Week 29 – Question of the Week: Fish Antibiotics – Where to start?

Week 29: 2012-04-19 (non-consecutive weeks)

I’ve been so busy with work, taxes, and the recent Clinical Skills Workshop that I haven’t posted a Question of the Week in months, I see.

Here’s one for both medical professionals and serious preppers:  If you’re going to go the “fish antibiotic route,” where would you start?  What single antibiotic do you believe would be most useful?

I look forward to your comments and thanks for joining in the discussion.

CLICK HERE for my own answer, which you’ll find posted Monday 4-23-12. – Doc Cindy

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Human Use of Livestock Antibiotics

Today I wandered down to Ohio Amish country to check out the local feed store.  They had quite a variety of antibiotics, a few of which you might consider procuring.  The primary reason to use these would be to save a life when the oral route is ineffective or when a patient cannot tolerate oral meds.

The two I found most likely to be useful are Agri-Cillin (Penicillin G Procaine Injectable Suspension U.S.P., 300,000 units per mL) and Lincocin 300 (lincomycin 300 mg/mL).  The Agri-Cillin I purchased cost just under $8 for a 100 mL bottle and has an expiration date of 1 year from now.  The Lincocin was about $35.  Both require refrigeration and both state “Not for use in humans.”

However, medical doctors do use both these medications in humans.  Procaine penicillin is probably used most often nowadays for strep throat, though with the abundance of effective oral meds, its use has become less common.  The adult dose for moderately severe to severe respiratory infections, tonsillitis, or pneumonia is 600,000 to 1,000,000 units/day via intramuscular injection for 10 days.  It can also be used to treat certain stages of syphilis, rat bite fever, anthrax prophylaxis or treatment of cutaneous disease, and diphtheria (see CDC for guidelines).

As for lincomycin, when I used to work in Appalachia it was a popular choice for a variety of patients including:

  1. those suffering from pneumonia who were almost, but not quite, sick enough for hospitalization
  2. those whose compliance with oral medication was questionable
  3. those who preferred injections – and there were many.

According to the (human) product insert, Lincocin Sterile Solution is “indicated in the treatment of serious infections due to susceptible strains of streptococci, pneumococci, and staphylocci. Its use should be reserved for penicillin-allergic patients or other patients for whom, in the judgment of the physician, a penicillin is inappropriate. Because of the risk of antibiotic-associated pseudomembranous colitis” (C diff) “before selecting lincomycin the physician should consider the nature of the infection and the suitability of less toxic alternatives (eg, erythromycin).”  Some cross resistance has been noted between clindamycin and erythromycin, meaning if either of these antibiotics are not effective, Lincocin may not work either.

In my personal experience, this drug worked great!  I’m not really sure why I’ve never seen lincomycin used in Ohio.  I haven’t used it myself since I left Kentucky.  The adult dose is 600 mg IM (= 2 mL injected intramuscularly) once daily for serious infections, or twice daily for very serious infections.    It can be used in pediatric patients over 1 month of age at a dose of 10 mg/kg (5 mg/lb) every 24 hours for serious infections, or twice daily for very serious infections.  I have never used this drug in children – mostly only in sick COPD patients.  It should be reserved for life-threatening infections and is not the first line treatment for anything.  However, it could indeed be life-saving at TEOTWAWKI.

This gives you two excellent, inexpensive antibiotic choices to stockpile for serious infections, neither of which requires a prescription.  Though the expiration date may only be one year hence, if the medications are refrigerated properly the shelf life may be considerably longer.

Unfortunately, the FDA may change the rules (see article below) and I can’t say how long these will be available without a prescription.

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Armageddon Medicine Clinical Skills Workshop Follow-Up

I thoroughly enjoyed the Clinical Skills Workshop this past weekend, especially meeting every participant in person.  I only wish we’d had more time to get to know each other better – the schedule was so full there just wasn’t enough time for much socializing. Now that the workshop is over I’m catching up on my work, though my truck is still full of arms, legs, and ace wraps.

It was great seeing the students’ confidence grow as they learned to suture, cast, and perform a variety of clinical skills. Chuck was kind enough to send along the pictures that are shared here.  One smart thing he did was take photos of the equipment we used, all the better to order at a later date.

I had hoped to videotape the class for those who could not attend, but at least this time around that did not work out – maybe next time.

