Jane Weese - JASE Medical - Page 2

Antibiotic Shortage Leads to Increase in Syphilis Cases

According to the CDC:

“Reported syphilis cases increased 80% in the United States between 2018 and 2022, (from 115,000 to more than 207,000), compounding a decades-long upward trend. If untreated, syphilis can seriously damage the heart and brain and can cause blindness, deafness, and paralysis. When transmitted during pregnancy, it can cause miscarriage, lifelong medical issues, and infant death.”

On January 30th, 2024, the U.S. Department of Health and Human Services (HHS) released a statement titled ,”HHS Announces Department Actions to Slow Surging Syphilis Epidemic”, in response to the surging number of syphilis and congenital syphilis cases nationwide.

History of Syphilis

There is controversy surrounding when syphilis was discovered. Theories range from syphilis being transmitted to Europeans from the Americas by the crew(s) of Christopher Columbus. Another theory links the discovery of a 9,900 year old skeleton found in a Mexican cave in the Yucatan Peninsula who had contracted a syphilis like infection.

Syphilis also holds the dubious honor of being the first identified sexually transmitted infection.

With the introduction of the dark field microscopy in 1906, scientists could visualize the spirochete of syphilis. A few years later, in 1910, German bacteriologist Augus Wasserman developed the first serologic test. It wasn’t until 1949 that a specific test for syphilis was available, called the Treponema Pallidum immobilization test. This enabled medical practitioners to detect and appropriately treat the infection.

How syphilis was treated in the recent past was almost as deadly as the disease itself. Some of the treatments included ingesting mercury or turpentine, and a potion made from the guaiac tree that induced diarrhea and excessive perspiration.

We now know that these treatments are dangerous and toxic. The discovery of highly effective antibiotics- namely Penicillin- discovered by Alexander Fleming in 1928 has saved many lives worldwide.

“In the United States, syphilis was close to elimination in the 1990s, so we know it’s possible to reverse this epidemic,” said Jonathan Mermin, director of CDC’s National Center for HIV, Viral Hepatitis, STD, and TB Prevention.

On January 30th, 2024, the U.S. Department of Health and Human Services (HHS) released a statement titled  ”HHS Announces Department Actions to Slow Surging Syphilis Epidemic”, in response to the surging number of syphilis and congenital syphilis cases nationwide.

What is Syphilis?

Syphilis is a spirochete (a group of spiral-shaped bacteria), some of which are serious pathogens for humans. It is a systemic disease (affecting the entire body). It has a long latent period during which individuals have no signs or symptoms but can remain infectious.

How Transmitted

Syphilis doesn’t live outside the body very long; however, a person can have syphilis and not even know it due to lack of symptoms.

Primarily transmitted via sexual contact with body fluids.

  • Although uncommon, syphilis can be transmitted via kissing someone with lesions. Infants have been known to contract syphilis through chewed food given to them from someone with active sores in the mouth or lips.
  • Syphilis can also be transmitted from pregnant women to their baby, which is called congenital syphilis (CS). See statistics and symptoms below under types of syphilis.

The Great Imitator

Syphilis symptoms are often mild, painless, or even hidden inside of the body, where they can’t be seen. This means they may be overlooked or brushed off as something less serious. Syphilis has been called the “great imitator” because its symptoms are so similar to other infections and diseases.

At any stage, syphilis can spread and cause damage to the brain and nervous system (neurosyphilis) and the eye (ocular syphilis).

(from CDC website)

Primary Syphilis

The first sign of syphilis is usually:

  • A small painless sore called a chancre, which develops within 3 weeks of infection. However, symptoms may not appear until 10-90 days after infection. Chancres are usually painless so many times a person may not even know they have the sores if they are hidden, such as in the genital area and in the vagina. Chancre sores can also appear on the lips or mouth.

 The chancres clear up on their own within 3-6 weeks, but the infection still lingers.

