" RADIATION ACCIDENT PATIENTS " 1969 MEDICAL TRAINING FILM HOW TO TREAT RADIATION VICTIMS 26394
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- Опубликовано: 12 сен 2024
- This 1969 film "Radiation Accident Patients" was presented by U. S. Atomic Energy Commission and is designed for the training of rescue workers, nurses, therapists, hospital administrators, physicians, police and firemen by explaining the proper procedure and protocols, highlighting the superstition that those patients might present a danger to personnel. The film is produced by Motion Picture Service USDA and Judd Scott, written by R. Stephen Brode, directed by Robert G. Keifer, edited by Robert L. Boyer, and photographed by Wolfgang Schubert and Ronald G. Stangl. Official summary: The film shows the techniques for proper handling of radiation accident patients; how to use simple detection instruments; radiation injury aspects of first aid. The film points out that the unfounded fears of some medical and paramedical personnel must not be allowed to close the door on assistance to radiation patients. The film helps audiences understand that radiation cases have parallels in routine rescue squad and hospital experiences.
A nuclear facility (00:08). Control rod display (00:44). An ambulance (00:58). The paramedics exit the ambulance (01:30). They open the trunk (01:07) and pull out the gurney (01:12). Boxes of radioactive material (01:18). A patient, the two paramedics, and hospital personnel are gathered in hospital room (01:25). Titles (01:52). “Emergency Handling by Hospitals and Rescue Squads” title banner (02:01). Credits (02:05). An alarm light goes off (02:21). An employee runs out of the room after being involved in a radiation accident (02:25). An ambulance arrives (02:36). The paramedics bring the patient into the ambulance (02:48). An x-ray machine (03:15). A container falls over and a battery falls out (03:20). Radioactive liquid is transferred into a barrel (03:16). A light flashes from the barrel (03:32). The patient is sitting in the ambulance (03:35). They arrive at the hospital (03:43). The patient is seated in a room and treated by a nurse and a radiologist (04:02). The patient explains the accident (04:23). He lays on a bed and is questioned by a doctor (04:41). A nurse reads his chart (04:47). The doctor and nurse exit the room (05:03). The doctor explains superstitions about radiation patients to the nurse (05:05). A nurse tests the patient’s blood pressure (05:22). Another nurse wipes his forehead (05:33). Strontium-90 fumes (05:53). Another contaminated employee takes an emergency shower (05:56). He is treated by medical personnel (06:15). A jar of radioactive save from the patient (06:31). He is brought to a hospital room and is settled in (06:38). His doctor discusses the case with the hospital administrator (07:00). The administrator dials a radiation accident-expert (07:39). A nurse cares for the patient (07:55). An ambulance arrives at the scene of a car accident involving a truck transporting radioactive cargo (08:19). They load a patient into the ambulance (08:26). The patient is tested with a radiation detection device (08:44). The accident scene is tested for radiation by police (09:00). The patient is additionally tested for radiation (09:20) and is treated for shock and superficial wounds (09:36). Containers has fallen over, and radioactive liquid has spilled (09:46). Paramedics lift an employee into a gurney and wrapped in blankets (09:59). The blankets are placed in a container for radioactive linen to be saved (10:18). The employee showers at the hospital (10:21). A doctor uses a portable Geiger counter to check the patient (10:42). The patient continues the shower (10:49). The doctor repeats the check for radiation with a Geiger counter (11:35). The same accident is replayed with a scenario including an open wound on the patient (11:46). A paramedic wraps the wound (11:55). The patient is laying on a hospital bed and medical staff treats his wound (12:20). A nurse serves the patient a meal (13:19). He begins eating (13:37). Urine is collected as ‘radioactive save’ for analysis (13:41). A nurse takes temperature with a thermometer (13:48). A recap of the doctor questioning the first patient of the film to highlight the correct handling of the situation (14:21). The doctor is reminding his coworkers of the importance of acting positively towards the patient (14:53). A recap of the doctor treating the second patient (15:03) and the third patient, who was checked for radiation using a radiation detection device (15:15). The open wound of the last patient is treated on site (15:24). A map of radiological emergency assistance locations in USA (15:33). A book of standing orders to prepare medical staff (15:46). Paramedics lift a patient from an ambulance (15:59). Credits (16:41).
