11 Tips to Improve Epistaxis Management in the Emergency Department

epistaxis 11 tips

Managing epistaxis is often challenging, time-consuming, and takes practice. Even under the best circumstances, epistaxis often results in return visits for rebleeding and poor outcomes. Rarely should you do “nothing” for adults who present to the ED with or following epistaxis. If it produced enough blood to seek care (even without hemodynamic compromise), epistaxis frequently recurs even if currently resolved. This is a less true in pediatric patients. A careful and comprehensive evaluation is essential in both populations, whether epistaxis is ongoing.

The following 11 pearls with a bonus tip should help you avoid common pitfalls, improve outcomes, and increase both patient and physician satisfaction:

  1. Wear proper protection during the procedure, including a face shield and gown. Nasal manipulation often causes patients to cough or sneeze, resulting in blood spray.
  2. Prepare your equipment in advance. Work with your nurses or techs to develop a policy where it is placed at the bedside when the patient is roomed. A bright, focused light is essential, ideally as a headlamp so both hands are free. This way, no assistant is needed. Cordless headlamps are easier to use but should be charged after each use.
  3. Although an elevated blood pressure or hypertension can worsen epistaxis, acute treatment is generally not required. Help your patient relax by establishing a calm presence, demonstrating confidence, and explaining your approach in advance. Done well, these actions are often sufficient to reduce their blood pressure.
  4. Have your patient slowly but firmly blow their nose to remove any clots that have formed, which not only will reduce or prevent medications from absorbing but will also interfere with visualization. After this, have your patient hold firm pressure with a clip or clamp for at least 15 minutes while you gather your supplies. If available, spray a vasoconstrictor such as oxymetazoline into the affected nostril(s) prior to holding firm pressure.
  5. Tight packing of your selected medications and your preferred method of their administration (e.g., cotton balls, pledgets, swabs) is crucial, as the vasoconstrictor/anesthetic won’t be well absorbed without direct contact and pressure. Tight packing also helps tamponade any bleeding. It may be necessary to pack both nasal cavities to achieve adequate tamponade because the septum is mobile.
  6. Avoid touching the nasal septum when using the nasal speculum. This is likely the area of bleeding and can be sensitive. Carefully insert the tip along the inner edge of the ala, open the speculum, then pull out with gentle traction to provide optimal visualization with your high-intensity light.
  7. If using silver nitrate to cauterize a friable area or visible vessel, ensure the field is dry and the site is anesthetized. Chemical burns are painful, and this area is sensitive. Using light pressure with a gentle rolling motion, cauterize an area slightly wider than the area of bleeding, limiting the number of repeat cautery attempts.
  8. If using commercial nasal packing that is too large (they come in several sizes, although some EDs stock only the largest sizes), shorten and trim the tip at an angle. Apply a topical antibiotic ointment to the nasal tampon to aid with insertion; this serves both as an antibiotic and lubricant. In some situations, using a hemostatic agent with the nasal tampon or in the nasal cavity may prove helpful. Follow the contour and direction of the nasal passage to ease insertion and minimize pain. Some patients poorly tolerate the placement of nasal packing and/or the packing itself.
  9. Add 1-3 ccs of water or saline using a syringe (no needle) to wet the packing following insertion. This allows the packing to expand and soften. Be prepared for a small amount of leaking, coughing, or spitting. If using an inflatable device for packing, be prepared to inflate the balloon to the optimal size with air or appropriate fluid (depending on the device).
  10. Do not immediately discharge a patient after successful epistaxis management. Observe your patient for a post-procedure recheck to ensure the bleeding remains well-controlled, your patient is tolerating the packing or balloon, and the vital signs are stable. This can be 15–30 minutes (or longer) depending on the amount of blood loss, the findings, the procedure, and your patient’s comorbidities.
  11. Know how and when to call for help. Call for help early in situations such as hemodynamic compromise due to blood loss, hypoxia or acute cardiopulmonary distress, post-surgical epistaxis, bleeding tumors (especially those that have been irradiated), patients with underlying bleeding disorders, an inability to control the bleeding, or other circumstances that make poor outcomes more likely.