Secondary Syphilis

While a chancre is healing or several weeks after it has healed, a person with syphilis may progress to the secondary stage. This stage, just like primary stage, can appear to go away but syphilis infection remains.

Secondary syphilis symptoms include:

  • Skin rash that doesn’t itch
  • Sores in the mouth, vagina, or anus
  • Fever
  • Headache, muscle aches
  • Swollen glands in neck, groin, or armpits
  • Weight loss
  • Hair loss
  • Sore throat
  • Fatigue

With or without treatment, syphilis stays in the body, and the infection can progress to the latent or even tertiary stage of syphilis.

Latent Syphilis

Latent syphilis symptoms: 

  • No symptoms– even for years

Although latent syphilis is silent with no visible signs or symptoms of syphilis present, the infection isn’t gone. During the early part of the latent stage, a person is contagious, even when no signs are present.

Tertiary Syphilis

Many people with untreated syphilis don’t develop tertiary syphilis. However, when it happens, it’s very destructive. Tertiary syphilis can impact many different organ systems and cause serious problems and even death.

Tertiary syphilis symptoms may include:

  • Large sores called gummata, which appear inside the body or on the skin
  • Strokes
  • Numbness
  • Deep, boring bone pain
  • Heart problems

Congenital Syphilis (CS)

CS cases have more than tripled in recent years. Over 10 times as many babies were born with syphilis in 2022 than in 2012. This is the highest number reported in one year since 1992.

Congenital syphilis can be dangerous. The Centers for Disease Control and Prevention (CDC) reports that up to 40% of babies born to women with untreated syphilis may be stillborn, or die from the infection as a newborn. Babies born with congenital syphilis can suffer from deformed bones, severe anemia (low blood count), brain and nerve problems, an enlarged liver and spleen, and skin rashes. If there is a syphilis sore on the breast or nipple, mothers shouldn’t breastfeed since contact with the sore can spread syphilis to your baby.

Syphilis can be treated with antibiotics during pregnancy to both decrease the risk of spreading it to the baby and stop the infection’s progression in the mother.

While syphilis can be treated at any stage, treatment does not reverse the damage that has already been done.

Diagnosis and Treatment

Without treatment, syphilis can cause serious health problems including damage to the heart and brain, and can cause blindness, deafness and paralysis. If transmitted during pregnancy, it can cause miscarriage, infant death and lifelong medical issues. With the right antibiotics, syphilis can be cured.

Syphilis is usually diagnosed with a blood test.

High-risk individuals and pregnant women should be tested for syphilis, according to CDC guidelines.

High risk is defined as:

Mandatory Reporting but Confidential

All STIs, including syphilis, are required to be reported and results are kept confidential. The reporting requirements differ by state. Follow up and notification of sexual partners vary within jurisdiction.

The FDA webpage can assist you in locating home and lab testing centers here: Find All FDA-Approved Home and Lab Tests. From there, you can link to the FDA approved home tests locator.

Antibiotic Shortage

Over the past year, there has been a shortage of Bicillin, an antibiotic used to treat syphilis. In addition, last year all U.S. states lost funding for STD (STI) prevention, affecting the ability at a statewide level to respond to the syphilis outbreak.

One Antibiotic That Has Proven Efficacy

Doxycycline an antibiotic has proven to be an effective treatment to treat many STIs, including syphilis. Because of the shortage of Bicillin, it could be used as an alternative antibiotic. If exposure to syphilis or any sexually transmitted infection is suspected, seek the guidance of a healthcare professional.

Stigma Preventing Treatment

Unfortunately, there is still a stigma surrounding any sexually transmitted infection. Because of this, many fail to get tested. Many fail to notify those they had sexual encounters with. Because of this, many sexually transmitted infections continue to spread unchecked.

Syphilis, along with other infections, if not treated, can lead to permanent and serious health consequences. The CDC estimates that approximately one in five people in the U.S. had a sexually transmitted infection (STI) on any given day. In other words, STIs are more common than you may think. Don’t let the stigma prevent you from seeking treatment.

