Saturday, June 22, 2013

Creative places to store an inhaler

The following is a post originally published 9/6/11 @ healthcentral.com/asthma

We asthmatics are quite creative.  We come up with some unique and creative places to store our inhalers -- at least I do anyway.  Below I'll provide some examples of creative places I often store my inhalers.  
  • Under couch cushions
  • Under furniture
  • Under beds
  • Under pillows
  • Under car seats
  • In glove compartments
  • In the hamper
  • Stuffed in the recliner
  • Under random dresser
  • In any random drawer
  • stuffed under stuff
  • In the washer or dryer
  • In the refrigerator
  • On the bedside stand (where I prefer it)
  • In the medicine cabinet (one would hope)
  • In my wife's purse
  • Pocket
  • Stroller pocket
  • Work or school locker
  • On Desk
  • In desk -- somewhere, maybe deep within, maybe under, maybe behind...
  • Hidden in a toy box
  • Clipped under the toilet seat
Now that last one has got to be my most creative of all time.  My son got a hold of it and, about four hours after the toilet seat slammed, my wife took the above picture.  We had a good laugh.
 
Sometimes, though, it's not such a good thing to be this creative -- like when you need it. It's probably also a good idea to keep it out of the reach of your kids, yet not always so easy.
 
Yet when you need to lug it around wherever you go -- which is the recommendation these days -- we're prone to get creative -- well, at least I am.  I know from talking with many of my fellow asthmatics I'm not alone in my creativity here.  
 
It's because of this creativity, and not because of overuse, that my doctor writes a prescription for three inhalers each month.  I purchase three and within a few days find a creative storage spot. 
 
The problem with this creativity is knowing which of the above places to look first when you need it, or when you need to go someplace and want to take it with you.
 
If any of you guys have advice on how to be a little less creative, please speak up. Yet I'm not sure you can teach an old asthmatic a new trick.
 
Likewise, if you have a creative storage place for your inhaler -- present or past -- please share in the comments below.  

Thursday, June 20, 2013

1864: Alfred Newton's Dry Powdered Inhaler

People have probably inhaled powders of certain dried and crushed herbs for their perceived benefits since the beginning of time.  Yet the first device for assisting with this process was patented in 1864 by Alfred E. Newman.  His device was the first dry powdered inhaler.

The book "Controlled Pulmonary Drug Delivery" describes the inhaler this way:
In 1864 another step forward with dry powder inhalation took place. Alfred E. Newman applied for a patent in London after correspondence with Dr. James in New York.  The dry powder device resembled a mantle clock with an orifice at one side, inside was a mesh and a crank shaft with feathers to beat the powder creating a dust, which would pass through the mesh towards the mouth.  It was not especially portable, but Newton recognized that the powder needed to be pulverized into a fine dust and that it should be kept dry, two essentials of modern dry powder inhalers. The device was designed for the delivery of potassium chlorate which today is recognized as a lung irritant. (1, page 60)
The authors also note that while dry powder inhalation was "in vogue" during the 1860s, it was generally meant to treat diseases of the throat such as laryngitis.  Still, it was a revolutionary concept and a precursor -- albeit large, bulky, un-portable, and probably -- to modern dry powder inhalers.

The device may also have been used for tuberculosis.  (2).

Quality pictures of the device can be observed by checking out either of the links in the references below.

References:
  1. Smyth, Hugh D.C., Anthony J. Hickey, editors, "Controlled Pulmonary Delivery," 2011, New York, Springer, page 60-61
  2. Sanders, Mark, "Pioneers of Inhalation: Vapour Trails and Powder Monkey," from Inhalatorium.com: Online Museum of inhaler technology, slide show presentation, accessed on 11/13/12

Tuesday, June 18, 2013

865-925: Rhazes describes allergies

Rhazes didn't choose to become a physician until he was
into his 40s, and this may have helped the man become among
the most well respected physicians of his era.  He wrote about
asthma, and is thought to be among the first physicians to
describe allergies. 
The first known writer to describe allergies was the Arabic physician Rhazes, yet it would be over a thousand years after his death before "allergy" was defined by the medical community.  So it's easy to see that he was a physician ahead of his time. 

He was born Abu Bekr Mohammed ben Zechariah in the year 865, and is known best by the name of Rhazes. He was born in a town in Persia, in the province of Baghdad, in d town called Rai, "and it is from this that his last name was derived -- Ar-Razi,"  said historian Thomas Bradford in his 1898 book "Quiz questions on the history of medicine."  (9, page 62).

