anaesthesiologist: 13 years      
• Company Name:General Hospital Hippokratio of Thessaloniki
• Trainer - examiner in surgical nursing specialties of Northern Greece
• Medical doctor volunteer (pain management) Company Name Doctors of the World Greece Dates Employed Aug 2016 – Present  Employment Duration 7 yrs
• Member of rapid response emergency team of G.H.T. Hippokratio
• Αs an anesthesiologist I have experience in Obstretic & Gynecological cases / Liver and Kidney Transplantations / Cases of General’s Surgeries /Vascular Surgeries / Cases of Neurosurgeries and Emergency Medical Technician Roles.

Title: Prevention and Movements Analysis of Anterior Cruciate Ligament Partial Rupture by Using Fifa 11+ For Amateur Adult Male Soccer Player

Abstract:

Introduction: Sports participation often lead to a wide range of injuries like fractures, muscle and ligament sprains, central nervous system dysfunction, internal organ damage, or concussion. The effect of ACL injuries is mostly reduced functional performance, joint effusion, muscle weakness, or change in movement. The human body has intrinsic ability to defend itself by instinct, but it is imperative especially in sports to train the body to be more effective in resisting injuries through the exploitation of the body’s natural defense mechanisms. The FIFA 11+ program aims at doing this some studies have shown that players who performed the FIFA+ routine regularly had 30-50% fewer sports injuries. Aim: is to reach a stable balanced knee through proprioception stimulation by applying FIFA 11+.

Biography:

Mr. Theeb Alsalem holds B.Sc. in Physiotherapy  from Semmelweis University, Hungary Budapest. He is Presently working as Physical therapist at King Abdulaziz Medical City. National Guard Health Affairs, Riyadh Kingdom of Saudi Araba. He is Interesting about Neuroscience and Human Health. Mr. Theeb is specialist in neurological cases and more in neurorehabilitation technologies & techniques. I am part time job working for neurology solutions worki11g in healthcare and human health field plus neuroscience.

Title: T-pattern Self-similarity Theory of Mass Societies and the Danger of Textual Viruses

Abstract:

The scientific biological study of behavior is notably recent. Only in 1973, a Nobel Prize in Physiology or Medicine was shared by three Ethologists (ethology being the biology of behavior), N. Tinbergen, K. Lorenz, and K. von Frisch. Their work inspired much research in animal and human ethology including this half-century project recently described in Magnusson (2020) “T-patterns, external memory, and mass-societies in proteins and humans: In an eye-blink, the naked ape became a string-controlled citizen”. The primary result is the T-pattern self-similarity theory of mass societies, which relates protein and human mass societies based on T-patterns. Self-similarity between these mass societies appeared suddenly after billions of years of evolution with the advent of writing, just a few thousand years ago. A stunning self-similarity across some eight orders of magnitude, but until very recently just as invisible and unknown to humanity as were galaxies to Einstein in 1917. The main steps leading to the present view are here shown from temporal T-pattern definition and detection in interactions between children, animals, and brain neurons to their detection as spatial T-strings in the inert purely informational DNA and texts, the essential molecular and textual external memory strings of protein- and human mass societies. The widespread occurrence of T-patterns and T-strings across such different sizes and organizational levels may explain their easy access to humans even thousands of years after their creation. Some T-strings, whether molecular or textual, may function as viruses and damage the lives of millions. Sacred texts include such textual viruses often of great danger, notably to women. The biomathematical structural and functional similarity of textual and molecular viruses suggests treating them similarly.

Biography:

Magnus S. Magnusson, Ph.D., Research Professor Emeritus, founder, and director of the Human Behavior Laboratory, University of Iceland.  The author of the T-Pattern Self-similarity Theory and the dedicated THEME T-Pattern detection and Analysis (TPA) software (PatternVision.com) initially focused on the real-time organization of behavior. Co-directed the two-year Icelandic Research Council project “DNA analysis with Theme”. International conference talks and keynotes in ethology, neuroscience, mathematics, psychiatry, religion, proteomics, A.I., and nanoscience. Deputy director, Anthropology Laboratory, 1983-1988 in the Museum of Mankind, National Museum of Natural History, Paris. Then repeatedly invited Professor at the University of Paris VIII, XIII, and V until 1993. Works in the formalized inter-university collaboration network MASI, between 38 European and American universities initiated in 1995 in the University Rene Descartes Paris V, Sorbonne based on “Magnusson’s analytical model”.