- Brooke Lounsbury, RN

Medical Content Writer

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Ivermectin for Scabies- and More

Discovered in the late 1970s and approved as a commercial product for animal health in 1981, ivermectin, an antiparasitic drug was initially used by veterinarians to treat mite and heartworm infections.

In 1988, ivermectin was approved to treat Onchocerciasis (known as river blindness) in humans.

Origins in Japanese Soil

Under the guidance of Satoshi Omura (former head of the Antibiotics Research Groupof Kitasato University) his team isolated a strain of Streptomyces avermitilis from a fermented a sample of Japanese soil. Merck Research Labs parasitology specialist, Willima C. Campbell began testing samples as a potential treatment for parasitic worms. The Streptomyces avermitilis strain was isolated. The group of drugs isolated is called a avermectins. From this group, eight different structures, including ivermectin, were isolated, and modified. It was discovered that ivermectin was 25 times more potent than existing treatments for parasitic worms.

Avermectins possess anticancer, anti-diabetic, antiviral, antifungal, and are used for treatment of several metabolic disorders.

Nobel Prize Awarded

Omura, along with Merck Research Labs parasitology specialist, William C. Campbell were awarded the 2015 Nobel Prize in medicine for developing ivermectin. As part of two global disease elimination campaigns, Ivermectin was responsible for lowering the incidence of river blindness and lymphatic filariasis, both caused by parasitic worms. Dubbed a “Wonder drug”, Ivermectin proved to be a safe, effective, and well tolerated drug. It is now being distributed and used free of charge in campaigns to eliminate both diseases globally which have devastated the world’s poor.  It quickly became used to treat other parasitic conditions, from hookworms, roundworms, ear mites and scabies.

The Many Uses For Ivermectin

As a broad spectrum antiparasitic medication, ivermectin is included in the World Health Organizations Essential Medicines List.

Scabies– are microscopic mites that can live on your skin for months. It is a highly contagious condition that is spread through direct skin contact. The distinctive, raised rash may be skin color, red, brown or violet depending on skin tone.

Initial exposure can take 2-5 weeks to manifest symptoms. If prior exposure to scabies, symptoms can manifest in as little as 4 days.

Symptoms include intense itching, rash, hives or bumps under the skin. The burrow tracks can be seen on the skin as thin, raised discolored lines.

Common sites for scabies rash to appear include the wrist, elbow, armpit, nipple, penis, buttocks, waist and area between the fingers.

Side effects of ivermectin, although uncommon, include fever, itching, and skin rash.

There are several drugs that interact with ivermectin. Check out these drug interactions here.

Pregnant women are told not to take ivermectin due to its potential effect on the fetus.

Ivermectin is one of the medications found in the Jase add on list that you may add to your Jase Case.

Powerful Antiviral Against Many Viruses

In addition, the antiviral activity of Ivermectin has been shown to be effective against a wide range of RNA and DNA viruses, for example, dengue, Zika, yellow fever, and others.

Off Label Use- Covid 19

The CDC, FDA and World Health organization do not recommend ivermectin as a treatment for Covid-19 unless ivermectin is used in a research setting, as part of a clinical trial.

However, a meta-analysis published in the American Journal of Therapeutics (July/August2021 edition) titled, “Ivermectin for Prevention and Treatment of COVID-19 Infection: A Systematic Review, Meta-analysis, and Trial Sequential Analysis to Inform Clinical Guidelines” reviewed and analyzed 15 trials found that ivermectin reduced the risk of death compared with no ivermectin. (See paper here).

Ivermectin is considered to be one of the world’s most valuable and lifesaving drugs and has earned a place alongside penicillin for its impact on saving lives.

- Brooke Lounsbury, RN

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How Should I Store My Jase Case and Add-ons?

