To the Editor: A recent case seen in an emergency department of a large urban hospital may have finally settled the tormenting and age-old question concerning the best method of removing Periplaneta americana, the common cockroach, from the ear canal. Numerous methods have been described in the medical literature, the most popular of which appears to be placement of mineral oil in the canal and subsequent manual removal of the creature. More recently, lidocaine spray has been suggested as a more effective approach to this problem.
A patient recently presented with a cockroach in both ears. The history was otherwise noncontributory. We recognized immediately that fate had granted us the opportunity for an elegant comparative therapeutic trial. Having visions of a medical breakthrough assuredly worthy of subsequent publication in the Journal, we placed the time-tested mineral oil in one ear canal. The cockroach succumbed after a valiant but futile struggle, but its removal required much dexterity on the part of the house officer. In the opposite ear we sprayed 2 per cent lidocaine solution. The response was immediate; the roach exited the canal at a convulsive rate of speed and attempted to escape across the floor. A fleet-footed intern promptly applied an equally time-tested remedy and killed the creature using the simple crush method.
However humble the method, and despite our small study population, we think we have provided further evidence justifying the use of lidocaine for the treatment of a problem that has bugged mankind throughout recorded history.
K. O'Toole, M.D.
P.M. Paris, M.D.
R.D. Stewart, M.D.
University of Pittsburgh School of Medicine
To the Editor: The excitement was unbearable. "There's a girl with a bug in her ear!" the nurse had exclaimed. "Looks like a cockroach to me!" It was all we could do to keep from running to the patient's bedside. "Grab the lidocaine!" we shouted. This was the moment we had been waiting for. We had seen the reports, but did it really work?
As we burst into the room, we could see the young woman writhing from the combined sensations of movement and pain in her ear canal. One of us tok a look, confirming the nurse's diagnosis, while the other filled a 3-cc syringe with 2 percent lidocaine solution. With hurried anticipation we sprayed the drug briskly into the ear canal and quickly jumped back, fully expecting the beast to come hurtling forth at first contact with the noxious substance.
Nothing. "Increase the dosage," we shouted, filling a 10-cc syring. Still nothing. "Get that sucker outa my ear!" the patient screamed. What a brilliant idea! We grabbed a 2-mm metal suction tip and attached it to a wall suction apparatus with a negative pressure of 120 cm of water. Then we gently passed the tip into the ear canal, taking care not to occlude the canal and risk tympanic-membrane barotrauma. Shloop! "Got him!" we exulted. Sure enough, there he was, plastered to the suction tip like a fly to flypaper. After a repeat examination of the canal and a few drops of Cortisporin solution, the patient was on her way.
We recommend suction as a safe and efficacious method for removing insects from the ear canal when other methods fail.
Jonathan Warren, M.D.
Leo C. Rotell, M.D.
State University of New York
Health Science Center
In 1962, East German researchers conducted a bizarre medical experiment in an attempt to find out if fear could cure cancer. They inoculated some "mice, rabbits, rats, and cocks" with cancer cells. Then they put these animals into a cage which they lowered "into a zoo-like enclosure where 30 ravenous African polecats paced for food. The polecats would leap upon the little cage, shrieking and clawing at their hoped-for prey." This terror experience was repeated every two hours for several days.
The result: the cancer cells grew more slowly in the terrorized animals.
Of course, this begs the question, what it is about fear that would fight cancer? Was it the elevated adrenalin levels? Or was there some other biochemical change that caused the effect?
Unfortunately, I can’t find any other details about this unusual experiment except for the brief news report below. I'm assuming there was never a human version of the experiment. Though one never knows, given some of the other stuff that researchers got up to behind the Iron Curtain.
Who knew this was a technique? See a more recent incident after the first story.
DOCTOR MAKES A DRAMATIC RESCUE
Dr. Wendy Marshall was jolted awake at 5 a.m. by an urgent phone message: Doctors at a Joliet hospital were using nothing but their fingers to plug two bullet holes in a man`s heart in a last-ditch effort to save his life.
The doctors at Silver Cross Hospital ''said they had their fingers in the holes and couldn`t stop the bleeding,'' Marshall recounted Thursday.
In an age when sophisticated medical equipment can keep patients alive for months, this most basic technique ultimately saved the life of Tommy Lee
''Tony'' Hairston, of Joliet.
Before the night was over, Marshall, a cardiac surgeon and director of the Loyola University Medical Center`s Trauma Center and the Air Medical Service, would be flown to Joliet and use her own fingers to dike the holes. At the same time, Marshall squeezed the 29-year-old man`s heart to force it to pump when it stopped three times for a total of eight minutes.
Eventually, Hairston was taken by helicopter to Loyola where open heart surgery was performed. Thursday night he was listed in critical condition, but was expected to recover.
The drama began Wednesday night when Hairston, a landscaper shot after an argument with a neighbor over missing property, was taken to Silver Cross Hospital in Joliet.