Charting Bonus Tips: You can complete your patient’s discharge paperwork while waiting for the pre-procedure topical anesthetic/vasoconstrictor to take effect. During the post-procedure observation period, complete your chart and document your findings, the procedure, whether the patient tolerated the procedure, and any complications while observing your patient and awaiting the final set of vital signs before discharge.

Additional recommended reading

  • Gottlieb M, Long B. Managing Epistaxis. Ann Emerg Med. 2023;81(2):234-240. doi:10.1016/j.annemergmed.2022.07.002. PMID 36117013

Updated March 23, 2023

By |2023-03-23T23:41:34-07:00Mar 3, 2023|ENT|

ALiEM AIR Series | Orthopedics Lower Extremity Module

AIR Orthopedics Lower Extremity badge module

 

Welcome to the AIR Orthopedics Lower Extremity Module! After carefully reviewing all relevant posts in the past 12 months from the top 50 sites of the Social Media Index, the ALiEM AIR Team is proud to present the highest quality online content related to related to neurologic emergencies in the Emergency Department. 4 blog posts met our standard of online excellence and were approved for residency training by the AIR Series Board. More specifically, we identified 1 AIR and 3 Honorable Mentions. We recommend programs give 2 hours of III credit for this module.

AIR Stamp of Approval and Honorable Mentions

In an effort to truly emphasize the highest quality posts, we have 2 subsets of recommended resources. The AIR stamp of approval is awarded only to posts scoring above a strict scoring cut-off of ≥30 points (out of 35 total), based on our scoring instrument. The other subset is for “Honorable Mention” posts. These posts have been flagged by and agreed upon by AIR Board members as worthwhile, accurate, unbiased, and appropriately referenced despite an average score.

Take the AIR Orthopedics Lower Extremity Module at ALiEMU

Interested in taking the AIR quiz for fun or asynchronous (Individualized Interactive Instruction) credit? Please go to the above link. You will need to create a free, 1-time login account.

Highlighted Quality Posts: Orthopedic Lower Extremity Emergencies

Site Article Author Date Label
PedEM Morsels Lisfranc Injuries in Pediatric Patients Christyn Magill, MD 3/18/22 AIR
Rebel EM Compartment Syndrome Anand Swaminathan, MD 5/4/22 HM
EM Cases Emergency Orthopedics Differential: SCARED OF Mnemonic – When X-rays Lie Arun Sayal, MD and Yatin Chadha, MD 10/25/22 HM
PedEM Morsels Tibial Shaft Fractures in Children Sean Fox, MD 5/6/22 HM

(AIR = Approved Instructional Resource; HM = Honorable Mention)

 

If you have any questions or comments on the AIR series, or this AIR module, please contact us! More in-depth information regarding the Social Media Index.

Thank you to the Society of Academic Emergency Medicine (SAEM) and the Council of EM Residency Directors (CORD) for jointly sponsoring the AIR Series! We are thrilled to partner with both on shaping the future of medical education.

SAEM Clinical Images Series: A Rare Cause of Post-traumatic Neck Pain

neck pain

A 15-year-old male presents to the pediatric Emergency Department (ED) for evaluation of neck pain for three weeks. The patient is vague as to the development of his symptoms, but his mother reveals patient was assaulted by peers three weeks ago and has had progressively worsening neck pain and stiffness. The patient states symptoms have gotten to the point where he is unable to turn his head but denies fevers, chills, nausea, vomiting, focal weakness, or sensory changes.

Vitals: Temp: 99.4°F; HR 80; RR 18; SpO2 98% on room air

Constitutional: No distress, sitting rigidly in bed.

Neck: Cervical midline tenderness noted with rigid neck and severe tenderness with manipulation, no swelling, erythema, or masses noted.

HEENT: No pharyngeal injection, no visible masses in the oropharynx, no trismus.

CV: Regular rate and rhythm, no murmurs, rubs, or gallops. Good peripheral perfusion.

Abdomen: Soft, non-distended and non-tender.