You recently made the proactive decision to purchase the Jase Case and some add-ons. This investment is a hedge against interrupted medication supplies due to natural disasters, travel to medically underserved regions of the world, and world events leading to extended drug shortages.

You want to protect our investment and the most important step is to store them properly.

To begin with, what is shelf life and expiration dates for?

Understanding shelf life and expiration dates- What’s the difference?

Shelf life: “The time period during which a drug product is expected to remain within the approved shelf-life specification, provided that it is stored under the conditions defined on the container label.”

Expiration date: The expiration date is the final day that the manufacturer guarantees the full potency and safety of a medication. U.S. pharmaceutical manufacturers are required by law to place expiration dates on prescription products prior to marketing. (many of these dates are arbitrary and are usually 1-5 years)

Shelf life and expiration dates are guidelines. Actual studies tell the whole picture.

Take doxycycline, for example:

Established in 1986, the Shelf-Life Extension Program a joint initiative of the FDA and Department of Defense tested 122 drugs for potency after their expiration date. Doxycycline (included in the Jase Case) maintained its potency well past 66 months- over 5.5 years. In fact, doxycycline potency has proven well beyond this time frame.

In fact, a paper from African Health Sciences titled” Drug expiry debate: the myth and the reality” revealed that of the drugs they tested “many drugs retain 90% of their potency for at least five years after the labeled expiration date, and sometimes longer. Even 10 years after the expiration date many pharmaceuticals retain a significant amount of their original potency.”

Below are the storage guidelines for most medications:

  • Don’t store your medicine in the bathroom or an area of the home of high humidity. Humidity can break down your medication and even change the medication’s chemistry. Packing your medication in a pouch with silica gel desiccants can help prevent moisture from ruining your medication.
  • Avoid extreme heat and cold. Both extremes can alter the chemistry or degrade the medication’s effectiveness. When traveling, keep medication on you or in your carry on. Don’t store it in your car for extended period of time.
  • Keep unused portions of medication in its original packaging. Whether that is the bottle or foil pouch it came in or was provided, doing this avoids contamination and excessive moisture build up.
  • Ideal places to store medications at home include dresser drawer, closet shelf or anywhere dark, dry and stays at room temperature. Always store with original label and out of reach of children and vulnerable adults (Alzheimer’s, dementia patients, etc.)

Jase Case and Jase add-ons storage guidelines

Jase Case

Store between 15°C and 30°C (59°F and 86°F)., and follow guidelines above (avoid excessive heat, cold, moisture and light).

If stored correctly, many antibiotics are still 90 percent or more potent even decades past their expiration date. See doxycycline post: “How Long do my Meds Last? A look at doxycycline”.

Jase Case add-ons

Below are the storage requirements/guidelines for Jase Case add ons:

Medication Use Don’t Freeze Ideal storage temperature/avoid excessive heat Notes
Acetaminophen Antipyretic (fever reducer), analgesic (pain reliever) X X Protect from light
Acetazolamide Acute altitude sickness, glaucoma (acute angle-closure)   X Protect from light
Albuterol HFA Bonchospasm, COPD exacerbation   Room temp or refrigerate Keep unused vials in foil pouch
Atovaquone-Proguanil Anti-malarial   X  
Celecoxib Acute pain (general, menstrual, gout)   X  
CiproDex Otic Otitis externa (swimmers ear) X X Protect from light
Dexamethasone Acute altitude/mountain sickness (moderate to severe), high altitude cerebral edema, asthma   X  
Diphenhydramine Allergic reaction, hives, insomnia, motion sickness, nausea/vomiting   X  
EpiPen Auto Injector Alpha/beta agonist X X Keep in plastic carrying tube,avoid excessive heat and protect from light
Famotidine Histamine H2 blocker X (liquid form) x Dispose of unused liquid form after 30 days
Fluconazole Vaginal candidiasis   X  
Hydroxyzine Insomnia, itching, hives   X Avoid excessive light
Ibuprofen Fever reduction, pain relief   X  
Ivermectin Antiparasitic, scabies   X  
Loperamide Acute and chronic diarrhea   X  
Methylprednisolone Corticosteroid   X  
Naloxone HCL nasal spray Opioid overdose X X Protect from light
(remains chemically stable even after 28 day extreme heat/thaw cycle)
Ofloxacin ophthalmic suspension Conjunctivitis
(bacterial)
  X Protect from light
Ondansetron Nausea/vomiting   X Can store in refrigerator
Oseltamivir Influenza X (don’t freeze suspension) x Suspension at room temp up to 5 days, in refrigerator up to 35 days
Permethrin Antiparasitic   X  
Salbutamol inhaler Increases air flow to lungs   X Store unused vials in foil pouch or refrigerator
Scopolamine patch Motion sickness   X Do not bend or roll patches
Silver Sulfadiazine Cream Topical antibiotic   X  
Triamcinolone cream Dermatitis, psoriasis X X  
Valacyclovir Herpes simplex   X  

