The Altons at Doom and Bloom Medical have an article up — Heat Wave Safety — on the dangers of heat exhaustion and heat stroke. Once on an early morning march during AIT at Ft. Benning, I saw a young soldier collapse from heat stroke. He was rushed off in the back of a truck with a drill sergeant performing CPR. I wish that I or someone else would have noticed the signs before it became so serious.
Summer is here and the Midwest and East is experiencing record high temperatures in a major heat wave. Officials predicted a high-risk situation as the heat index surpasses heat indexes in 90s and 100s, and in some case, the 110s. Close to 200 million people might be affected in 32 states, according to the U.S. weather service.
The “heat index”, by the way, is a measure of the effects of air temperature combined with high humidity. Above 60% relative humidity, loss of heat by perspiration is impaired exposure to full sun increases the reported heat index by as much as 10-15 degrees F. All this increases the chances of heat-related illness.
We can expect the power grid to be challenged by tens of millions of air conditioning units set on “high”, and we can expect to see some major health issues if the electricity goes out and people have to fight the heat with hand fans, like they did in the “good old days”.
You might not consider a heat wave to be a natural disaster, but it most certainly is. Heat waves can cause mass casualties, as it did in Europe when tens of thousands died of exposure (not in the Middle Ages, but in 2003). They’ve already experienced one bad one this year and are predicted to have another in the near future. India, Pakistan, and other underdeveloped tropical countries experience thousands of heat-related deaths yearly.
So how exactly does heat kill a person? Your body core regulates its temperature for optimal organ function. When core body temperature rises excessively (known as “hyperthermia”), toxins leak, inflammation occurs, and cells die. Fatalities can occur very quickly without intervention, even in those who are physically fit. Even in modern times, hyperthermia carries a 10% death rate, mostly in the elderly and infirm.
The Altons at Doom and Bloom Medical have an article up – Snakebites: First Aid and Prevention. As rattlesnakes are fairly common, venomous, pit vipers in our area, it behooves us to be prepared to treat and avoid bites.
Of the 3000 species of snakes on planet Earth, only about 400 are venomous. In North America, those that inject venom into their victims are either pit vipers or elapids. Pit vipers include species of rattlesnakes, water moccasins (cottonmouths), and copperheads. One species or another exists everywhere in the U.S. except for Maine, Alaska, and Hawaii. Elapids include coral snakes, found mostly in the South.
A word about venom: Notice I don’t say “poison”. Poisons are absorbed in the gut or through the skin, but venom must be injected into tissues or blood via fangs or a stinger. Strangely, it’s usually not dangerous to drink snake venom unless you have a cut or sore in your mouth. Having said that, please don’t try this at home.
U.S. PIT VIPERS
Pit vipers account for most snakebites in North America. The “pit” refers to a heat-sensing organ located between the eye and nostril on each side of a triangular head. The eyes have slit-like pupils. Pit vipers include:
Rattlesnakes: Of all pit vipers, rattlesnakes contribute the most to snake bite statistics in the U.S. They get their name from a structure at the end of their tails which makes a loud rattling noise when shaken. The “rattle” serves as a warning to discourage nearby threats.
Copperheads: The copperhead looks similar to a rattlesnake but without the rattle. As the name suggests, it is often copper-colored or pinkish-tan with darker bands.
Water Moccasins: These snakes are very comfortable in water. This snake has no rattle, so is relatively silent, as if walking in “moccasins”. Its response to threats is opening its mouth wide and exposing its whitish oral cavity before biting. This behavior gives it the nickname “cottonmouth”. The water moccasin may have a pattern when young, but as an adult is almost black in color. Its thick body differentiates it from other water snakes, which tend to be slender.
Coral Snakes are related to the king cobra. They’re brightly-colored but unassuming creatures that are rarely aggressive. Their small fangs are less effective in delivering venom than pit vipers. A coral snake tends to deliver venom by holding on and “chewing” on its victim, unlike vipers, which strike and let go quickly.
The marks left by venomous snake bites have a distinct appearance due to the hollow fangs at the front of the mouth. This differs from non-venomous snakes, where the bites have a more uniform appearance.