It was especially heartening to see the quality of clinical skills demonstrated by attendees.  In medical school it was “see one, do one, teach one,” and from how quickly everyone picked things up, it appears many could have been doctors.  Everyone seemed eager to participate with very little squeamishness (at least until it came to removing toenails).

I appreciate the feedback from attendees and plan to incorporate many of the suggestions into the  next workshop, tentatively planned for June 21-23, 2012 . . . after tax day, after my daughter’s birthday, after my niece’s wedding, and after my son’s graduation.

– Doc Cindy

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Recorded Interview with Doc Cindy on Erskine Overnight

With the release of my earlier book, 101 Ways to Save Money on Health Care, I enjoyed speaking with Erskine on Genesis Communications Network.  On March 24, 2012 the host kindly invited me back with him for an interview about Armageddon Medicine for his radio talk show.

To listen to the recorded interview, click on the following link:

Erskine Interview with Dr. Koelker


To listen to other interviews with Erskine, visit the Erskine Archives

From Erskine’s web site:

Dr. Cynthia J. Koelker M.D. is the author of 101 Ways To Save Money On Healthcare: Dr. K’s Practical Advice For Today’s Economy. She is a board-certified family physician with more than 20 years experience. She holds degrees from MIT and CWRU School of Medicine and is a member of Mensa. She served in the National Health Corps to finance her medical education. Her latest book is a survival manual Armageddon Medicine: How to be Your Own Doctor in 2012 and Beyond. What good is gold or a gun if you’re dying from pneumonia or anthrax? 

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Good News for Asthma and COPD Patients

What will you do if you need a nebulizer treatment and the electricity is off? And you have no generator? And you have no battery-powered nebulizer?  And you’re too short of breath to use your hand-held albuterol properly?

Many asthmatics and COPD patients depend on nebulizer treatments, either on a regular basis or intermittently when their disease flares.  Having a back-up power source and/or a battery-powered nebulizer is the best short-term answer, but what if this fails?

Finding an answer was this week’s project.

It turns out, a nebulizer is a little more complicated than I believed. Though I’ve used one for years in my office, I hadn’t given it much thought.  You plug it in, add the medicine, turn it on, and voila, the aerosol appears (definition of aerosol = mixture of gas and liquid particles, such as a mist.)  The medicine is delivered in a gentler, extended fashion, than with a hand-held inhaler and does not require coordination with inhalation or deep breathing to use.

I had figured you could make something similar by simply bubbling air through a liquid medicine – wrong.  This just produces large droplets and no mist.  The droplets must be as small as 1-5 micrometers to reach the lower, branching airways.

The main consideration is the size and strength of the air stream. Though the tubing from the nebulizer compressor to the medication chamber is about the size of IV tubing, the final opening where the air leaves the tubing and enters the chamber is only pinhole size.  This thin stream of high-pressure air hits a baffle (or protruding plastic piece), “shattering” droplets of water into micro-droplets, which then become the aerosol. You could probably manufacture your own medication chamber if you were determined enough, but with the entire kit (tubing plus medication chamber) available for under $5 online (and without a prescription – see Amazon and elsewhere) it would make most sense to stock up with a dozen or more.

Next for a compressor. The air stream coming from the typical electric compressor is enough to blow up a balloon.  Therefore, my next thought was a balloon pump, which does indeed work to a degree.  The inexpensive balloon pumps require a lot of manpower to keep the mist flowing – doable, but difficult (and an asthmatic patient likely could not do this unaided). A high quality pump, or perhaps a bicycle pump should work better.

What I tried next was a new garden sprayer, the kind you pump to compress the air to generate the spray.  The sprayer can be pumped without adding any liquid, and worked quite well, though only generated enough pressure to produce an aerosol for a short time.  My one-gallon tank required re-pumping after about 30 seconds.  Still, it is an inexpensive and highly effective solution to a common question.  In an office or hospital setting time-efficient treatment is currently of the essence, but medically speaking, the medicine does not need to be delivered all at once.  Treating for 30 seconds, re-pumping, and repeating the process several times until the medication is gone is not a concern when everyone’s not always in a hurry.

Stockpiling quick-acting medication for a nebulizer is much less expensive than the hand-held inhalers. You can get 225 individual vials of albuterol or ipratropium for $10 at a discount pharmacy (with a prescription).

