Unique patient signs: A case study

Paying attention to common eponyms discovered during a patient assessment and their associated pathology can identify a patient’s most critical needs


This article originally posted at Limmer Education and is reprinted with permission.

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By Christopher Ebright

At 1200 hours, EMS responds to an extended care facility for a seizure. Upon arrival, the crew observes an 89-year-old male lying in bed supine, not responding to their presence. His eyes remain closed, and he has noticeable bilateral hand tremors and upper extremity decorticate posturing.

The patient’s airway is clear, with noticeable dry lips and mucosa. Breathing is slightly labored and tachypneic; pulse oximetry on room air is 95%. His skin is very warm to the touch, dry and flushed. Radial pulse is slow. Blood glucose is 200 mg/dL, tympanic temperature is 100°F, nasal COis 32 mmHg and ECG reveals sinus bradycardia without ectopy. Blood pressure is 98/60.

By paying attention to even the subtlest sign, the crew’s awareness is heightened, and priorities of care can be established to give a patient the best chance for survival. (AP Photo/Nati Harnik)
By paying attention to even the subtlest sign, the crew’s awareness is heightened, and priorities of care can be established to give a patient the best chance for survival. (AP Photo/Nati Harnik)

A staff member states the patient has become progressively less responsive the past 24 hours, and was found near the bed by another staff member early yesterday morning. At that time, the patient stated he was walking back to bed after vomiting in his bathroom. He became lightheaded and fell onto the floor, hitting his head and vomiting once again. Too weak to get up, the patient was assisted back to bed by the staff member.

The EMS crew quickly conducts a detailed physical assessment. The head exam reveals ecchymosis behind the left ear as well as bilateral nystagmus. The neck is unremarkable for JVD or tracheal deviation. Chest rise is equal. Slight bilateral rhonchi are auscultated over the bronchovesicular area. Abdomen is soft and non-distended. Pelvis is unremarkable. Lower extremities reveal bilateral 1+ pitting edema and decorticate movement when stimulated. Upper extremities remain as stated. No remarkable findings on the posterior neck, trunk, buttocks or legs.

Even experienced clinicians can be stumped when patients present with multiple pathologies:

Sometimes the answers are crystal clear, but often they are not. Clarification can be ascertained by imagining the assessment as a process to eliminate what is not wrong. Done thoroughly, it whittles numerous possible pathologies down to one, two or maybe three. Now, which of these remainders is the most critical (i.e., going to kill a patient the quickest)? Once that question is answered, strategies can be adapted to render the best treatment.

Getting to that conclusion requires that an assessment be as complete as possible. This includes taking into consideration all presenting signs and symptoms. A symptom is defined as a subjective indication of a disease or a change in condition as perceived by the patient [1]. A sign is defined as an objective finding, usually detected on physical examination, from a laboratory test or on an x-ray, that indicates the presence of abnormality or disease [2]. Recognizing these help a clinician differentially diagnose, guide patient management and make appropriate transport decisions.

Interestingly, there is a subset of signs known as eponyms. A medical eponym is any word related to medicine whose name is derived from a person, typically a physician. The following are some common eponyms discovered during a patient assessment and their associated pathology.

  1. Kehr sign. Severe pain referred to the left shoulder; secondary to splenic rupture and bleeding.
  2. Cullen’s sign. Ecchymosis around the umbilicus that develops within 24-48 hr.; caused by acute pancreatitis, bleeding from blunt abdominal trauma, aortic rupture or ruptured ectopic pregnancy.
  3. Grey Turner sign. Ecchymosis on the lateral abdominal walls between the twelfth rib and top of the hip; caused by retroperitoneal bleeding from pancreatic hemorrhage, blunt abdominal trauma, aortic rupture or ruptured ectopic pregnancy.
  4. Murphy’s sign. The patient is asked to inhale as the clinician’s fingers are hooked under the liver border at the bottom of the rib cage. Inspiration causes the gallbladder to descend into the fingers, producing pain; indicative of gallbladder inflammation.
  5. Battle’s sign. Ecchymosis behind the ear and around the mastoid process that develops within 24-48 hr.; indicative of basilar skull fracture/traumatic brain injury.
  6. Coopernail sign. Ecchymosis of the perineum, scrotum or labia; indicative of a pelvic fracture.
  7. Kussmaul sign. Paradoxical rise in jugular venous pressure and resultant distention of the jugular veins during inspiration; caused by chronic obstructive airway disease, right ventricular failure, early cardiac tamponade or constrictive pericarditis.
  8. Cardarelli’s sign. A lateral pulsation of the trachea; associated with aneurysm or dilation of the aortic arch.
  9. Aaron’s sign. Referred pain or feeling of distress in the epigastric or precordial region when continuous firm pressure is applied over the right lower abdominal quadrant, specifically the McBurney’s point; caused by acute appendicitis.
  10. Levine’s sign. A patient holds a clenched fist over the sternum as they describe their anginal chest pain; observed with a patient experiencing acute coronary syndrome and a possible myocardial infarction.
  11. Russell sign. Scraped, raw abrasions and scars on the back of the hands, particularly the knuckles; associated with manual attempts at self-induced vomiting by a patient who suffers from bulimia.

Let’s go back to the case. The EMS crew faces many likely pathologies after the assessment; CNS injury, sepsis, diabetes, aspiration, dehydration, shock, heart failure, alkalosis, seizure. But, which is really the major underlying problem? Look closer at the physical exam, notably, the ecchymosis behind the left ear.

Remember in this situation, ask: what is likely to kill this patient the quickest? Battle’s sign indicates basilar skull fracture and associated brain injury. Combined with history (fall and head injury), vital signs (bradycardia) and other diagnostics (vomiting, posturing), it becomes clearer why the patient currently appears the way he does. Even though this patient doesn’t have all the signs of Cushing’s Triad, he may still have a significant head injury.

Prognosis, in this case, may still be grim, but by paying attention to even the subtlest sign, the crew’s awareness is heightened, and priorities of care can be established to give this patient the best chance for survival.

References

  1. Mosby’s Medical Dictionary, 8th edition. (2009). Retrieved January 8 2019 from https://medical-dictionary.thefreedictionary.com/symptom
  2. The American Heritage® Medical Dictionary. (2007). Retrieved January 8 2019 from https://medical-dictionary.thefreedictionary.com/sign

About the author

Chris Ebright is an education coordinator with the National EMS Academy, managing all aspects of initial paramedic education for Acadian Companies, Inc. in the Covington, Louisiana area. He has been a Nationally Registered paramedic for 24 years, providing primary EMS response along with land and air critical care transportation.

Chris has educated hundreds of first responders, EMTs, paramedics and nurses for 23 years with his trademark whiteboard artistry sessions. Among his former graduates is the first native paramedic from the Cayman Islands. Chris’ passion for education is currently featured as a monthly article contributor, published on the Limmer Education website. He has been a featured presenter at numerous local, state and national EMS conferences over the past 12 years, and enjoys traveling annually throughout the United States meeting EMS professionals from all walks of life.

Chris is a self-proclaimed sports, movie and rollercoaster junkie and holds a Bachelor of Education degree from the University of Toledo (Ohio). He can be contacted via email at c.ebrightnremtp@gmail.com or through his website www.christopherebright.com.

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