He was originally a musician, playing the flute in his youth. And even while he was a "passionate lover of music," he put this love aside in favor of philosophy and medicine, claiming "that music proceeding from between mustachios and a beard had no charm to recommend it," said V.J. Fourageaud in an 1868 article in the Pacific Medical and Surgical Journal. (1, page 164)(9, page 62)

Yet this turned out to be a great thing for the medical community, as "he is said to have been the ablest physician of his age; a master of all kinds of learning; skilled both in the theory and practice of medicine, said Bradford." (9, page 62)

He started studying medicine in his forties, explained Bradford, and traveled abroad to "Jerusalem, Syria, Egypt, Persia, and Spain, the better to perfect his knowledge by conversing with botanists, oculists and surgeons. Having thus become master of his profession, he settled in Bagdad, and so great was his learning that he was selected from over a hundred eminent competitors as the director-in-chief of the grand hospital in that place.  He is said to have been the ablest physician of his age; master of all kinds of learning, skilled both in the theory and practice of medicine." (9, page 62-63)

By this position he was "director of the hospitals of Ray (the same town he was born in), Jondisabour, and Baghdad, said Fourageaud..  (1, page 164)

Bradford and Fourageaud both said that his reputation was so great as an Arabian professor that students traveled from far away to hear him speak. (1, page 164)(9, page 62)

Edward Withington, in his 1894 book, "Medical history from the earliest times, said he became the "first and most original of the Arab physicians."   (2, page 145)

He is considered by many historians as the most independent thinker among the Arabic physicians.  (5, page 156)  He encouraged physicians to practice by empirical means (experience and observation) and in this way became the first physicians to encourage scientific based medicine. (3, page 31)

He wrote over 150 books, although some say he wrote as many as 220.  He wrote on philosophy, medicine, history, and chemistry, although his passion was medicine.  Unfortunately most of these works are lost to history, said Fred Ramon in his 2006 book "Albacasis."  (8, page 62) (9, page 63)

While he copied many of the idea of ancient physicians, such as Hippocrates and Galen, it's his scientific descriptions of diseases that make him among the most well known of the Arabic writers.

He became famous while being among the few Arabic physicians who did not earn a medical license.  And, despite his fame, he did not become rich, mainly because he chose to practice among peasants who could not afford much.  This type of 'boldness and originality' earned him the title "The experimenter," said Withington.  (2, page 145)

Among the medical community he is best known for writing the "oldest existing treaties on smallpox and measles," said Withington.  (2, page 146)(9, page63) and he is the first to have described fever as a defense mechanism of fighting off diseases.

He's also the first to describe asthma as a specific disease, and the first to mention allergies.  He was a chemist and pharmacist, and by this he gathered a collection of remedies (some of his own too) and recorded them in one of his publications.  Some of the remedies were for asthma, said Ramon. (8, page 70)

As noted by these writings, coupled by his writings about asthma and coryza (inflammation of the nasal passages/ hay fever), he was the first to write a treaties on the diseases of children.  (6, page 175)

During his life he would create voluminous volumes for the medical community.  In his Hawi or Continens, which exceeded the length of the works of his contemporaries (including the Canon of Avicenna) he gives an account of asthma and it's remedies: (2, page 146)
Ben Musue (an Arabian physician of the 8th century) said, 'Let persons troubled with asthma or shortness of breath take two drachms of dried and powdered fox lung with decoction of figs in their drink.'  Galen (De med. simple.) said that many cure asthma with owls blood given in the drink, or by giving owl's flesh with the blood in spidebeg(?), and taking it's blood afterword in wine. I say that owl's blood is not to be given in any case of asthma, for I have seen it administered, and it was useless."
Maimonides wrote of the remedies for asthma, and in doing so mentions Rhazes:
Maimonides endorses a remedy of Rhazes' to clear the lungs of moisture, ease respiration, and eliminate the cough: soak wheat bran over night in hot water, filter, and add sugar and almond oil; place on the first until it resembles a julep and drink when lukewarm.  (7, page 27)
Also of significance is he was the first to write a book about hay fever:  A dissertation on the cause of the coryza which occurs in the spring when the roses give forth their scent.  (3, page 31)(4, page 338)

In his work Essay on the cause of why Abu Zayd al-Bahli is subject to rhinorrhea in springtime when smelling roses, he described the inflammation and runny nose that occurred in the springtime when the roses were blooming.

Many consider this the first description of hay fever, or what would eventually be considered as springtime allergies, sinusitis, hay fever, seasonal allergies or rhinorrhea.  In a sense, he may also have been the first to describe allergic asthma.