Not every bite from a venomous snake transmits toxins to the victim; indeed, 25-30% of these bites will be “dry” and seem no worse than a bee sting. This could be due to the short duration of time the snake had its fangs in its victim or whether the snake had bitten another animal shortly beforehand…
The Altons at Doom and Bloom Medical have an article up describing cryptosporidium parasite infections – symptoms, treatment, and prevention.
Summertime is when you cool off with a dip in the pool, but this year you might be sorry you did. The Centers for Disease Control and Prevention are urging citizens to protect themselves against a hardy parasite called Cryptosporidium.
Public and private pools alike are being colonized with the nasty bug, better known as “Crypto”. The organism lives in the intestines of infected people and animals. Crypto spreads in pool water when someone who is sick with the parasite goes swimming and has a loose bowel movement in the water. Because of their more liquid nature, diarrheal stools spread the microbe faster than formed ones.
Cryptosporidium is so tough that it can live for up to ten days in the presence of bleach. This year, there are more outbreaks in recreational waters than usual. The frequency has risen an average of 13% annually since 2009. In the last decade, over 400 incidents were reported in the U.S., leading to sickness in 7,500 people.
Note: Organisms that cause sickness in a population are known as “pathogens”.
Swallowing water from pools, hot tubs, and swimming holes isn’t the only way you can get infected. Day care centers and other venues with a large number of small children can also lead to contamination. Contact with infected animals may also pass the organism.
SYMPTOMS OF CRYPTO INFECTIONS
Infection with Crypto leads to a disease called “cryptosporidiosis”. Within two to ten days after exposure, the victim starts to have nausea, vomiting, and watery diarrhea that can last for weeks. Other symptoms of the illness may include fever, stomach cramps, and weight loss…
The Altons at Doom and Bloom Medical have an article up on Eye Injuries. Try to protect your eyes so that you don’t have to do any of this.
The human body is truly a miracle of engineering, from head to toe. Your skull is just one example. It’s shaped in such a fashion that your eyes are recessed in bony sockets, which helps to protect them from injury. Despite this, there are many different activities of daily living, not to mention daily survival, that can cause traumatic injury to your eyes.
Here are some:
- Accidents while using tools
- Splatter from bleach and household chemicals
- Debris flung while doing yard work
- Grease splatter from cooking
- Chopping wood
- Hot objects near your face, like a curling iron (do people still use curling irons?)
The list goes on and on; heck, you could damage your eye by popping a cork on a bottle of champagne (if you could find champagne off the grid).
The grand majority of eye injuries are avoidable with a little planning but, despite this, it’s likely that the group medic will have to deal with someone’s eye injury at one point or another.
Foreign objects in the eye cause immediate symptoms, especially if they injure the sensitive cornea. You will see the victim complain of:
- Eye pain or pressure
- Tearing up
- Light sensitivity
- Frequent blinking
- Redness (a “bloodshot” eye)
The patient will usually tell you that they feel something in their eye. The most common location will be under the upper eyelid…
American Partisan has a two part article on wilderness first aid by former combat medic.
After having a Positive Mental Attitude to survive, and once you’ve located Shelter, the next on the list of priorities is First Aid. This will likely be in a wilderness environment. Just so we can put a label on this, lets look at some definitions.
Wilderness is defined as “An uncultivated, and inhospitable region.”
First Aid is defined as “help given to a sick or injured person until full medical treatment is available.”
I’ll go a step further with defining this by saying wilderness, medically speaking, is an hour or more from the time the incident occurred, to treatment in a definitive care facility. Wilderness First Aid is also all about Improvising. We often can’t lug around an ALS ambulance with us or pack our gear with with the contents of a paramedic’s trauma bag. We can take minimal supplies and the rest is improvising. We can splint a leg fracture or configure a c-collar with a sleeping pad. We can use a bandana as a trauma dressing.
In a wilderness medical setting as well as the urban setting, we can categorize our patient as either Medical or Trauma. A medical patient in my experience as a former Combat Medic and Wilderness EMT seems to be more subjective, which means they tell you what’s wrong with them more than you can see it objectively. With trauma, it’s the opposite. A person who crashes their mountain bike on a trail and has an open fracture to an arm is pretty self-explanatory.