Silver Cross physicians immediately operated on Hairston, but did not open up the victim`s heart. ''The surgeon found blood in the chest and a couple holes around the heart. At that time, he didn`t open up the heart,''
said Dr. Robert Freeark, chief of surgery at Loyola.
But then after surgery, Hairston started bleeding again. ''This time the surgeon opened Hairston up and and found two holes in his heart . . . and he couldn`t stop the bleeding,'' Freeark said.
The physicians did the only thing they could-stick their fingers into the holes in Hairston`s heart.
Marshall arose, dressed and was taken by helicopter to Silver Cross, accompanied by a paramedic, Kent Adams, and Laurie Dudek, a flight nurse. They arrived 23 minutes after the call.
At Silver Cross, Marshall found a hole in the front of the heart and one in the back. The location of the one in the back was in an area where it couldn`t be repaired without stopping the heart, she said, and Silver Cross didn`t have the equipment for such specialized treatment.
So it meant transporting Hairston to Loyola Medical Center-with Marshall`s fingers in the holes.
Before the night was over, Marshall, as her fingers plugged the holes, squeezed Hairston`s heart to force it to pump when it stopped three times for a total of eight minutes.
Marshall said she used the first two fingers of her right hand to plug the back hole and her right thumb to stop up the front hole. ''When the heart stopped, I kept my fingers in the holes and squeezed my left hand against the right.''
During the flight, Adams, the paramedic, forced Hairston to breathe by squeezing a bag attached to a tube that was shoved down his trachea.
Four intravenous tubes were attached to Hairston, feeding medicine to stimulate his heart beat-one into a large vein near his left collar bone, two to his left arm and one in his right arm.
When the team finally arrived at Loyola, cardiac surgeon Henry Sullivan had been alerted. The patient was placed on a machine that circulated his blood while the heartbeat was halted and the organ repaired, Freeark said.
Adams shook his head in wonder Thursday afternoon. ''It was dramatic,''
Adams said Marshall was steady as a rock during the flight. ''She was so calm. She just let us know what was happening, and then we did our part.''
Hairston allegedly was shot by Robert Knox, of Joliet, after an argument over some items reported missing from Hairston`s apartment, Joliet police said. Knox was charged with attempted murder, armed violence and unlawful use of a weapon, police said.
By Thursday afternoon, Hairston had awakened a few times, which is considered a positive sign, Marshall said.
Hairston ''is lucky to be alive today,'' she said. ''When the heart stops, most people are basically brain dead within three to four minutes.''
Freeark and another Loyola heart physician, Dr. Bruce Lewis, said that saving Hairston`s life by plugging the holes in his heart was amazing.
''To my knowlege it was totally unprecedented,'' Freeark said. ''Nobody has ever been transferred with a finger better.''
''Very, very amazing, and very rare to see someone survive after that . . . especially with the size of the hole (in the back of the heart),'' Lewis said.
Marshall took the praise in stride. ''Anyone who has got a blood pressure can be saved. So you go for it.''
Heroic military veterans and police officers put their training to use during the deadly mass shooting at a Las Vegas music concert — even “plugging bullet holes with their fingers,” according to a report.
“You saw a lot of ex-military just jump into gear,” witness Russell Bleck told the “Today” show on NBC. “I saw guys plugging bullet holes with their fingers.”
“While everyone else was crouching, police officers (were) standing up at targets, just trying to direct people, tell them where to go,” he added. “The amount of bravery I saw there, words can’t describe what it was like.”
The practice of plugging gunshot wounds helps to kick in the body’s defense mechanisms that prevent rapid blood loss, according to a Wired report.
Severe wounds, especially on the carotid arteries of the neck, must be quickly plugged with the fingers or packed to temporarily stop the hemorrhaging, according to Gould and Pyle’s Pocket Cyclopedia of Medicine and Surgery.
The breastfeeding by humans of animals is a practice that is widely attested historically and continues to be practised today by some cultures. The reasons for this are varied: to feed young animals, to drain a woman's breasts, to promote lactation, to harden the nipples before a baby is born, to prevent conception, and so on.
English and German physicians between the 16th and 18th centuries recommended using puppies to "draw" the mother's breasts, and in 1799 the German Friedrich Benjamin Osiander reported that in Göttingen women suckled young dogs to dislodge nodules from their breasts. An example of the practice being used for health reasons comes from late 18th century England. When the writer Mary Wollstonecraft was dying of puerperal fever following the birth of her second daughter, the doctor ordered that puppies be applied to her breasts to draw off the milk, possibly with the intention of helping her womb to contract to expel the infected placenta that was slowly poisoning her.
Animals have widely been used to toughen the nipples and maintain the mother's milk supply. In Persia and Turkey puppies were used for this purpose. The same method was practised in the United States in the early 19th century; William Potts Dewees recommended in 1825 that from the eighth month of pregnancy, expectant mothers should regularly use a puppy to harden the nipples, improve breast secretion and prevent inflammation of the breasts. The practice seems to have fallen out of favour by 1847, as Dewees suggested using a nurse or some other skilled person to carry out this task rather than an animal.