Neuro: 5/5 motor function to the bilateral upper and lower extremities, normal sensory examination, cranial nerves intact. Negative Kernig’s sign.

White blood cell (WBC) count: 9.5

Platelets: 639

Glucose: 105

CRP: 128

ESR: 100

CSF: Color- Clear; Nucleated Cells- 1; Protein- 25; Glucose- 6

This patient was found to have septic arthritis of the atlantooccipital (AO) joint, noted on the CT shown above, with joint space narrowing and erosion (red arrow) of the right AO joint with associated soft tissue swelling and effusion. Seen on the MRI is further confirmation of the findings suggested on CT of septic arthritis, with additional noting of attenuation of the prevertebral space of C2/C3 suggestive of phlegmon, bilateral AO joint arthritis, and involvement of the atlantoaxial joint, all of which can be seen on the above sagittal cut of the MRI, with the most notable being the pre-vertebral phlegmon (red arrow).

Septic arthritis of the facet joints is a rarity, particularly in pediatrics and in the cervical spine; case reports largely describe a lumbar location in elderly adults with predisposing comorbidities (intravenous drug use, diabetes, immunosuppression) for spontaneous infection. There are no published case reports of traumatic, pediatric AO joint septic arthritis. This patient developed septic arthritis following trauma. As with peripheral septic arthritis, the most common cause is hematogenous spread, and even non-penetrating trauma can predispose a joint to infection as likely occurred in this case. Septic arthritis of the facet joints presents similarly to spondylodiscitis, generally with fever, neck or back pain, and elevated inflammatory markers such as CRP/ESR. If left untreated, it can be a dangerous and refractory cause of sepsis that leads to deadly complications such as concomitant epidural access formation. Oftentimes patients are initially misdiagnosed and re-present multiple times as the preferred image modality for diagnosis is MRI which is not always readily available or ordered. In general, treatment generally includes weeks-long courses of intravenous (IV) antibiotics, though this patient was discharged on oral antibiotics after significant symptomatic improvement on IV therapy after four days.

Take-Home Points

  • Septic arthritis of the cervical facet joints, namely the AO joint, is a rare cause of neck pain in patients with fever and elevated inflammatory markers, and can present after trauma. Generally, it is hematogenously spread and associated with comorbidities such as diabetes, intravenous drug use, and immunosuppression, it should be considered in patients with refractory symptoms or in which there is strong suspicion as it can have dangerous complications.
  • The preferred imaging modality for diagnosis is MRI, though CT can be useful in making the diagnosis radiographically. Treatment generally consists of weeks of IV antibiotics.

  • Sethi S, Vithayathil MK. Cervical facet joint septic arthritis: a real pain in the neck. BMJ Case Rep. 2017 Aug 3;2017:bcr2016218510. doi: 10.1136/bcr-2016-218510. PMID: 28775081; PMCID: PMC5612571.
  • Narváez J, Nolla JM, Narváez JA, Martinez-Carnicero L, De Lama E, Gómez-Vaquero C, Murillo O, Valverde J, Ariza J. Spontaneous pyogenic facet joint infection. Semin Arthritis Rheum. 2006 Apr;35(5):272-83. doi: 10.1016/j.semarthrit.2005.09.003. PMID: 16616150.

SAEM Clinical Images Series: Hey Doc, Can You Come Look at This Urine?

urine

A 4-year-old male with no significant past medical history presents as a transfer from an outside hospital for suspected inhalation burn secondary to a house fire. The patient was home with his father and sibling when the apartment caught fire from a suspected flame in the kitchen. The patient was evacuated from the building by fire rescue after an unknown period of time. He was intubated at the outside hospital due to concern for inhalation injury. It is unknown if the patient sustained any trauma prior to extraction.

Vitals: T 98.1°F; BP 120/64; P 126; RR 29; O2 Sat 100% on vent

General: Intubated and sedated.

HENT: Singed hair and soot noted to nares, soot in mouth and secretions.

Cardiovascular: Regular rate and rhythm.

Lungs: CTABL, no wheezing or stridor.