Fourageaud said that near the end of his life he approached Al-Mansur, the Prince of Chorasan, in Baghdad to present to him a book on alchemy he dedicated to the prince.  The prince loved the work and rewarded Rhazes with a thousand dinars. (1, page 64)
The Prince said, "I wish for you to put into practice what you have laid down in this book."
Rhazes said, "That is a task for the execution for which ample funds are necessary, as also various implements and aromatics of genuine quality; and all this must be done according to the rules of art, so that the whole operation is one of great difficulty."
The Prince said, "All the implements that you require shall be furnished you, with everything necessary for the operation; so that you may be in the practice the rules contained in your book."
Rhazes said he was unable to perform the task, at which time the Prince said, "I should never have thought a philosopher capable of such faleshoods in a work represented by him as a scientific treaties, and one which will engage people's hearts in a labor from which they can derive no advantage.  I have given you a thousand dinars as a reward for this visit, and the trouble you have taken, but I shall assuredly punish you for being guilty of a falsehood." 
The Prince struck Rhazes in the head with a whip and sent him on his way with provisions to complete the task.  Rumor has it this is what made him blind, although some say it was because he was because he ate too many beans.

Believing his blindness was caused by cataracts, an "occultist" was about to operate on him when Rhazes said something like, "How many membranes does the eye have?" 
The occultist had no response.  Rhazes then said something like, "I will not entrust my eyes to someone who is ignorant of their structure."
Later, when further urged to have the operation, he said, "No, for I have seen so much of the world that I am weary of it."  (1, page 64)
So most historians describe his as a very wise man, and Bradford credits him with the following wise sayings: (9, page 63)

  • When you can cure by regimen, avoid having recourse to medicine
  • When you can affect a cure by a simple medicine, avoid a compound one.
  • When a wise physician and an obedient patient, sickness soon disappears.
  • Treat and incipient malady with remedies that will not prostrate the strength. (9, page 63)

Exactly when he died remains unknown, although much speculation of modern historians has the date at 925 A.D. Regardless, he was a renowned physician in his day, and was one of the Arabs who helped save medicine while a dark cloud hovered over western medicine.

References:
  1. Fourageaud, V.J., "Historical Sketches: XIII: The epidemics of the sixth century, the plague, small pox, and measles.  Ahrun, Bachtishwa, Mesue the Elder, Honain, Serapion, Alkhandi, and Rhazes," Pacific Medical and Surgical Journal,  Medical and Surgical Journal, edited by V.J. Fouregaud and J.F. Morse, Volume VII, 1864, San Francisco
  2. Withington, Edward, "Medical history from its earliest times: a popular history of the healing art," 1894, London, The Scientific Press 
  3. Colgan, Richard, "Advice to the Young Physician: on the art of medicine," 2009, New York
  4. Lehrer, Steven, "Explorers of the body: Dramatic Breakthroughs in Medicine from Ancient Times," 2006, United States
  5. Fantini, Bernardino, Grmek Mirko editors, Antony Shugaar, translator., "Western Medical Thought from Antiquity to the Middle Ages," 1998, U.S., 
  6. Gee, Samuel, "A Survey of the Literature of the Diseases of Childhood:  An address delivered at the offering of the section of diseases of children at the annual meeting of the British Medical Association in Liverpool, August, 1883, The Medical Times and Gazette, Vol. II, 1883, London, Pardon and Sons
  7. Rosner, Fred, translator, "The Medical Legacy of Moses Maimonides," 1998, KTAV Publishing House, U.S.
  8. Ramen, Fred, "Albucasis (Abu Al-Qasam Al-Zahrawi):  Renowned Muslim Surgeon of the 10th Century,"  2006,New York
  9. Bradford, Thomas Lindsley, writer, Robert Ray Roth, editor, “Quiz questions on the history of medicine from the lectures of Thomas Lindley Bradford M.D.,” 1898, Philadelphia, Hohn Joseph McVey

Saturday, June 15, 2013

1896- 1906: Wompole's Hypno-Bromic Comp will cure your asthma x

Around the turn of the 20th century asthma was still considered as a nervous affliction, and one of the noble ways of treating it was medicines that eased the mind.  One such remedy was Wompole's Hypno-Bromic Comp.  

