In one of the Dr Steven Greer sessions, he describes how President Kennedy and Marilyn Monroe were caught by suprise when they were playing TRISS together in the White house and were discovered by one of the staff that later did away with Marilyn.
TRISS defines, either the way that ALIENS are being treated as TRAUMA CASES as they are STRESSED by the ILLEGAL SECRECY about their PEACEFUL CONTACT with humans.
Basically the ILLEGAL SECRECY is killing aliens from other star systems ,because of the PROJECTED WAITING TIME of making contact is full of problems from the illegal governments of the world that would rather see them as dying from the trauma of waiting.
So the zillions of dollars spent by illegal secrecy is buying the time so that the aliens would have it more difficult to reference our peaceful contact with them.
The ILLEGAL SECRECY has created a world that is in TRAUMA.
Trauma of poverty, trauma of pollution, trauma of greed, trauma of disease.
Trauma occurs when flying saucers are shot down and the aliens in them are subject to experiments that are meant to make them feel trauma to such an extent that they are forced to admit that they are not interested in Earth and that this illegal secrecy is used to deny humans their peaceful chance at alien contact.
This happens because the ILLEGAL SECRECY implies that the whole contact value of alien and human contact has something wrong with it as warranting investigation by dark , MEDICAL TECHNOLOGY, meant to deny the facts of the biological reality of alien beings.
So aliens are being used to make autopsy's on them and the knowledge is being used for astronauts in secret space projects.
TRISS
from:
www.ncbi.nlm.nih.gov/pmc/articles/PMC3214498/
date 2018
April 25
time, 9:43
Introduction:
Trauma and injury severity score (TRISS), introduced in 1981 is a combination index based on revised trauma score (RTS), injury severity score (ISS) and patient's age. In this study we have used TRISS method to predict the outcome in trauma cases.
Materials and Methods:
1000 consecutive cases of trauma of adult age group admitted in casualty of Dayanand Medical College and Hospital Ludhiana, from 1/7/2000 onwards. Revised Trauma Score, Injury Severity Score and Age Index were recorded from which TRISS was determined. The performance of TS, ISS and TRISS as predictors of survival was evaluated using the misclassification rate, the information gain and the relative information gain.
Results:
The majority of the patients were men (83.7%) and in the age group of 20-50 years. Road traffic collisions (72%) were the most common cause of trauma. The mortality rate was 4.1%. Using PER method, the TRISS method was found to have information gain of 0.049 and a relative information gain of 0.41.
Conclusions:
The revised trauma score (RTS) ranged from 2.746 to 7.8408.There was a graded increase in mortality with decreasing RTS score.
Keywords: Injury severity score, revised trauma score, trauma and injury severity score
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INTRODUCTION
Traumatic injury is defined as damage to the body caused by an exchange with environmental energy that is beyond the body's resilience.[1]
Trauma is a global phenomenon and a major cause of morbidity and mortality throughout the world. It is the disease of young and the leading cause of death in the first four decades of life.[2] India has the 4th highest rate of road accident[3] in the world with a reported mortality rates of severely injured patients ranging from 7–45%.[4] This variants could reflect real differences in therapeutic results or rely on differences concerning injury severity or age. In view of differences in prognostic variables, an instrument is necessary that considers these differences.[5]
Trauma score systems try to translate the severity of injury into a number. The scores enable physicians to translate different severity of injuries into a common language. Quantitative characterizations of injury are essential for research[6] and meaningful evaluation of patient outcome, quality improvement, and prevention programs. The development of trauma severity indices has been foremost task of trauma investigators. There are around 50 score systems published for the classification of trauma patients. These large number of score systems indicate not only the need for such scoring systems but also their shortcomings to meet all requirements.
Trauma and injury severity score (TRISS), introduced in 1981, is a combination index based on Trauma Score (RTS), Injury Severity Score (ISS), and patient's age.[7] Champion et al. (1981) showed that the physiological index in combination with anatomic index and age is a powerful predictor of outcome in trauma patients. They combined the trauma score and injury severity score with age to give a new index called TRISS (TS, ISS, Age combination index).
The TRISS methodology offers a standard approach for tracking and evaluating outcome of trauma care. Anatomic, physiologic, and age characteristics are used to quantify probability of survival as it relate to severity of injury. In this study we have used TRISS method to predict the outcome in trauma cases.
read more on:
www.ncbi.nlm.nih.gov/pmc/articles/PMC3214498/
image of peaceful contact with aliens from the movie; "close encounters of the third kind".
/www.wired.com/story/zero-g-blood-and-the-many-horrors-of-space-surgery/
date 2018
April 25
time, 10:20
MATTHIEU KOMOROWSKI WANTED to be an astronaut. Still does. The French-born anesthesiologist, currently getting a PhD at Imperial College London, applied to the European Space Agency in 2008. But he knows his chances are limited. “Being basically a medical resident I didn’t get very far in the selection,” Komorowski says. “But I’ve been working on building up my skills.”
Among those skills: administering anesthesia for surgery. And as Komorowski found when he started looking at the literature on space medicine, that might be more helpful than it sounds. Of all the concerns about astronaut safety and health, traumatic injury is the one that worries people the most. It has the biggest potential impact on a mission and, worse, it’s the one people know least about.
In part that’s because it has never happened. Over decades of Apollo, Mir, Skylab, space shuttle, and International Space Station missions, astronauts have had medical concerns and problems—and, of course, there have been deadly catastrophes. But no astronaut has ever had a major injury or needed surgery in space. If humans ever again venture past low Earth orbit and outward toward, say, Mars, someone is going to get hurt. A 2002 ESA report1 put the chances of a bad medical problem on a space mission at 0.06 per person-year. As Komorowski wrote in a journal article last year, for a crew of six on a 900-day mission to Mars, that’s pretty much one major emergency all but guaranteed.
Worst case: Someone goes outside the spacecraft to fix something heavy and it gets away from them, crushing an arm or a leg. The astronaut gets exposed to vacuum, but makes it back inside the vehicle—dehydrated, partially frozen, bleeding heavily, in shock. What happens next will depend on whether the crew is in orbit around Earth, or in interplanetary space—and on what kind of gear is on board.
NASA doesn’t seem headed for Mars any time soon, but people like Elon Musk are making noises about missions as early as the end of this decade. At the International Astronomical Conference in Guadalajara last September, Musk described plans for a Mars mission that seem to now be delayed or scaled back. But he still says SpaceX is going. Speaking to the ISS Research and Development Conference in Washington DC on July 19, Musk also said: “If safety is your top goal, I would not go to Mars.”