- Brooke Lounsbury, RN

Medical Content Writer

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Hidden Dangers of Indoor Air Pollution

(Especially in the Winter)

People spend at least 90 percent of their time indoors, and this is especially true during winter months in the Northern latitudes. Cooler air, treacherous driving conditions, high winds, rain, ice, and snowstorms force many to stay inside, shuttering windows and winter-proofing the home as much as possible. The lack of circulating air, however, can come at a cost to you and your loved one’s health.

Indoor air can be two to five times more polluted than outdoor air, especially during the winter months when we seal up our homes to conserve heat, trapping pollutants.

Sources of indoor air pollutants

  • Vehicle emissions and exhaust seeping in through garage and air vents
  • Radon (EPA estimates that radon contributes to between 7,000 and 30,000 lung cancer deaths each year)
  • Leakage from underground storage tanks (oil, gas, etc.)
  • HVAC – improper venting of ductwork, dirty ducts, moisture, or debris in ductwork

Furniture and building materials

  • Improper plumbing leading to sewer gas escaping from traps
  • Emissions from new furnishings, flooring, paints, etc.
  • Excessive moisture buildup, standing water from leaks

Other indoor sources – VOCs

VOCs are chemicals that vaporize at room temperature and can cause a variety of health problems

  • Cleaning supplies, pesticides, secondhand smoke
  • Fireplace and woodstove heat
  • Personal care products
  • Art supplies (dry erase markers, adhesives, chalk, etc.)

Biological agents

  • Animal dander
  • Body fluids- saliva, urine
  • Bacteria
  • Cockroaches
  • House dust mites
  • Mildew
  • Molds (can be distributed throughout the home through air ducts)
  • Pollen
  • Dust
  • Viruses
  • Plants
  • Animals

Infectious illnesses are transmitted through the air. In poorly ventilated homes the air can trap and spread infections such as influenza, measles, and chicken pox. Molds and mildews release disease-causing toxins. Symptoms of health problems caused by biological pollutants include:

  • Eye, nose throat irritation
  • Dizziness, nausea
  • Shortness of breath
  • Sinus congestion, cough, sneezing
  • Lethargy
  • Watery eyes
  • Digestive upset

Poor indoor air quality health can lead to

  • Exacerbation of asthma
  • Respiratory disease
  • Hypersensitivity pneumonitis
  • Immune system suppression (from medications, chemotherapy, radiation, or disease)

The long-term health consequences of clean air in your home cannot be overstated. Below are some tips to clean the air:

  • Increase ventilation. This alone can help reduce infectious particle concentration, which in turn lowers transmission risk. Open windows, allow fresh air into rooms during the day.
  • Inspect and maintain exhaust ventilations systems in areas such as kitchens, cooking areas, etc.
  • Use and periodically change air filters- both portable and in air duct/use HEPA filters, run continuously even when not in room to capture mold, dust and lung irritants.
  • Limit the VOCs used in the home. Opt for safer, less toxic cleaning and personal care products. The Environmental Working Group has rated cleaning products according to toxicity. They also have personal care product ratings and much more.
  • Use fireplaces and woodstoves only if needed. Clean and service annually.