S-A-B-A stands for “Self-Aid / Buddy-Aid”. Self-Aid sounds easy when we know how we feel and pretty much know we crashed a bike or twisted an ankle on the trail. Except for that, we might have to perform some functions with only one hand, reduced or no vision, and not being able to move around because of trauma to our bodies. I would emphasize to practice applying a dressing & bandage to yourself with the use of one arm or blindfolded. This can be done while sitting on the couch watching TV. Buddy Aid is being able to medically assist another person…
Following up on the recent post about newly approved by the CoTCCC tourniquets, John Mosby of Mountain Guerrilla has written a piece – Tourniquets, Chest Seals, and Pressure Dressings, Oh My! – discussing med kit you should be carrying if you are carrying a firearm.
Tourniquets get a lot of digital bandwidth in tactical and preparedness virtual circles. Rightfully so, since they’ve demonstrably saved a …ton of lives over the last two decades of combat. Unfortunately though, in the process of bludgeoning a deceased equine, in order to overcome decades of medical institutional inertia about the supposed hazards of tourniquet use, many people—myself included, unfortunately—have neglected to make it a point to discuss the surrounding issues.
Let’s start with this, just to get it out of the way:
If you carry a gun, and you’re not carrying a tourniquet or two, you’re either LARPing, or you’re a… idiot. The fact is, a “gunfight” implies bilateral ballistics, and the enemy gets a vote. If you assume your one box of ammo a month “practice” regimen means you’re automatically a far better marksman than the bad guy you are going to end up in a gunfight with, well, I’ve got an 8 ounce jar of fairy dust I’ll sell you cheap, and it’s guaranteed to make you stronger, faster, higher flying, and generally more attractive to members of your preferred sex.
Sure, you COULD try using your belt or handkerchief or what-the-…-ever to improvise a tourniquet, but experiential research and laboratory study both pretty clearly demonstrate they are a piss-poor substitute, and don’t work particularly well (which is not the same thing as saying they DON’T work, AT ALL. I know people who have saved lives with improvised tourniquets, and you may too. Both they, and their patients, probably would have appreciated a manufactured, quality, tourniquet).
That having been said, we’ve got to look at the circumstances surrounding battlefield wounds, versus our likely circumstances, to see if tourniquets are even MOST of the answer, let alone all of the answer.
Tourniquets to control bleeding has been in use for centuries, sometimes praised and sometimes reviled as a tool of the devil. Painful lessons learned in Iraq and Afghanistan, however, lead us to believe that they save lives that would otherwise be lost to hemorrhage. In civilian life, the rapid and effective use of a tourniquet by those at the scene gives valuable time for emergency medical personnel to arrive. In survival settings, it doesn’t take a rocket scientist to know having tourniquets in your medical kit is not a bad idea.
For years, the Committee on Tactical Combat Casualty Care (CoTCCC) has approved a small number of commercially available tourniquets, which I’m sure many of you have in your medical kits: They include the combat application tourniquet or CAT and the special operation forces tourniquet SOF-T.
These are the tourniquets you’ll find in our medical kits. We also add the non-TCCC SWAT tourniquet as a secondary tourniquet in many of them, mostly due to its versatility to also function as a pressure dressing and splint stabilizer.
Now, the TCCC committee has widened the range of options acceptable for the effective control of bleeding. One of their additions is the SAM-XT (pictured at top of page), produced by the venerable Dr. Sam Scheinberg of SAM medical. SAM is well-known for producing malleable splints useful for a number of orthopedic injuries, and now their tourniquet is considered acceptable for even military use…
The Altons at Doom and Bloom Medical have up an article on Kissing Bugs and Chagas Disease. While I was aware of Chagas Disease and its insect spreader from my wife’s time living in Bolivia, I was unaware that the beetle and disease were now present in the US. People can live with Chagas for many years and only start having problems from it later in life.
Recently, my good friend Jack Spirko of the Survival Podcast asked me to produce a special report on Kissing Bugs. No, not kissing bugs, as in how to kiss bugs; I mean THE kissing bug, an invasive species from south of the border that is now found as far north as Pennsylvania and Illinois.
