Kyusho-Jitsu - Vital Points of the Human Body in Marcial Arts by Evan Pantazi
Author:Evan Pantazi
Language: eng
Format: epub
Published: 2018-01-15T05:00:00+00:00
Known as the Heart Revival, this method is crucial to know and totally understand when learning, practicing or teaching Kyusho. I have a good friend who saved her own child at a sporting event with this method as well as another friend that is a firefighter who has employed this technique three times in emergency situations. This is probably the most important of all revivals as you hear of people and may have friends or family members that were stricken with a heart attack. This method is quicker and there is less potential for damage to the person it is administered to than standard CPR*.
If the heart was stopped during a Kyusho technique, it must quickly be shocked to regain its normal function and sustain the life of the individual. It is imperative to first sit the fallen individual up as described in the Consciousness restoration above**, but for a slightly more focused reason. When the body is open, more blood flows through the various muscles and other pathways. This full circulation places more demand on the heart. So, by folding the legs, waist and arms, the heart will need to pump less since the circulation of these limbs require blood, especially the legs, which require substantial amounts of blood for the large muscle structures.
The point is located on the back between the shoulder blade and the spine, just two finger-widths up form the base of the scapula. Its acupuncture name is the Bladder point 13. It is also important to know that it should only be worked with your right hand to the right rear of their body. This is due to several peculiarities of the human body, being cross extensor reflex action (mentioned later) and to a lesser extent, because the heart leans. The left side of the human body is twice as weak, susceptible and more dangerously open to attack than the right side as the heart is tilted in that direction. This is seen in medical exams as most EKG’s, EEG’s and other tests are done with wires or the use of the left side of the body, collaborating that the energy exchange or communications are more direct and open on this side.
When using this revival you use your right palm heel (wrist bone) to strike up and in toward the heart. This small bone surface will get between the ribs to pinch an intercostal nerve against the top rib and send a shock into the chest… specifically the heart itself. This, like with the diaphragm, causes a contraction and may start the normal beat of the heart again and is the same process used with medical defibrillators. While the electrical shock is startling and a bit uncomfortable, it is nothing like the muscle-contracting jolt delivered by the traditional external defibrillator, but it doesn’t need to be because the nerve directly affects the heart, as opposed to sending electricity through muscles and other body structures. By striking the right side, the body’s cross extensor reflex action
Download
This site does not store any files on its server. We only index and link to content provided by other sites. Please contact the content providers to delete copyright contents if any and email us, we'll remove relevant links or contents immediately.
Personalized inhaled bacteriophage therapy for treatment of multidrug-resistant Pseudomonas aeruginosa in cystic fibrosis by unknow(175147)
CONSORT 2025 statement: updated guideline for reporting randomized trials by unknow(83542)
Critical evaluation of the ProfiLER-02 study design and outcomes by Vivek Subbiah & Razelle Kurzrock(83232)
Cardiac gene therapy makes a comeback by Oliver J. Müller & Susanne Hille & Anca Kliesow Remes(83086)
Whisky: Malt Whiskies of Scotland (Collins Little Books) by dominic roskrow(74436)
Unveiling the design rules for tunable emission in graphene quantum dots: A high-throughput TDDFT and machine learning perspective by Şener Özönder & Mustafa Coşkun Özdemir & Caner Ünlü(50892)
A yeast-based oral therapeutic delivers immune checkpoint inhibitors to reduce intestinal tumor burden by unknow(40259)
Covalent hitchhikers guide proteins to the nucleus by Alexander F. Russell & Madeline F. Currie & Champak Chatterjee(40215)
Meet the Authors: Christopher R. Mansfield and Emily R. Derbyshire by Christopher R. Mansfield & Emily R. Derbyshire(40094)
Alkaline-earth metals promote propane dehydrogenation with carbon dioxide through geometric effects: Altering the reaction pathway by unknow(32730)
Induced iron vacancies boosting FeOOH loaded on sustainable Fenton-like collagen fiber membrane for efficient removal of emerging contaminants by unknow(32504)
Efficient electric-field-assisted photochemical conversion of methane to n-propanol exclusively over penetrated TiO2Ti hollow fibers by Guanghui Feng(32452)
Bi2SiO5 nanosheets as piezo-photocatalyst for efficient degradation of 2,4-Dichlorophenol by Hangyu Shi & Yifu Li & Lishan Zhang & Guoguan Liu & Qian Zhang & Xuan Ru & Shan Zhong(32384)
A novel NDIPTA organic heterojunction photocatalyst with built-in electric field for efficient hydrogen production by Jiahui Yang & Baojun Ma & Yongfa Zhu(32360)
Enhanced conversion of methane to liquid-phase oxygenates via hollow ferrite nanotube@horseradish peroxidase based photoenzymatic catalysis by Jun Duan & Shiying Fan & Xinyong Li & Shaomin Liu(32331)
Ordered macroporous superstructure of defective carbon adorned with tiny cobalt sulfide for selective electrocatalytic hydrogenation of cinnamaldehyde by Xiao-Shi Yuan & Sheng-Hua Zhou & San-Mei Wang & Wenbo Wei & Xiaofang Li & Xin-Tao Wu & Qi-Long Zhu(32256)
What's Done in Darkness by Kayla Perrin(27145)
Topological analysis of non-conjugated ethylene oxide cored dendrimers decorated with tetraphenylethylene: Insights from degree-based descriptors using the polynomial approach by A Theertha Nair & D Antony Xavier & Annmaria Baby & S Akhila(26522)
Investigation of mechanical and self-healing properties of hydroxyl-terminated polybutadiene functionalized with 2-ureido-4-pyrimidinone by Mohsen Kazazi & Mehran Hayaty & Ali Mousaviazar(26457)