Monitor and aim for between 30 and 50% moisture in home

  • Check for excessive moisture in areas where there is plumbing- laundry room, bathrooms, kitchens. If there is excessive moisture but no plumbing leaks, run the bathroom fan during and 30 minutes after bathing. Install a dehumidifier to prevent mold growth.
  • Check for condensation on your windows and furniture. Wipe down condensation where water collects.
  • When cooking, cover post and use the exhaust fan above the stove.
  • Move furniture at least 2 inches away from walls to allow circulation behind the furniture.

According to the CDC:

“Radon is the second leading cause of lung cancer deaths in the United States after cigarette smoke.

Radon is an odorless and invisible radioactive gas naturally released from rocks, soil, and water. In outdoor environments, radon levels are very low and generally not considered harmful.

Radon can get into homes or buildings through small cracks or holes and build up to higher levels. Over time, breathing in high radon levels can cause lung cancer.”

The CDC goes on to report:

“According to estimates from the Environmental Protection Agency:

  • Radon causes about 21,000 lung cancer deaths each year.
  • 1 in 15 homes in the United States have high radon levels.”

Common sources: Radon forms naturally in ground water when naturally occurring uranium, radium, and thorium break down. Showering, washing dishes, and doing laundry can disturb the water and release radon gas into the air you breathe.

Removing it from drinking water: Treat water using aeration or GAC treatment where the water enters your home (point-of-entry device) so that it will all be treated. Point-of-use devices, such as those installed on a tap or under the sink, will only treat a small portion of your water and will not reduce radon in your water.

 Aeration treatment—spraying water or mixing it with air and then venting the air from the water before use.

GAC treatment—filtering water through granular activated carbon. Radon attaches to the carbon and leaves the water free of radon. Disposing of the carbon may require special handling if it is used at a high radon level or if it has been used for a long time.

- Brooke Lounsbury, RN

Medical Content Writer

Lifesaving Medications

Everyone should be empowered to care for themselves and their loved ones during the unexpected.

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Our mission is to help you be more medically prepared. Join our newsletter and follow us on social media for health and safety tips each week!

Heading to the Slopes? Take these Steps to Avoid Altitude Sickness

After a warmer than usual December, many ski resorts across the nation are finally able to open.

The beginning of January threatened to be the start of a disappointing ski season. Many resorts had reported little to no snow. The situation rapidly changed when the country was gripped with record snowfall and record low temperatures, yielding enough snow to allow resorts to open. The website, onthesnow.com, lists resorts that are open and projected dates for others across the nation.

The anticipation and exhilaration of skiing or snowboarding in fresh powder is unmet in any other winter sport. However, heading to a mountain at a higher altitude than you are used to can result in altitude illness.

Altitude Illness

According to the The CDC Yellow Book (health information for international travelers):

Altitude illness occurs at altitudes of 8,000–10,000 ft (≈2,440–3,050 m). (Sometimes lower altitudes, as low as 6,000 fee or 1829 meters), that can cause hypoxic stress.

Hypoxic stress results from decreased partial pressure of oxygen in the air at high altitudes. The decreased partial pressure of oxygen results in lower arterial levels of oxygen. The tissues that the arteries serve become oxygen starved, leading to serious health complications.

There are three types of altitude illness syndromes

Acute Mountain Sickness (AMS)

This is the most common form of altitude illness. It affects 22–53% of travelers in altitudes between 6070 feet and about 14,000 ft ( between 1,850 and 4,240 meters), with higher incidences being described at the higher elevations. Onset of symptoms usually occurs rather quickly- within 2-12 hours after arriving at a high elevation or ascending to a higher elevation.  

Symptoms of AMS include:

  • headache,
  • nausea,
  • vomiting,
  • fatigue,
  • dizziness,
  • and insomnia.