The insect in question is Triatoma sanguisuga. It’s called the kissing bug because it tends to bite human and animal victims around the mouth, although sometimes it might target the eyes or other mucous membranes.
It’s bad enough to have to deal with the redness, itching, and swelling that goes along with insect bites, but there’s more: When the kissing bug sucks your blood, it defecates (poops) on your skin. irritated victims tend to rub the poop into the bite wound while scratching the itchy areas. In kids, a swollen eyelid on one side, also called “Romana’s sign”, is a possible sign of infection.
Even worse, In the excrement lives a parasite called Trypanosoma cruzi that lodges itself in heart, intestine, and elsewhere and causes something called Chagas disease. Most people only experience minor symptoms. But a percentage of victims may develop:
- Diarrhea and vomiting
- Enlargement of the liver or spleen
- An increased chance of having a stroke
- An enlarged heart
- Irregular heartbeats that can be fatal
Chagas disease is not transmitted from person-to-person or through casual contact with infected people or animals. It can be spread, however, by infected blood products or from mother to baby during pregnancy. Rarely, an extreme allergic reaction known as anaphylaxis can occur…
Preparedness and Sustainability Festival! May 18, 2019Location: Blanchard Community Center, 685 Rusho Rd, off Rt 41, Blanchard, IDSaturday, May 18th, 2019 at 10am – 4pm
FREE ADMISSION – FREE LECTURES!
PREPAREDNESS AND Sustainability Festival! Saturday, May 18, 10-4, Blanchard Community Center off Rt. 41. Come show, teach, demo, sell or swap any legal new or used items. Install safety ties through firearm receivers. Indoor 10×10 $20 tabled spaces or outdoor $5 tailgate spaces. Solar demos, communications, first aid, gardening, gun safety & more. Click calendar listing at www.inwPrepFest.com to reserve space. 208.GUN.5115.
Food, snacks and drinks will be available on site from 11AM until 3PM.
LECTURE HALL: Educational lecturers are welcome to apply for a speaking slot (on the hour, 10-3, for up to 45 minutes duration). Priority is given to topics relating to preparedness, homesteading, sustainability, etc.
11am: A Beginner’s Intro to HAM Radio! Randy KB6YAV –
12pm: BACKYARD COMPOSTING – Jim & Pat McGinty;Learn how to create your own “black gold” compost from yard and garden wastes.Â Simple tools, simple techniques, great stuff – your garden will respond with more and better food.
1pm: Safely Choosing a Handgun – Russ Spriggs. Veteran, NRA Instructor and Range Safety Officer, www.PistolProf.com. ; Lecture and demonstration. Learn the ins and outs of most major types of pistols and revolvers, how to make your preferences, and safely handle. This class is free as a public service. If you need a Certificate for Concealed Carry Training, a $20 charge will apply.
2pm: Creating an Efficient & Resilient Prepared Property – Brian Domke, RLA, LEED AP; www.StrategicLandscapeDesign.com; An overview of design methods and key items to consider when planning a prepared property. The presentation will outline the design process to develop a comprehensive plan for a prepared property. Information will also be offered on a few specific systems and approaches that can be used when designing your prepared property to account for the fundamental aspects of water access, food production, energy generation and integrated security.
3pm: I-FAK: Your Medical Force Multiplier – “Doc” Dave Hensley, R.N. His thirty years of Pre hospital EMS, volunteer fire, ICU, ER/Air ambulance/ Trauma, CCU, CVICU (open heart surgery), recovery room and OR care sets the background for the importance of your own Individual First Aid Kit, and what should be in it. This is not only for your use, but for another to use on you in an emergency!
QUESTIONS? Email Russ.Spriggs(at)EarthLink.net with “PREPFEST” in subject line.
Blanchard, Idaho is approximately a one hour drive northeast of Spokane, WA. It’s always beautiful in Blanchard, Idaho!
The top cause of preventable death in trauma is bleeding. 20% of people who have died from traumatic injuries could have survived with quick bleeding control.
May is National Stop the Bleed Month, bringing Bleeding Control (B-CON) Instructors and students together for a month of training – free of charge in many places. Go to bleedingcontrol.org to find a class.