According to a 1904 article in the New Albany Medical herald:
"If you want to give your patient relief from asthma, and a good refreshing sleep from which he will wake greatly refreshed, Just try wompole's hypno-Bromic Comp.  It will give quick and satisfactory results. Give this relief to the next case of asthma you are called to treat." (1, page 584)  
According to an 1898 article in Medical Progress, cocaine and morphine can be prescribed to help a nervous person sleep, although Wompole's Hypno-Bromic Comp. not only worked better, but was safer.  The article wrote about one case where morphine was trialed, although after a while it allowed her to "sleep an hour or two.  She was given a teaspoon of Wompoles Hypno-Bromic Comp. each night immediately after she had come out of the bath.  This remedy had a most happy effect." Two other cases noted suggested essentially the same thing.  (3)

A recipe for this product can be made in your own kitchen: 
Chloral hydrate gr. 480
Potassium bromide gr. 240
Extract of henbane gr. 4
Extractofcannabisindica.gr. 4
Morphine sulphate gr. 2
Simple syrup fl. dr. 4
Comp. spirit of orange. fl. dr. 1 Water, enough to make. fl.oz. 4 Make a concentrated solution of the chloral hydrate in water, triturate the extracts with this solution; add the potassium bromide and the morphine each dissolved in water, the spirit and the remainder of the water, and filter clear.(2)
References:

  1. "Medical Gleanings," New Albany Medical Herald, volume 22, No. 286 October, 1904, New Series Volume 11, Number 157 
  2. Hiss, Emil, "Thesaurus of Proprietary A recipe for this product can be found on page 271 of Emil Hiss's 1898 book "Thesaurus of Proprietary Preparations and Pharmaceutical Specialties," 1898, Chicago, G.P. Englehard and Company page 272
  3. "Suggestions on the management of nervous trouble," The Medical Progress: A monthly history and medical progress,John S. Moreman, M.D., editor, July 12, 1896, volume 12, new series number 79, old series number 126, pages 248-248

Thursday, June 13, 2013

1995: The end of the asthma institution

National Jewish Health Campus today
So I ended up on the phone in May of 2009, talking with the person in charge of public relations at National Jewish Health.  She had posted on the National Jewish Health Facebook page that she had copies of a book of stories from former patients published in 1998 for the 100 year anniversary of the opening of National Jewish Hospital for Consumptives. 

I requested that book, but I had so many other questions. And since I had her on the phone I asked away.  She didn't have all the answers, yet she did know that the program I participated in in 1985 no longer existed.  She said, "7-Goodman, 8-Goodman and 2-May no longer exist." 

"Wow!" Is all I could say.  Yet it didn't surprise me.  One of the reasons I became a respiratory therapist in 1995 was because I wanted to take care of asthmatic patients, particularly asthmatic kids.  Yet I never got to take care of hardly any of these kids, because asthma is treated so much better than it was back then. There may be more asthma patients today, although most of them are treated at home, and most are able to maintain good control by seeing regional physicians as opposed to traveling to places like Denver.

She explained how the program was changed to an inpatient program to an outpatient program in 1995.  The main reason she noted was homesickness, and how difficult it was to care for kids who were separated from parents.  Plus I had my own memories of things teenagers did at the asthma hospital, so I could only imagine not having asthmatic kids roaming the halls of a hospital was a major relief for the staff there. 

Yet the major reason she noted was probably because there are so many better asthma medications today, and so much better asthma wisdom.  And the doctors at National Jewish Health have a program where they meet with regional doctors from time to time to educate them with the state of the art asthma wisdom.  In this way, asthma doctors all over the world have access to the same medicines, the same wisdom, as doctors at National Jewish. 

Another major reason was probably cost, as noted on the NationalJewishHealth.org website.  When I was a patient my insurance company approved for me to go there, and the only part of my stay they didn't contest was my stay at PSC, which was just like a regular hospital.  They contested the daily charge of me staying on 7-Goodman and 2-May because, as they noted in letters to my parents, I could have just stayed home and had those tests as an outpatient.

So in order to provide more cost effective medicine, National Jewish created the Pediatric Outpatient Program in 1995.  Children received treatment only during the day, and at night they stayed either at home or in one of Denver's many hotels.  An adult day program was introduced in 1996. If a patient required a hospital stay (like I required a stay at PSC) they would be transferred to one of Denver's hospitals, such as The University of Colorado Hospital or The Children's Hospital. (1)

So this kind of negated the need for 7-Goodman, 8-Goodman and 2-May.  Those were the halls we kids resided in.  Those were the places staffed with nurses specially trained to take care of asthma kids.  Those were the places that housed dormatories for boys and girls aged five to 18. 

Statistics show that asthma rates continue to rise, although most regional physicians are fully capable of helping asthmatics of all ages control and prevent asthma.  Regional doctors even treat many of the kids with intractile asthma today, and with good success.  However, when needed, National Jewish Health still has a program for kids.  Only it's an outpatient program. 