GU: Normal appearing genitalia, no blood at meatus or from rectum, dark red urine noted in foley bag.

Skin: 0% TBSA burns, no obvious signs of trauma.

CBC: WNL

ABG at outside hospital: pH 7.0, carboxyhemoglobin 10, methemoglobin 3, lactate 3.7

Repeat ABG after transfer: pH 7.22, carboxyhemoglobin 1.7, methemoglobin 3.7, lactate 2.1

Hydroxocobalamin should be given in any case of suspected cyanide toxicity. House fires are the most common cause of cyanide toxicity in industrialized nations. Cyanide toxicity can also occur due to occupational exposures, medications, foods, or intentional ingestion. Cyanide inhibits the electron transport chain thus blocking aerobic metabolism, leading to hypoxia. Patients can present with altered mental status, hemodynamic instability, and dysrhythmias. Labs will be significant for lactic acidosis. Hydroxocobalamin should be given as soon as cyanide toxicity is suspected. Hydroxocobalamin works by chelating cyanide and forming cyanocobalamin which is renally excreted. Hydroxocobalamin is relatively safe and non-toxic but can cause transient hypertension. It also can cause a reddish discoloration of the urine, skin, and mucous membranes that can last up to several days. This is not harmful to the patient but can cause interference in urinalysis results.

Take-Home Points

  • Hydroxocobalamin is the antidote for cyanide toxicity and should be given as soon as possible in suspected cases.
  • Hydroxocobalamin binds cyanide to form cyanocobalamin, which is excreted in the urine.
  • Hydroxocobalamin is relatively safe but can cause transient hypertension and a red urine discoloration that can interfere with urinalysis results.

  • Cescon DW, Juurlink DN. Discoloration of skin and urine after treatment with hydroxocobalamin for cyanide poisoning. CMAJ. 2009 Jan 20;180(2):251. doi: 10.1503/cmaj.080727. PMID: 19153403; PMCID: PMC2621289.
  • Wong SL, Pudek M, Li D. Wine-Colored Plasma and Urine from Hydroxocobalamin Treatment. J Gen Intern Med. 2017 Feb;32(2):225-226. doi: 10.1007/s11606-016-3782-3. Epub 2016 Jun 23. PMID: 27338592; PMCID: PMC5264665.
  • Desai, S. & Su, Mark K. (2021). Cyanide Poisoning. In: UpToDate, Post TW (Ed), UpToDate,Waltham, MA. (Accessed on January 04, 2022.)
  • Lexicomp. (n.d.). Hydroxocobalamin (vitamin B12a supplement and cyanide antidote): Druginformation. UpToDate. Retrieved January 8, 2022,from https://www.uptodate.com/contents/hydroxocobalamin-vitamin-b12a-supplement-and-cyanide-antidote-drug-information

By |2023-02-11T20:46:19-08:00Feb 13, 2023|SAEM Clinical Images, Tox & Medications|

Trick of the Trade: Antibiotic ointment for removal of artificial nail glue from eyelids

A bottle of nail glue and timolol eye drops (reproduced with permission from BMJ Publishing Group Ltd [1])

You are working a busy shift in your department’s fast track area and sign up for a patient with a complaint of “eye pain.” The patient is a fan of glue-on nails and mistook her nail glue bottle for her eyedrops. Now she is unable to open her eyelid for the exam and you struggle to open it yourself. You want to avoid cutting the adhered eyelashes and wonder if there’s a better solution.

Background rise of artificial, press-on nails

Artificial acrylic or “press-on” nails were first invented in the 1950s; however, they did not gain in popularity until the 1980s as nail art became a trend [2]. Shortly thereafter, they fell out of style until a resurgence occurred with the COVID pandemic forcing the closure of nail salons. Compared to pre-pandemic values, Google searches for “press on nails” increased 300% [3]. Application of most nails requires nail glue, which often contains a mixture of alcohol, cyanoacrylate (superglue), or photo-bonded methacrylate [4].