On Saturday May 11th, Dr. Jacobo Rivero will be teaching a free stop the bleed class in Prosser from 9:00 am to 11:00 am. The class will also be taught on June 8th and July 13th at the same location and hour.
Call 786-6601 to RSVP for Dr. Rivero’s classes. Space is limited.
Location: PMH Vineyard Conference Room
723 Memorial St, Prosser, WA
In Umatilla, the course will be taught on May 22nd at the Good Shepherd Medical Center conference room 2 from 8:00 am – 11:00 am. Call 541-667-3509 to register.
The Altons at Doom and Bloom Medical have an article up about Which Antibiotics to Have in Survival Settings. This material is covered in detail in their new book about antibiotics, but they have made a brief summary in this article.
…If a disaster throws you off the grid, your risk of traumatic injury increases but also that of infection. When someone thinks of an infectious disease event, they envision a deadly epidemic. Any catastrophe, however, can increase the number of people with infections. When I say “catastrophe”, I’m not talking losing power from a storm for three days; I’m talking about a true long-term survival scenario.
In these horrific events, dirty wounds, contaminated water, poorly prepared food, and inadequate sanitation will turn previously healthy people into desperately sick ones. With antibiotics in your medical storage, you have a good shot of nipping those infections in the bud. Not having them could lead to tragic consequences.
One of the most frequent questions I receive from readers, listeners, and viewers is which antibiotics to have on hand in survival settings. I have received a flurry of these lately in response to our new book “Alton’s Antibiotics and Infectious Disease”: The Layman’s Guide To Available Antibacterials in Austere Settings. In the book, I discuss, well, antibiotics and infectious disease: The infections to be expected in those knocked off the gird and the antibiotics obtainable by the average citizen that help prevent otherwise avoidable deaths.
(NOTE: I don’t sell antibiotics nor own any part of a company that does.)
Certainly, it would be great if you had the financial resources to have all of the medications we talk about in Alton’s Antibiotics and Infectious Disease, but that’s beyond the means of almost everyone. You’ll probably need to pick a limited number to stockpile, but which? Chances are, if you lined up 10 doctors, you’d get 10 different answers.
Your choices would depend on the infections you’re most likely to encounter. Is it wound infections you’re concerned about, or intestinal infections like dysentery or cholera? Does someone in your group have a medical condition that makes them prone to a certain infection? Certainly, one drug doesn’t cure all.
Without knowing your individual situation, I can’t give you specifics. I can, however, still give you my personal recommendation of a few antibiotics available in aquarium and avian form that would be assets in my survival medicine cabinet…
The Altons at Doom and Bloom Medical have an article up about the dangers of hypothermia and how to treat and avoid it. Twenty-five percent of deaths in blizzard conditions are due to hypothermia (the majority are from traffic accidents.) Locally, March has been a bit colder and snowier than usual, so it’s good to keep these dangers in mind. Below is only a brief excerpt. Please read the entire article.
When March comes along, you might think that Spring has sprung. But old man Winter isn’t done with us yet. Although the month of March may exit like a lamb, it often enters like a lion. The Midwest and Northeast can attest to this fact from cold temperatures and heavy snows just in the last few days.
Even in March, winter storms (this one is named “Scott”) occur every year in the United States; Scott brought a foot of snow to some areas. Extreme weather can cause fatalities among the unprepared. In blizzard conditions, 70% of deaths occur due to traffic accidents and 25% from hypothermia from being caught outside during the blizzard.
The key word is “outside”. If a blizzard knocks you off the grid as Scott did to 60,000 people, you might be tempted to travel to someplace warmer, but that’s how most deaths occur from winter storms.
This winter has already seen deadly cold snaps where people have found themselves at the mercy of the elements. Whether it’s on a wilderness hike or stranded in a car on a snow-covered highway, the physical effects of exposure to cold (also called “hypothermia”) can be life-threatening…
If you encounter a person who is unconscious, confused, or lethargic in cold weather, assume they are hypothermic until proven otherwise. Immediate action must be taken to reverse the ill effects.
Important measures to take are:
Get the person out of the cold. Move them into a warm, dry area as soon as possible. If you’re unable to move the person out of the cold, be sure to place a barrier between them, the wind, and the cold ground.