References:
  1. Clinical History, NationalJewishHealth.org, http://www.nationaljewish.org/about/whynjh/history/clinical/clinical-history3/, accessed 11/7/12

Wednesday, June 12, 2013

History of the Respiratory T'herapist

The birth of a new profession:

Compared to physicians, who can trace their roots to ancient times, and the modern nursing profession, which can trace their roots to Clara Barton's Civil War heroics, the profession of respiratory therapy is a relatively young profession that can be traced only as far back as 1922.  The device that is often given credit for the birth of this young profession is the oxygen tank.*

Oxygen was discovered in the late 18th century, and methods of producing it and storing it were mastered during the 19th century.  Oxygen was first recommended for asthma and other respiratory disorders by Thomas Beddoes in the late 18th century, yet it wasn't until 1920 that oxygen therapy was accepted by the medical community.

Initially the only equipment available to supply oxygen to patients were nasal catheters, metal nasal cannulas, and rubber oxygen masks invented during WWI.  Aware of the need for a more efficient means of supplying patients with oxygen, Dr. Leonard Hill, introduced his new oxygen tent in 1921.  

While oxygen tents were invented during the 19th century, Dr. Hill invented one that used electricity, and it became the first mass producible oxygen tent.

Doctors initially took up the job of setting up this oxygen equipment.  Yet ultimately it became too much work, so the job was handed over to nurses. They were now responsible for lugging these large oxygen tanks around, setting them up and securing them at the patient's bedside, hooking them up to whatever oxygen delivery device was ordered by the physician, and monitoring the equipment to make sure it was working right.  

They also had to make sure there was enough oxygen in the tanks, and replace the tanks when they were close to being empty.  Considering the Bourdon Oxygen Regulators used back then weren't always accurate, this could be a very stressful task.  The fact it was hot and stuffy for the patient inside the oxygen tent only exacerbated the problem.

And the problem for nurses (our first respiratory therapists) became even worse when the first iron lung was introduced in 1928 when the Dinker and Shaw respirator was introduced to the market. It was a negative pressure ventilator often referred to as the "Iron Lung" because it was a large box made of iron the patient has to lie in.

These devices in and of themselves were difficult to maintain, but they made taking care of the patient inside them even more difficult.  Moving tanks, moving oxygen tents, moving these large iron lungs from one room to another was a very difficult task for these nurses, and this created an opening for another profession.  

The first Inhalation Therapists:

With doctors, and ultimately nurses, overwhelmed with the management and operation of oxygen equipment, strong, males were recruited for this duty during the 1930s.  Most of these males were already working for hospitals as nurses aids.  They took over the duties of taking care of oxygen equipment (which mainly entailed lugging it around).

By the end of the 1930s a new profession was born.  Men were hired to take care of oxygen equipment, and by the 1940s they were referred to as oxygen technicians, inhalation technicians, or inhalation therapists.  Some may even have referred to them as oxygen orderlies or tank jockeys. 

These first inhalation therapists were responsible for any task related to oxygen therapy.  This included lugging around equipment, monitoring this equipment, and on occasion giving breathing ttreatments that were hooked up to the oxygen tanks.  

The nebulizers during this time were large, bulky and made of glass, and the medicine used was either epinephrine or Isoproterenol, which were often referred to as epi and iso.  The electric compressor was invented during this decade and it was quickly accepted by the medical community as an effective means of giving breathing treatments.  In hospitals it was the job of the IT to give breathing treatments either using the electric compressor or hooking the nebulizer up to an oxygen tank.  

With the growing acceptance of oxygen therapy use in hospitals, and the growing acknowledgement of the difficulty of lugging oxygen tanks around, newer hospitals were being built with piped in oxygen systems.  This eliminated the need for oxygen tanks, and created the first scare among inhalation therapists:  would piped in oxygen eliminate their jobs?

Yet the need for maintaining oxygen equipment didn't go away.  And with all the improved technology, the understanding of respiratory therapy equipment and medicine was beyond the scope of doctors, nurses, and even these initial inhalation therapists were were generally people who were trained on the job, or your typical On Job Training (OJT).  

The need for some way to train these inhalation therapists, and garner some respect for this new profession, evolved.  Many hospitals develop their own programs to educate people performing respiratory therapies, with different hospitals creating their own requirements and tests.  Yet most hospitals, particularly smaller hospitals, continued to not have any training at all.  

A Birth of an Inhalation Professional Organization:

With the understanding of respiratory therapy wisdom beyond the scope of most people who work in hospitals, and with training for inhalation therapists varying from one institution to the next, the need arose for a professional organization. 

In 1946 a group of inhalation therapists, nurses and doctors gathered at the University of Chicago and formed the Inhalation Therapy Association (ITA).  The doctor who spearheaded the organization was Dr. Edwin R. Levine.  He understood that knowledge of oxygen therapy was essential to good patient care, and started a program at the University of Chicago for educating inhalation therapists.  He was the key component to establishing the ITA and keeping the organization going during its early years.  He was also the only physician to serve as head of the organization.