Nail glue complications

Use of nail glue at home can result in adverse exposures with the most common location being the eye [5]. Because nail glue is often packaged in small containers identical to eye drop bottles, patients can mistake the nail glue for ophthalmic drops — especially those with visual impairment [6]. This exposure was first described in the medical literature in 1982 and has been described many times since despite repeated calls for manufacturers to modify the bottles to be safer [1].

In the presence of water, cyanoacrylate rapidly polymerizes, leading to the bonding effect [5]. If the glue gets into a person’s eye, reflexive blinking pushes the glue to the eyelid margins resulting in the eyelashes or eyelid margins sticking together [5], also known as inadvertent tarsorrhaphy. Methods to open the eyelids include removal of glue with forceps, removal or cutting of the eyelashes, or soaking the eye for hours to days with a moist gauze [1, 6, 7].

Although the most successful solvent to dissolve dried glue is acetone, this can cause corneal and conjunctival injuries [8]. The effectiveness of other solvents has been debated in the literature with mixed reports of efficacy [9].

Trick of the Trade: Apply petroleum-based topical antibiotic ointment

Our personal experience managing several of these cases suggests that a petroleum-based topical antibiotic ointment, such as Bacitracin, can help loosen the glue bond. It is an inexpensive option with minimal harm to fix inadvertent eyelid adhesion from nail glue (or other superglue). It is worth trying before attempting more aggressive techniques.

eyelid nail glue adhesion inadvertent tarsorrhaphy ointment

Before and after application of topical antibiotic ointment to remove inadvertent nail glue causing eyelid adhesion

Materials Needed

  • Bacitracin ointment (1-2 tubes)
  • Cotton-tipped applicatiors (Q-tips)

Technique

  1. Apply the topical ointment liberally to the affected eye.
  2. Let rest undisturbed for 15-20 minutes.
  3. Gently pull the eyelids and eyelashes apart.
    • Be careful not to massage the area too vigorously onto the eye itself, as any residual local glue can result in corneal trauma.
    • You can use cotton-tipped applicators to help gently tease the lid margins apart.
  4. Copiously irrigate the eye.
  5. Perform an eye exam to assess for ocular injury.
  6. Consider obtaining an ophthalmology consult.

References

  1. Yusuf IH, Patel CK. A sticky sight: cyanoacrylate “superglue” injuries of the eye. BMJ Case Rep. 2010;2010:bcr11.2009.2435. doi:10.1136/bcr.11.2009.2435
  2. Quinn J. Not Your ’80s Press-Ons: Why the Press-On Manicure Trend Is a Must-Try. Sunday Edit. Published June 10, 2022. Accessed October 26, 2022.
  3. Google Trends on “press on nails”. Google Trends. Accessed October 26, 2022.
  4. Brambilla E, Crevani M, Petrolini VM, et al. Exposure to Nail and False Eyelash Glue: A Case Series Study. Int J Environ Res Public Health. 2020;17(12):E4283. doi:10.3390/ijerph17124283
  5. Forrester MB. Characteristics of ocular nail glue exposures reported to the National Electronic Injury Surveillance System during 2000-2019. Clin Toxicol Phila Pa. 2021;59(7):633-638. doi:10.1080/15563650.2020.1834115
  6. Samet A, Li DQ, Al-Qahtani A, Arthurs B, El-Hadad C. Nail glue injuries to the eye: assessment of two cases. Can J Ophthalmol. 2022;57(1):e11-e13. doi:10.1016/j.jcjo.2021.04.026
  7. Cohen J. Super Glued Shut. Brown Emergency Medicine. Published Apr 12, 2017. Accessed February 5, 2023.
  8. Reddy SC. Superglue injuries of the eye. Int J Ophthalmol. 2012;5(5):634-637. doi:10.3980/j.issn.2222-3959.2012.05.18
  9. Prouty H, Adams DS, Heard K. Evaluation of Treatments for Cyanoacrylate Eyelash Adhesion Using an In-Vitro Model. Cutan Ocul Toxicol. 2008;27(1):11-14. doi:10.1080/15569520701856732

By |2023-02-06T13:59:27-08:00Feb 8, 2023|Ophthalmology, Tricks of the Trade|
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