Coca-Cola isn’t just for drinking. It also has a medical use: to dissolve gastric phytobezoars (masses of indigestible material in the gastrointestinal system). Doctors administer the Coca-Cola via a tube threaded through the nose down into the intestines. As noted in a 2015 article in the World Journal of Gastrointestinal Endoscopy, "An administration of Coca-Cola® is believed to be the primary choice for phytobezoar treatment because it is safe, inexpensive, and effective."
The same article further explains:
Although the mechanism has not been fully elucidated, it has been speculated that some ingredients in Coca-Cola® play a key role in bezoar dissolution. Such hypotheses include enhanced bezoar digestion by the mucolytic effect of sodium bicarbonate and/or by the acidifying effect of carbonic acid and phosphoric acid. Destruction of the bezoar may also be assisted by the carbon dioxide bubbles, which penetrate into the bezoar through the microscopic pores on its surface. Diet Coke®, Coca-Cola Light®, and Coca-Cola Zero® all contain these ingredients. Since the clinical success of bezoar dissolution by Diet Coke®, Coca-Cola Light®, and Coca-Cola Zero® was documented in previous reports, several authors have speculated that these sugar-free beverages have the same effect of bezoar dissolution as the regular version of Coca-Cola®.
It's officially known by the acronym CrisTAL (Criteria for Screening and Triaging to Appropriate Alternative Care), but it's more widely known as the Death Test. It's a 29-point checklist to help doctors determine if elderly patients are at risk of dying within the next three months. So, it seems like a more rigorous version of the "Surprise Question" which (as we've posted about before) is another test docs use to predict imminent death.
For patients with an age of 65 or over who have been admitted to hospital this time in an emergency:
1. Altered level of consciousness (Glasgow Coma Score change >2 or AVPU=P or U)
2. Blood pressure (a systolic blood pressure of less than 90 mm Hg)
3. Respiratory rate of more then five and less than 30
4. Pulse rate of less than 40 or more than 140
5. Need for oxygen therapy, or known oxygen saturation of less than 90 per cent
6. Hypolglaecemia blood glucose level (less sugar in the blood than normal)
7. Repeat or prolonged seizures
8. Low output of urine (less than 15 mL/h or less than 0.5 mL/kg/h) or a MEW or SEWS score of more than 4
9. Previous history of disease, including:
10. Advanced cancer
11. Kidney disease
12. Heart failure
13. Various types of lung diseases
14. Strokes and vascular dementia
15. Heart attack
16. Moderate to severe liver disease
17. Mental impairment such as dementia or disability from a stroke
18. Length of stay before this RRT call (>5 days predicts 1-year mortality)
19. Repeat hospitalisations in the past year
20. Repeat admission to the intensive care department of the hospital
22. Unexplained weight loss
23. Self-reported exhaustion
24. Weakness (being unable to grip objects, being unable to handle objects or lift heavy objects of less than or equal to 4.5kg,
25. Slow walking speed (walks 4.5m in more than 7 seconds) or is
26. Inability to do physical exercise or stand
27. Is a nursing home resident or lives in supported accommodation
28. Having urine in their blood (more than 30mg albumin/g creatinine
29. Abnormal ECG (irregular heartbeat, fast heartbeat and any other abnormal rhythm or more than or equal to 5 ectopics/min and changes to Q or ST waves)
The Yips are defined as "a disorder in which golfers complain of an involuntary movement — a twitch, a jerk, a flinch — at the time they putt or even when they chip. This interferes with their ability to perform that activity.” It was the subject of a multidisciplinary study by researchers at the Mayo Clinic, who concluded:
For <10 handicap male golfers and <12 handicap female golfers, the prevalence of the yips is between 32.5% and 47.7%, a high proportion of serious golfers. This high prevalence suggests that medical practitioners need to understand the aetiology of the yips phenomenon so that interventions can be identified and tested for effectiveness in alleviating symptoms. Although previous investigators concluded that the yips is a neuromuscular impediment aggravated but not caused by anxiety, we believe the yips represents a continuum on which 'choking' (anxiety-related) and dystonia symptoms anchor the extremes.
The Yips should not be confused with the Yip Yips, which are something completely different:
As reported by Israeli scientists Dr. Menahem Ram and Aladar Schwartz at a 1971 joint meeting of the Society for Cryobiology and the International Conference of Refrigeration:
Sudden temporary chilling of the big toes almost immediately brings about a lowering of the normal body temperature within the nose because, they said, the big toes and the nose are nervous system "reflectors" of one another in their response to external stress. And this nasal temperature-lowering—along with humidity-lowering—"dries up the nostrils," thereby "curing" the cold, they said.
Paul Di Filippo
Paul has been paid to put weird ideas into fictional form for over thirty years, in his career as a noted science fiction writer. He has recently begun blogging on many curious topics with three fellow writers at The Inferior 4+1.