Monitor breathing. A person with severe hypothermia may be unconscious. Verify that they are breathing and check for a pulse. Begin CPR if necessary.
Take off wet clothing. If the person is wearing wet clothing, remove gently. Cover the victim with layers of dry blankets, including the head, but leave the face clear.
Share body heat. To warm the person’s body, remove your clothing and lie next to the person, making skin-to-skin contact. Then cover both of your bodies with blankets. Some people may cringe at this controversial notion, but it’s important to remember that you are trying to save a life. Gentle massage or rubbing may be helpful. Avoid being too vigorous.
Give warm oral fluids, but only if your victim is awake and alert. If so, provide a warm, nonalcoholic, non-caffeinated beverage to help warm the body. Coffee’s out, but how about some warm apple cider?
Use warm, dry compresses. Use a first-aid warm compress (a fluid-filled bag that warms up when squeezed), hand warmers wrapped in a towel, or a makeshift compress of warm, not hot, water in a plastic bottle.
These go in special places: the neck, armpit, and groin. Due to major blood vessels that run close to the skin in these areas, heat will more efficiently travel to the body core. Others areas you might warm include the hands and feet, but avoid applying direct heat to amy area. Don’t use hot water, a heating pad, or a heating lamp directly on the victim. The extreme heat can damage the skin, cause strain on the heart, or even lead to cardiac arrest…
There is much more in the article. Click here to read the whole article at Doomandbloom.net.
Recently researching the treatment of infections without antibiotics, my investigations meandered to the – ubiquitous in our area – sagebrush plant, artemisia tridentata. It is mentioned as a boundary medicine wash in Marjory Wildcraft and Doug Simons’ video Treating Infections without Antibiotics (transcript). The following article from the blog Celebrating Gaia’s Herbal Gifts summarizes most of the information that was available around the internet about the medicinal use of sagebrush, Artemisia Tridentata-Big Sagebrush, a Valuable Medicinal Herb. It may be apropos to note that there are also a lot of non-medicinal uses for sagebrush for the preparedness/survival-minded, including for fire-starting, cordage, baskets, pillow-stuffing, insect repellant, paper-making, etc.
I live in the big sky country, the high desert of Central Oregon. Everywhere I look I see Big sagebrush (Artemisia tridentata). The genus Artemisia comprises hardy herbaceous plants and shrubs, which are known for the powerful chemical constituents in their essential oils. In a search of artemisia on the USDA plants database in Oregon there are 150 species of artemisia that appear. The name Artemisia comes from Artemis, the Greek name for Diana. There are any number of artemisia species that are popular in our modern herbal materia medica, from wormwood to mugwort. The intent of this post is to continue to explore my bio-region and develop herbal protocols based on the use of local plants and to that end, sagebrush (artemisia tridentata) will certainly play a role. This is by no means a definitive article but a written documentation of my search through the literature related to traditional uses and potential current applications.
My exploration of plants always starts through the eyes of First Peoples/Native American’s, who have had a long relationship with using artemisia species throughout North America. The focus of this blog is to explore the use of Artemisia tridentata, which is mostly relegated to the western states. Big sagebrush and other artemisia species are the dominant plants across large portions of the Great Basin.
Any number of tribes used artemisia tridentata including tribes affiliated with my bio-region, Okanagan-Colville, Paiute, Shuswap and the Thompson. Many of the tribes used it similarly. These uses include the following: respiratory and gastrointestinal aids, cold and cough remedy, antirheumatic both internally and externally, antidiarrheal, ferbrifuge, dermatological aid, eye wash, gynecological aid, analgesic, diaphoretic, emetic, pulmonary aid, and antidote for poisoning. All parts of the plant were used including the leaves, stems, seed pods, branches and roots.
It was used both externally and internally.* Externally it had many uses including: as a poultice of fresh and dried leaves for chest colds, as a wash made of the leaves and stems for cuts and wounds, as a leaf decoction for an eye wash, the leaves were packed into the nose for headaches, the ground leaves were used as a poultice along with tobacco for fever and headaches, the leaves were powdered and used for diaper rash or packed into shoes for athlete’s infection, a decoction of the leaves were mixed with salt and gargle for sore throat, mashed leaves were used for toothaches, a leaf decoction was used in a bath for muscular ailments. * There are many references to it being used internally as an infusion or decoction, but as one informant indicated it was too strong and powerful to drink, “you wouldn’t have any more kids, no children”. Internal use is not recommended due to some chemical constituents found in the plant. There are many references to artemisia being inhaled for headaches, for spiritual cleansing, to produce sweat and rid the body of colds, respiratory infections and pulmonary issues.