What about controller medication? Generally speaking, these are more expensive and require a prescription, but there is one over-the-counter exception to consider.  Years ago cromolyn was commonly prescribed as a controller drug.  You can get the same medication in the OTC drug NasalCrom (which used to be prescription as well).  Cromolyn works best for patients with allergic asthma.

Wikipedia has a nice article on the history of nebulizers, including hand-pump and steam-powered devices.

Note – as of today no news yet on the release of Primatene HFA.

Copyright © 2012 Cynthia J. Koelker

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Are you ready for ridicule?

A few days ago I did a radio interview for a drive-time morning radio station.  Each time I do an interview I learn a thing or two. This time the lesson was ridicule.

It reminds me of Noah and his family, preparing for the flood.  He must have been a good-humored man to put up with the taunts he received.  I’ve thought about Noah a lot.  Being the best man around, he must have been kind, likely intelligent, thoughtful, wise, loving, and cheerful.  (Who wouldn’t want a man like that?)  And I’m guessing he knew a lot about ridicule.

It’s not the first time I’ve made the mistake of thinking someone was genuinely interested in the topic of personal preparedness.  All he really wanted was to prove me a nut-case.  I told him I was in Mensa.  He responded, “Don’t you think there are kooks in Mensa?”  But he had no facts to counter my argument.

Recently I was talking with a 20-something relative of mine.  I used the phrase, “The hand writing is on the wall.” I think he got the gist of what I meant, but then I wondered, did he understand the origin of the phrase? 

Another day I was talking about the 7 years Joseph helped Egypt prepare for the prophesied famine, comparing my own preparations to his. I was met with the answer, “But that was the government” – as if it is foolish to prep on one’s own.  “Like sheep to the slaughter” popped into mind, but I kept quiet. 

When I discuss the economy, the non-preppers look at me as if of course it will right itself.  But when I look at world history, I think otherwise. 

Are the “Doomsday Preppers” right or are they crazy?  Am I?  Are you?

Tell me your stories of harassment or ridicule.  What do you think is heading our way? 

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Armageddon Medicine – What’s in the book?

THE NEXT-BEST THING TO HAVING YOUR OWN DOCTOR!

DO YOU NEED THIS BOOK? Continue reading

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Self-Defense and Medical Preparedness: Managing People, Crowd Control, and Triage – Part 5

The following post on self-defense and medical preparedness is fifth in a series by Pete Farmer,  who holds advanced degrees in research biology and history, and is also an RN and EMT.

* * *

In the previous installment of this series, we considered the physical side of securing your clinic, aid station, or hospital. Now let us turn our attention to people and how to handle them inside/around your facility. As a medic and caregiver, you probably recoil at such terms as “crowd control” and “managing” people – but make no mistake, handling the flow of people is essential to delivering timely medical care in the safest and most effective manner possible. Let’s consider some specifics.

Managing the Flow of People

The manner in which you and your staff handle those people waiting to be treated (more below in the section on triage), their relatives, friends, and family, and others who may be present has a great bearing on patient outcomes and the overall effectiveness of your on-going operations.

Ideally, your facility is situated in a building or other location that permits a degree of restricted or controlled access. If you do not already have security guards in place, get some. Their presence should be low-key; unless it is absolutely necessary in your present situation, you do not want heavily-armed personnel with cocked-and-locked weapons wandering around. The patients and their families are already upset and stressed, and suffering from some sort of illness, injury, or wound; exacerbating these stresses is undesirable.

If available, a person is designated to act as a gatekeeper and to receive patients administratively, i.e. taking their names, relevant identifying information, and basic data about the patient’s complaint. This person, usually a nurse or medic, may be qualified to perform triage – or not – depending on circumstances. At this time, the patient should get an identification tag, bracelet or similar device, which assigns a unique alpha-numeric designator along with the patient’s name and any other desired information. Don’t forget to post any relevant rules, procedures, and policies followed by your facility, and to make newly-arrived people aware of them. An important part of the gatekeeper’s function is to keep family, friends, and others in the waiting area appraised of the on-going care of patients to whom they are related, and to handle whatever questions and concerns arise.

If you are dealing with a high volume of people, and have the space and materials necessary, setting up a waiting room is a good idea. Even if you lack chairs and tables, an open space or room under cover and out of the elements will be needed. It should be as clean as your circumstances permit, preferably treated with an antiseptic. This space can be subdivided into a waiting room for those not being treated, and a receiving area for those awaiting treatment. Most modern emergency departments have a separate entrance and receiving area for incoming patients.