In 1947 Dr. Albert Andrews wrote a book, "Manual of Oxygen Therapy Techniques," in which he outlined methods of organizing and structuring respiratory therapy departments.  In 1950 The New York Academy of Medicine published a report, "Standard of Effective Administration of Inhalation Therapy," which initiated the formal education of respiratory therapists. 

In 1944 Dr. Alvin Barach publishes the first book specifically designed to train inhalation therapists called "Principles and Practices of Inhalation Therapy." To become an inhalation therapist a national registry exam is created.  Yet along with passing this exam a person must pass an oral exam, and to many this is very intimidating.  Can you imagine studying for hours to understand respiratory therapy, and then choking under the pressure of being asked questions by a physician?  I can.  

 In 1954 the ITA is renamed The American Association for Inhalation Therapists (AAIT).  In 1966 it was once again changed to American Association of Inhalation Therapy (AAIT).  In 1956 this organization begins publication of a journal, which is now referred to as the Respiratory Care.  In 1950 the "Linde Oxygen Therapy Handbook," is published, another common book used to train ITs.  

The IPPB Revolution:

By the 1950s most hospitals have oxygen piped into the walls, and the profession continues to live on.  I think one of the main changes that occurred during the 1950s that ensured the need for inhalation therapists was improvements in the way operations are done.  Better anesthetics and the AMBU-bag made it possible to perform more surgeries during this decade, particularly abdominal surgeries.  

The reason this created an opening for RTs was due to the invention of the positive pressure ventilator.  In 1952 the Bird Mark I was introduced to the market, and made it possible to ventilate patients during operations.  During surgeries patients were bagged with an AMBU-bag during short operations, and intubated and placed on positive pressure ventilators during long operations.

As the decade progressed, the positive pressure ventilator was improved upon.  In 1952 the Bennett Pressure Breathing Unit was introduced, followed by Bird Mark 7 in 1955.  While these ventilators were useful in surgeries, they were also found useful for ventilating kids with polio, especially during the late stages of the disease when phlegm production increased.  With the patient being intubated, or trached, it made it easier to suction and remove secretions from the airway.  So intubation and managing positive pressure ventilators became a new job for inhalation therapists.

Yet another breakthrough for the inhalation therapist was the "idea" or "theory" that performing Intermittent Positive Pressure Breathing therapies would benefit patients.  This idea originated mainly due to the increase in upper abdominal surgeries.  It was observed many of these patients developed atelectasis and pneumonia, and this complicated care.  It was also proven about this time that a sigh, or deep breath, would help prevent these complications.  So some doctor came up with the idea that IPPB therapy might help.

This was good for respiratory therapists because it gave birth to the IPPB revolution.  Every person who was to have surgery was given IPPB breathing treatments.  And every patient who had surgery was given IPPB treatments.  

Soon the idea was created that since this IPPB therapy does so much for post operative patients that maybe it will help other patients too.  The new theory was that positive pressure breaths would push medicine deeper into the lungs.  For this reason, IPPB treatments were soon given to every patient admitted to hospitals with breathing trouble, including COPD and asthma patients.  

Despite any real evidence it did any good, the IPPB revolution was in full swing.

A growing profession:

By the 1960s a need arose to create a standardize test for all inhalation therapists to pass, and on November 18, 1960, the very first national respiratory therapy exam is administered in Minneapolis.  In 1962 approval is given for the "Essentials for an Approved School of Inhalation Therapy 
Technicians."  

In 1963, The Board of Schools of Inhalation Therapy Technicians is formed in Chicago. Then in the AAIT changes its name to the American Association for Inhalation Therapy.  By the mid 1960s becoming a registered therapist was optional, with only a few hospitals making it a regular part of their training. 

Despite the need for educated therapists, only about 10 percent were of inhalation therapist were registered.  Partly due to this reason, and also due to a shortage of therapist, in 1969 the AAIT created the Technician Certification Program to make it easier to get credentials.  Now inhalation therapists, or those wishing to be one, could pass a test on the basic equipment, and therefore it was easier to qualify to get a job.  

It may also have been understood that many people weren't able to pass the registry, and one of the main reasons may have been that many people were intimidated by the oral exams.  This may have been another reason the technician program was created.  

This was basically the beginning of the Certified Respiratory T'herapy Technician program, which was changed to Certified Respiratory Therapist in the early 2000s.  While you could pass a registry and oral exam to become a registered inhalation therapist, you could now pass a technician exam to get the same job.  