Title: Ozone therapy in disc herniation as a valid treatment

Abstract:

Ozone (O 3 ) is an unstable allotropic form of oxygen that imparts an oxidizing activity with various biological components. Ozone reacted only with substances that contain double bonds, such as amino acids, peptides, proteins, nucleic acids, and primarily unsaturated fatty acids, which serve as the building blocks of cellular membranes; lipid biolayers and the lipoprotein complexes found in blood plasma. It can generate its immune-modulating, anti-inflammatory, antibacterial, virucidal, fungicidal, analgesic, and other properties depending on the therapeutic dose chosen. Ozone therapy has various therapeutic uses including topical applications for wound healing, treatment of periodontitis, cancer, AIDS, severe acute respiratory syndrome, neurodegenerative diseases and diabetic foot. Advantages of Ozone therapy includes that it acts as a disinfectant and prevents oxidative damage. Ozone therapy has disadvantage of being hazardous to skin cells and red blood cell clumping is lessened or eliminated by ozone. Ozone therapy is indicated in lumbar herniated disc. Lumbar herniated disc causes symptoms of sciatica and possible foot pain, numbness or weakness. The rationale for direct O2-O3 therapy is that the pain caused by low back pain with sciatica or cruralgia is due to nerve root compression with bulging or herniated discs. Ozone is administered in the form of an oxygen-ozone gas mixture, at nontoxic concentrations varying from 1 to 40 μg of ozone per milliliter of oxygen. The optimal concentration of ozone per milliliter of oxygen for intradiscal administration is 27μg. Several clinical studies on the efficacy of the use of O2-O3 in treatment of lumbar disc herniations have been reported in the literature. In cervical disc herniation, nucleus pulposus of the intervertebral disc shifts at the cervical level which may directly compress the spinal cord or entrap nerve roots. Various clinical trials have demonstrated the effectiveness of O2 -O3 therapy in treatment of cervical disc herniation. Patients with neck pain and or radiculopathy corresponding to disc herniation without cervical cord compression are most suitable for ozone therapy. Ozone therapy is a minimally invasive treatment that provides antiinflammatory effects and pain relief by oxidizing proteoglycan in the nucleus pulposus leading to shrinkage of the disc which compresses the nerve roots. Studies have hypothesized that the injection of O3 induces overexpression of antioxidant enzymes which then neutralizes excessive ROS formation. A powerful stimulus to the activation of antioxidant defense is the result of O3 injected in the peridural space of the conjugation foramen and disc. Injections given in the cases that had extruded cervical disc pathology, good results were observed.

Biography:

Professor Massimo Piracci completed his MBBS from Roma Tor Vergata, Italy in 1992 and subsequently received his MD in Orthopedic and Traumatology from the same University in 1999. He was trained in Orthopedic Surgery in Roma Saint Eugenio Hospital and in Latina Santa Maria Goretti Hospital. From 2003 was HOD in Orthopedic and Traumatology Department in Roma Clinic Annunziatella where he did more than 10.000 surgery. He was also Football Referee for FIGC for 15 years and also external orthopedic consultant for different football team. From 2014 in UAE in AL Salama Hospital and  Universal Hospital, Abu Dhabi. He already treated for ACL reconstruction the goal keeper of Al Jazeera Football Club of Abu Dhabi. He uses the most advanced technologies and biological implant (PRP, Stamina cells, Ozone Therapy) and mini invasive surgery of hip head. He treats the most of orthopedic pathology for children and adults, the most of minor and major trauma, and sport injury with advanced mini invasive technique. For low back pain he uses the treatment with Ozone therapy that resolve the pain giving back a normal life to the patient.

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