Crowd Control

If your clinic is operating in conditions where very large numbers of people are present, such as a mass casualty event or humanitarian crisis involving refugees, you will likely be dealing with crowd control. For lack of a better term, “crowd control” is taken to mean handling the large numbers of people, non-patients, who tend to accompany such events.

A complete consideration of the challenges of crowd control is beyond the scope of this series, but a few basics and first principles are in order. If you’ve read the previous installments in this series, you already understand the necessity for security personnel, adequately-chosen and sited facilities, and the need for organization and management of people. Large crowds not only pose a physical security risk, but in cases of an epidemic or communicable disease outbreak, may  pose a public health risk.

Very large numbers of people can be dealt with in an orderly and humane fashion, but it takes skills and training outside the purview of most health care professionals. The last thing you want is a mob-type situation, where people get out of control, riot, or otherwise become unpredictable or violent. Simply put, you need outside assistance – preferably from law-enforcement or military personnel trained to handle such situations, or failing that, a group of people whose only job is to manage the crowd. If the numbers inside and outside your clinic are getting unmanageable, don’t hesitate to ask for help.

Typically, in a humanitarian crisis, refugees or others needing medical care are separated (triaged) from those who are healthy but simply need food and shelter, which can then be provided separately in encampments, food lines/kitchens, etc.

Triage

Even under everyday operating conditions, deciding upon priority of care among multiple patients is a challenging process in a primary-care clinic or acute care hospital alike. Just ask any ER nurse or receptionist at a doctor’s office. The word triage comes from the French verb trier, meaning to select or separate. The practice of triage is defined (Wikipedia) as “the process of determining the priority of patients’ treatments based on the severity of their condition. This rations patient treatment efficiently when resources are insufficient for all to be treated immediately.” Effective triage is even more essential under conditions of operational and disaster medicine, when the medical system may be swamped with too many patients or casualties requiring care, and too few medical personnel to deliver it.

Historically, battlefield medics and corpsmen were trained as recently as World War Two to assess and sort casualties (patients) into three categories: those who will probably survive, no matter what care they receive; those who will probably die, regardless of care received (expectant); and those for whom immediate treatment can result in a higher probability of survival. Today, four designations are used by battlefield medics – immediate, delayed, minimal, and expectant. In the U.K., a numbering system is used, from 1 (most urgent) to 4 (likely to die).

Another system of simple triage is the START (Simple triage and rapid treatment) model, which uses four categories – the expectant, who are beyond help; those who can be saved by immediate transport; those for whom transport can be delayed; and those with minor injuries or afflictions who need help less-urgently. The START system was developed for use by lay people or lightly-trained medical personnel, and has been employed successfully in mass casualty events. START typically uses a color-coding or tagging system, and can begin in the field before transport.

More advanced systems of triage, including algorithms and protocols, are available and in-use by physicians and other highly-trained and well-equipped personnel.

Triage in most hospitals is usually – but not always – handled by the triage nurse, who is often an RN of long experience in emergency and critical care. The ability to recognize primary care and mental health issues and related complaints is also highly desirable, since these types of cases are also seen quite frequently in emergency departments. Who is chosen to do triage, and what system is employed, will depend on how many caregivers you have, their level of training, and the other specifics of your situation.

Triage results in better patient survivability and outcomes, and is also a means of rationally allocating resources – human or material – when they are insufficient or not immediately available. As such, it is a critical tool for sorting and treating patients in a fair, compassionate manner.

This concludes the series on self-defense and medical preparedness. As always, your questions, comments, or corrections are welcome.

Copyright © 2012 Peter Farmer

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Self-Defense and Medical Preparedness: Physical Security – Part 4

The following post on self-defense and medical preparedness is fourth in a series by Pete Farmer,  who holds advanced degrees in research biology and history, and is also an RN and EMT.

* * *

In previous installments, we have examined some of the realities and challenges of self-defense and medical preparedness, including protection for your patients, colleagues and yourself, as well as protective considerations regarding your aid station, clinic, or other facility, such as location and visibility. In Part 4 of the series, we will examine additional aspects of operational medicine and security.