This film is part of the Periscope Film LLC archive, one of the largest historic military, transportation, and aviation stock footage collections in the USA. Entirely film backed, this material is available for licensing in 24p HD, 2k and 4k. For more information visit www.PeriscopeFi...
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That Cadillac Ambulance was a work of art!
I had a chance to buy one years ago and I had to pass on it.
I have always regretted that.
One of the top scientists on the Manhattan Project may have died as a result of radiation exposure. Ernest O. Lawrence, a Nobel Prize winner and namesake of the Lawrence Livermore Laboratory, died young in 1958 from ulcerative colitis. Years after his death researchers discovered that the disease could result from prolonged radiation exposure. Lawrence had been notorious for being careless with radiation safety.
Interesting. Of course Marie Curie famously died of exposure as well. In an era long before the dangers of radiation were fully understood (and notoriously downplayed by the government) deaths like there were inevitable. Thanks for your comment and for being a sub.
The fact that so few people (officially) died from work in various aspects of the Manhattan Project is kind of incredible.
They knew radiation, bad. But how much, how long, what can transfer it, what types, etc were all guesses at the time.
02:50 Dragging him out like they are taking him to jail 😂
Galen Winsor was a Legend.
Agree 100%
3:43 Ambulance drivers sure like to manhandle Bob by his arms when Bob is alert & ambulatory.
2:46 I see a fallout shelter sign right by the door!
The lack of glove use is pretty wild. Then again a different time.
Gloves did not get used till the 90s
Why is Bob’s management not at the hospital with him?
Bobs Union rep told management to keep their goons away. Bob is going to sue.
That hospital sure did get a lot of exposure cases LOL
In the backyard of a local hospital we collected lots of little lead containers for medical radioactive waste when I was junger. 😂
OMG!!! Where do you find these films to share! Thank you... thank you... THANK YOU!!!!
Good question! Watch this: ruclips.net/video/yhJIIhxng_A/видео.html and if you love what we do -- support us on Patreon.com/Periscopefilm
Good name for a band.
Well they were dead wrong about nuclear power providing half our power by the year 2000.
Looks like it was filmed at Brookhaven National Lab on Long Island. “Bellport” on the ambulance is a nearby town.
That’s exactly where this was filmed. Good eye 👍
Basically, hope it isn't too bad then you're good 👍
Is that Raymond Burr narrating?
No EMTALA in 1969... sorry 'bout your luck, buddy.
@3:32 lmao tokaimura predicted 28 years earlier
Yup
👍
To see how people treat radiation accident patients, just watch what how the plant boss treats Matt Damon in the movie "Elysium". Just get him out of here; I don't want to have to change the sheets on the ambulance cot.
"Hot" stuff!☢️
Is this information correct? Is it only if someone is exposed to a reactor core or something that they become a danger to other people? It seems like this is propaganda aimed at people fearing ever working in those facilities with radioactive materials and at hospital staff in being willing to treat patients.
They only become a danger to other people when they have radioactive material on them. Dust, particles etc. This is especially the case for Alpha and Beta emitters, usually associated with fallout dust and radiactive waste if they got it on themselves. If they've just been irradiated by a strong gamma radiation source then yes it sucks massively for them, but they will not be radioactive themselves nor an immediate harm to others.
The usual immediate solution to someone that's become radioactively contaminated (that is has gotten radioactive liquids/dusts etc directly on them) is removing all clothing and fully washing them. Similar to any sort of chemical spill accident.
Water is also a good radiation shield and the waste water from this may be separately collected and filtered to avoid letting any radioactive particulate it into the normal sewage system.
So yes it is overall quite accurate albeit dated and representative of the best knowledge available at the time.
It's definitely propaganda. I've watched that Galen Winsor lectures all the way through dozens of times. Uranium under pressure just creates heat. It's just a way to boil water to turn a turbine. It's safe clean energy.
No way is that the original music. What's the point? Please reconsider adding music.,
Copyright issues
The way the doctor was acting you'd have thought the patient hadn't been vaccinated.