An interesting fact is that the Paiute’s and Okanagan-Colville indicated that they used a decoction of leaves for malarial fever, which is also similar to the use of other artemisias around the world. Most of artemisia’s research as an antimalarial is focused on Artemisia annua (sweet annie). Artemisia annua is a very interesting plant and is the source of the most powerful antimalarial drug ever discovered, artemisinin. It is also being investigated in treatment of breast cancer.
Many of its traditional uses can be attributed to artemisia’s active medicinal constituents including camphor, terpenoids, and tannins. Sagebrush essential oil contains approximately 40% l-camphor; 20% pinene; 7% cineole; 5% methacrolein; and 12% a-terpinene, d-camphor, and sesqiterpenoids. The essential oils present account for its use in inhalation. Sesquiterpene lactones are among the prominent natural products found in Artemisia species and are largely responsible for the importance of these plants in medicine and pharmacy.
For my own purposes I can definitely see incorporating it into liniments, antiseptic washes, chest poultice, fumigation, powdered for use as foot powder. Although there is tremendous oral history of its internal use I personally would be hesitant and look to other herbal options.
A few of my references:
Adams, James D., Garcia, Cecilia., Healing with Medicinal Plants of the West. Abedus Press, 2009.
Moreman, Daniel E., Native American Medicinal Plants. Timber Press, 2009.
Parks, Willard Z. Notes of the Northern Paiute of Western Nevada, 1933-1944. Compiled and edited by Catherine S. Fowler. University of Utah, Anthropological Papers, Number 114, 1989.
The Altons at Doom and Bloom Medical have another good article up — this time on what you do when you need to transport a patient and there is no ambulance: Patient Transport in Austere Settings. The article discusses stabilization as well as many different field-expedient stretcher/transport options.
In normal times, your main goal upon encountering an injured or ill person is to transport them to a modern medical facility as soon as possible. In cases where there is a risk of spinal or neck trauma, you will read that the victim should not be moved until emergency personnel arrive.
That’s all well and good in situations when the ambulance is just a few minutes away, but what about when you’ve been knocked off the grid due to a disaster?
Even in normal times, there are circumstances where a victim must be moved despite the risk. These mostly involve common sense judgements, such as when there is an immediate danger from, say, a building on fire or in danger of collapse.
When help is not on the way, however, you will have to decide whether your patient can or cannot be treated for their problem at their present location. If they cannot, you must consider how to move the victim safely.
Before deciding whether to transport, a patient must be stabilized as much as possible. This means assuring open airways, controlling bleeding, splinting orthopedic injuries, treating hypothermia, and more. If you are unable to do this with the materials at hand, consider having a group member get the supplies needed to make transport safer. If possible, gather a team to assist you before you move the victim. Knowing the amount of help available allows you to choose a method of evacuation that will cause the least trauma to both patient and medic.
MOVING THE VICTIM ONTO THE STRETCHER
When moving a trauma patient, you should be concerned about the possibility of a spinal injury, especially if there is:
• Head or neck trauma
• Altered mental status
• Pain in the head or neck
• Weakness, numbness, or paralysis in the extremities
• Loss of bladder control
A person with a possible spinal injury should be “logrolled” onto a stretcher as a unit without bending their neck or back if at all possible. A cervical collar and supportive blocks with straps can be used to secure the spine of at-risk patients. An unstable neck, especially in an unconscious victim, could easily be traumatized even if not involved in the original trauma. Keep the head in alignment with the spine during transport.
If you have several helpers, transporting the patient is easier but requires coordination. You, as medic, will serve as leader of the transport team. This entails making sure the patient is transferred to the stretcher safely, but also that all team members lift and move at the same time. Simple “Prepare to Lift”, “Lift”, and “March” commands should suffice to get everyone on the same page…