Major changes to the RT profession:

So by the 1970s IPPB treatments were ordered on nearly every patient who had surgery.  IPPB treatments were also ordered on nearly every patient admitted with a respiratory disorder.  While this created continued work for the therapist, many of these same ITs noted the frivolous nature of many of these therapies:  Many were ordered for no scientific reason.

Perhaps it was for this reason that insurance companies started questioning the need for IPPB treatments.  They were ordered on nearly every patient, and they were expensive.  This inspired a series of studies that ultimately proved IPPB therapy was indeed being abused.  In essence, the IPPB revolution turned into a major embarrassment to the profession.  

It may also have been for this reason that Congress got involved and created Diagnosis Related Groups (DRGs).  This made it so hospitals were no longer paid for services rendered, and were instead paid a flat fee for a specific diagnosis.  A doctor could still order IPPB on every patient, but the hospital would have to eat the cost.  

So this marked the beginning of the end of the IPPB revolution.  In 1970 the incentive spirometer was invented.  The first IS was an electric device that lighted up when goals were met, although eventually these machines were phased out in favor of smaller, disposable units.  These devices were soon proven to be equally as effective as IPPB treatments to prevent post operative atelectasis and pneumonia, and soon they replaced IPPB therapy altogether.

Another therapy that became more common at this time was chest physiotherapy (CPT).  Many studies were done to show that IS and CPT therapy were equally effective in preventing and treating post operative respiratory complications.  However, it would later be noted that none of these studies conclusively proved any of this therapy was truly effective.  Regardless, both CPT and IS therapy are  very commonly used in hospitals to this day.

Continued growth of the RT professon:

The profession was evolving beyond the need to simply monitor inhalation therapies, which included the inhalation of oxygen and bronchodilators.  As technology improved so too was the need for better educated respiratory therapists.  So the need for another name change had arrived.

It was for this reason that in 1973 the AAIT once again changed it's name to the American Association of Respiratory Therapy (AART).  Part of the reason was to continue to push for improved recognition and acceptance of the increasing abilities and knowledge of the respiratory therapist.

In other words, there was an ongoing attempt by the AART to move the profession beyond being just an ancillary staff just doing a task to a group of professionals trained to work along with nurses and doctors to the benefit of the patient.

In the 1920s the profession was mainly considered a bunch of tank jockeys.  By the 1970s they were considered a bunch of ventilator button pushers and IPPB or nebulizer jockeys.  The goal was to make sure every respiratory therapist earned his or her way through an accredited respiratory therapy program.  The goal was to move beyond the OJT to having all RTs being registered.  This was believed to be the best way of improving respect for the profession.

In an attempt to continue this quest the National Board of Respiratory Therapy (NBRC) is created in 1974.  It's now the role of this organization to create the requirements for becoming a respiratory therapist, and to design and proctor the tests to be given by the many RT schools.

Are RTs ancillary or professional?

From the 1920s through the 1980s inhalation therapists therapist were basically considered just ancillary staff.  Yet as the educational requirements of the profession changed so to did respect for the profession (although there continues to be need for improvement in this regard).

In a continued attempt to improve the image of respiratory therapy amid the medical community, there were various attempts by fellow RTs to create organizations to improve the testing and criteria for becoming a respiratory therapist.  

In 1973 the AAIT became the American Association for Repiratory Therapy (AART).  The inhalation therapist was now a respiratory therapist.  Yet while the name changed, so to did our duties and responsibilities.  

During the 1960s inhalation therapist were mainly considered tank jockeys, now they were neb jockeys.
In 1986 the AART becomes the American Association of Respiratory Care.  Respiratory Therapists are now supposed to be called respiratory therapy care practitioners, but this name never really catches on.  For the most part, respiratory therapists are generally referred to as RTs except for in some journals and textbooks.  At many hospitals they are just ordered to do a procedure and they just did it.

In the 1970s there were some major changes to respiratory therapy profession.  Up until this time hospitals were paid for each service rendered.  If a respiratory therapist did an IPPB treatment the hospital was paid for that service.  Yet after DRGs were created, the RT department is more of a drag on the profits of the hospital.  With modern healthcare laws, many RT procedures are ordered just so the hospital can meet reimbursement criteria.  

So where will this profession go in the future?  Well, perhaps we can answer this by taking a look at the current hospitals that are ahead of the curve.  

*Note:  Nursing actually goes back to the beginning of human existence, with the first mom who took care of her kids and husband.  The first evidence of respiratory therapy may have been when the first herb was tossed on a fire for inhalation.  This article is in reference to the modern professions.  