Having acknowledged the need for such skills, you have begun basic training in the martial arts and the use of firearms. You and your colleagues have sited your facilities using sound tactical thinking, with an awareness of your mission, operating environment, and such factors as location and visibility. Perhaps you have arranged for guards or other on-site dedicated security personnel. Your clinic has begun receiving patients and your medical staff – professional or otherwise – is treating them on an on-going basis.  Let’s assume you are in a fixed facility of some kind, a brick and mortar building, such as a school. Now what?  What other security considerations remain?

To answer this question, consider a modern hospital or out-patient clinic and how it is structured and operated…

Almost all modern healthcare facilities, especially the larger and busier hospitals and clinics, have multiple layers of security. Physical access – who may enter/exit – is usually controlled in some manner. These include key card-access for staff, restricting public access to guarded or supervised doorways, and issuance of visitor badges and patient ID bracelets or tags. Most hospitals now have dedicated security staff or an outside firm to handle such operations, and most use some sort of video surveillance or monitoring technology. Additionally, most facilities have a PA system or intercom to permit hospital-wide broadcasting of codes (medical emergencies), fire or disaster alerts, security lock-downs and other relevant announcements. Larger hospitals have dedicated staff responsible for the design and implementation of disaster response scenarios, including evacuation and fire drills, tornado/hurricane warnings, and the like.

In high-risk areas of the hospital, there is often additional security in place. Access to operating theaters, burn and psychiatric units, and emergency departments is usually restricted only to those who have business there. Most clinics and hospitals have detailed rules and regulations posted, which govern visiting hours, access to in-patients, and similar items.

In short, modern health care facilities can be very high-security places indeed, at least in certain circumstances. Why? The answer is somewhat complex, but in brief it is because health care professionals and organizations have learned from hard experience that such measures are necessary for patient and staff safety, as well as optimal functioning. They are also necessary to prevent theft and other crimes, such as abduction of infants or other patients. Finally, and perhaps most importantly, restricted access is critical as a means of infection control. This is one reason why open access to ICU or burn patients is restricted; such patients are often immune-compromised and/or may have drug-resistant infections such as MRSA (Methicillin-resistant Staphylococcus aureus). Controlled access is necessary to protect the individual patient concerned, as well as caregivers, family members, and other patients in the hospital.

Another aspect of security and protection concerns the physical security of drugs, medical supplies, diagnostic and other equipment, and other valuable inventory and supplies. Decades ago, hospitals, clinics, and pharmacies were much more open and uncontrolled places than they generally are today, but long experience has taught that these valuables must be secured, or they will be stolen, misplaced, or otherwise mishandled. Thus, a drug cabinet on a specific unit or floor of a hospital is inventoried at the beginning and end of each shift, typically every eight to twelve hours. Two nurses count and inventory controlled substances according to a list kept in the unit, which is signed and countersigned after being checked. The cart holding each patient’s medical drawer – with medications to be administered – is locked when not in use, and is open only when hospital staff is present. Most supply rooms are likewise locked and many have electronic inventory control and charging to the patient in question. Likewise, the hospital pharmacy is tightly controlled and physically secured. ICU and ED crash carts are locked or sealed until their use is necessary.

Controlling drugs and supplies not only aids in preventing theft and misuse, it also enhances inventory tracking and replenishment, and helps control costs.

It isn’t only physical equipment which must be accounted for; it is the patients of the hospital or clinic themselves. Unfortunately, there have been cases of patients being abducted from nurseries or elsewhere in the hospital. Furthermore, patients hospitalized for substance abuse, dementia, schizophrenia, or other mental health conditions, are considered “flight risks,” meaning that they are considered prone to attempt to leave the hospital against medical and/or legal advice or orders. For this reason, nurseries, psychiatric units, and certain other kinds of units, may have controlled access. Some psych units have controlled exits, meaning that one may not leave without a key or key card. Even for routine care, ID bracelets have become common as a means of tracking patient care, i.e. lab tests, confirming physician orders, diagnostic procedures, etc. Simply put, if you run a clinic or hospital, even a small one – you simply must keep track of the patients in your care.

The foregoing example of a high-tech, modern hospital – illustrates the kind of physical security present in such an environment today, and some of the reasons why it is necessary. In a post-disaster scenario, you probably will not have the luxury of all of the sophisticated security measures used by a modern hospital, but it is important that you devise and employ whatever measures you can, using the resources available. You most certainly will need them.

Copyright © 2012 Peter Farmer

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