Very young children with AMS can develop loss of appetite, irritability, and pallor.

AMS can resolve within 12–48 hours if you do not continue to ascend.

Acetazolamide, taken before ascent can help prevent altitude illness in those predisposed, (history of altitude illness, rapid ascent to destination) and can shorten duration of altitude illness from 3-5 days to 1 day. (Acetazolamide is one of the Jase Case add-ons.)

If not appropriately treated, AMS can lead to HACE and/or HAPE:

High Altitude Cerebral Edema (HACE)

(HACE is rare form of high-altitude illness, causing cerebral edema and is fatal if not treated) Although HACE presents with similar symptoms as AMS, cerebral edema can lead to:

  • Altered mental status
  • Confusion
  • Drowsiness similar to alcohol
  • Coma and death if not promptly diagnosed and treated (within 24 hours)

In populated areas with access to medical care, HACE can be treated with supplemental oxygen and dexamethasone. In remote areas, initiate descent for anyone suspected of having HACE, in conjunction with dexamethasone and oxygen, if available. If descent is not feasible, supplemental oxygen or a portable hyperbaric device, in addition to dexamethasone, can be lifesaving. Coma is likely to ensue within 12–24 hours of the onset of ataxia in the absence of treatment or descent.

High Altitude Pulmonary Edema (HAPE)

HAPE is characterized by progression of symptoms over 1-2 days

  • Reduced exercise tolerance
  • Exertional dyspnea, and cough, followed by dyspnea at rest
  • Cyanosis
  • Productive cough with pink frothy sputum
  • Oxygen saturation values of 50%–70% are common.

Can rapidly progress to

  • Bronchospasm
  • Myocardial infarction
  • Pneumonia
  • Pulmonary embolism

Immediate descent from high altitude is almost always necessary. If immediate descent is not an option, use of supplemental oxygen or a portable hyperbaric chamber is critical.

Patients with mild HAPE who have access to oxygen (e.g., at a hospital or high-elevation medical clinic) might not need to descend to a lower elevation and can be treated with oxygen over 2–4 days at the current elevation. In field settings, where resources are limited and there is a lower margin for error, nifedipine can be used as an adjunct to descent, oxygen, or portable hyperbaric oxygen therapy. Descent and oxygen are much more effective treatments than medication.

Risk factors for altitude sickness include:

  • Traveling to the area too fast, not allowing the body to acclimate (allow 3-5 days gradual ascending to destination). This puts you at a lower risk for altitude illness than those who arrive at the higher altitude without allowing the body to acclimate.
  • Genetics may play a role; this is still unclear how or if it does.
  • Age, sex, physical fitness or training does not preclude one from altitude illness.

Be prepared- don’t let high altitude illness ruin your trip

Start slow- Slow ascent- over a period of 3-5 days can help the body acclimate to the altitude. The Wilderness Medical Society recommends avoiding ascent to a sleeping elevation of ≥9,000 ft (≈2,750 m) in a single day; ascending at a rate of no greater than 1,650 ft (≈500 m) per night in sleeping elevation once above 9,800 ft (≈3,000 m); and allowing an extra night to acclimatize for every 3,300 ft (≈1,000 m) of sleeping elevation gain.

Prevention through medication- With rates of altitude illness reach as high as 53 percent of travelers, medication such as acetazolamide can prevent or curb altitude sickness and should be in every high-altitude travelers medical preps.

According to the CDC, side effects to acetazolamide are rare, however, seek medical attention if you have signs of an allergic reaction: hives; difficult breathing; swelling of your face, lips, tongue, or throat.

With the add-on acetazolamide to your Jase Case, you can prevent or lessen the time away from the slopes. Be sure to have this valuable medication with you when you travel to high altitudes.

Acetazolamide can also treat glaucoma (acute angle-closure).

- Brooke Lounsbury, RN

Medical Content Writer

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