References:
  1. Glover, Dennis W, "The History of Respiratory Therapy," Indiana, 2010
  2. "AARC Timeline," AARC.org,  http://www.aarc.org/member_services/timeline/
  3. Weilacher, Robert R., "AARC- 50 Years of Service," AARC.org,  http://www.aarc.org/member_services/history.html
  4. Whitnack, Jeffrey, "The History of Respiratory Therapy," 
  5. "The History of Respiratory Care," Quizlet.com,  http://quizlet.com/2550893/egans-chapter-1-history-of-respiratory-care-flash-cards/, "Egans, chapter 1, "A History of Respiratory Care."

Thursday, June 06, 2013

1980s: Parentectomy

By 1981 there were 15 hospitals like National Jewish Asthma Center/ National Jewish Hospital for intractile asthmatics, and every one of them ran a program similar to the one suggested by M. Murray Peshkin in the 1940s.  The programs all involved parentectomy, or "separation of asthmatic child from parent as the key to successful treatment," according to a 1981 article in the New York Times.(1)

The idea is that about ten percent of asthmatic do not get better with home treatment no matter what is done, and that removing the patient -- the child --  from the home environment will help them get better.  This "parentectomy" removes both the child from both causes of asthma: parents and allergens. 

Early on this may have been done as an order by the physician, although ultimately I think it was simply another option in the treatment for children with intractile asthma.  In the fall of 1984 my parents were offered this option, and, fearing I might die, decided they had no choice.  So their job became convincing me it was my decision, and at that they succeeded. 

On January 9, 1985 Rick Frea, that's me, was admitted to National Jewish Hospital/ National Asthma Center with what was diagnosed as "High Risk Asthma."  I had been to the emergency room eleven times in the previous year, was admitted twice for about six or seven days, and was on many occasions on systemic corticosteroids.

The week prior to my admission I was in the emergency room every day, and the night before my admission my mom had an epinephrine pen in her purse.  When I started having trouble breathing that night at the hotel across from the asthma hospital, she was afraid to use it.  The next day the nurse told her I should have called them and they would have admitted me.  Yes, I was that bad. 

As soon as I entered the patient lobby of 7-Godman the nurses called a code blue on me, and made me feel a lot worse than I felt. Once they were satisfied I was feeling better the nurses gave me a tour of the boy's dormatory on the eastern side of the building. I barely saw the other kids the first week because I had so many tests to do, and my asthma never got better, so my doctor had me admitted in Pediatric Specialty Center on 8-Goodman. 

I was in PSC for three days, and that was just like a normal hospital.  I had an IV and was injected with systemic steroids.  My face became puffy, and my stomach bloated.  All I wanted to do was eat.  And I was bored out of my mind, and I was anxious and depressed because here I was so far from home, in a hospital, and my parents weren't able to visit.  I was at NJH a week and barely got to meet the other kids.

Yet then I got better.  Gradually I was able to wean into doing physical activity.  Gradually my doctors decided, by trial and error mainly, what medicines worked best for me.  Gradually I met the other kids, and gradually it started to feel more like a camp than just a hospital.  Gradually I was eased into the evening aerobics, and gradually I was able to play with sports by using all my energy, as opposed to just "taking it easy." 

To this day I look back on my experience there and wonder: did I get better because of better treatment, or did I get better because I was removed from my parents?  Or did I get better due to a combination of both?  In all honesty, I'd have to assume it was both. 

Now I don't know if my doctors back then believed asthma was nervous still in 1985, yet even so, it appears quite obvious, especially as I peruse my medical records, that anxiety at home contributed to my asthma.  And I think that even though my parents meant well, I believe to this day I was deathly allergic to the house I grew up in. 

It became evident to me as I grew older my asthma seemed to get better when I left home for college, and it usually got worse when I returned for weekends and for the summer.  Now as an adult I try to avoid my parent's house altogether except for short visits.  I love that house and always have, but it doesn't like me. 

When I was discharged the poeple at National Jewish tried to educate my parents, and even spent time doing a survey of the house for allergens.  The tests came back positive for molds and animal dander that I was allergic too.  Yet all my parents did was get rid of the plants. 

Now I don't mean to disrespect my parents in any way shape or form by writing this, and I don't think in any way shape or form my parents were any different than most asthmatic parents.  I can see no way how my parents really should understand what would trigger my asthma, because neither of them had such a disease. 

Still, I think my parents were a perfect example of why the "parentectomy" was so important.  Regardless of what doctors thought of the whole nervous asthma thing, and to this day I have no idea what my doctors thought about that, I think removing me from my parent's house was key to getting my asthma controlled. 

And they did get it controlled. 

References:
  1. Melvin, Tessa, "For 36 Children, Hope on Asthma," New York Times, September 26, 1982