12 results
Clinical features of shock from dehydration in an infant

Decreased level of consciousness 
Sunken fontanelle 
Dry mucous
dehydration in an infant ... Decreased level ... #PhysicalExam #Signs ... Symptoms #Shock #Infant ... #Dehydration #Peds
Pediatric SVT - Management Algorithm
Identify SVT:
 • HR not variable
 • Abrupt rate changes
 • Infants:
SVT - Management Algorithm ... rate changes • Infants ... Signs of shock or ... tachycardia #Management #Algorithm ... #peds #Pediatric
Kernig's Sign in Meningitis

Kernig's sign is present if the patient, in the supine position with the
Kernig's Sign in ... more than 135°, has ... this video, the infant ... cries as the knee ... PhysicalExam #Pediatrics #Peds
Hypochloremia - Differential Diagnosis Algorithm

Cause - Decreased Intake:
 • Low salt in diet
 • Exclusive D5W
Differential Diagnosis Algorithm ... Cause - Decreased ... - Gitelman SIGNS ... acidosis - Cl⁻ decrease ... Differential #Diagnosis #Algorithm
Causes of Hypotonic Infant (Floppy Newborn) - Differential Diagnosis Algorithm
Central Nervous System - Decreased LOC, Axial
Causes of Hypotonic Infant ... Differential Diagnosis Algorithm ... Nervous System - Decreased ... #Hypotonic #Infant ... #Causes #Peds #
Hemoglobin A1c (glycated hemoglobin) reflects the average blood glucose concentration over the course of the RBC
shown by levels of HbA1c ... correlated with 35-76% decrease ... illnesses and intact ... the lifespan of RBCs ... the lifespan of RBCs
Evaluation of suspected incomplete Kawasaki Disease

1. AHA consensus recommendations
2. Infants ≤6 months old on day ≥7
Infants ≤6 months ... purposes of this algorithm ... lack of tapering, decreased ... clinical and lab signs ... #Diagnosis #Peds
Preoperative Risk Evaluation

Major Pre-Op Questions:
1. Does the patient have any modifiable risk factors that could be
dependent DM ACS ... event, follow ACC algorithm ... Cataract Plan for Meds ... are needed: • HgbA1c ... or death (CARP, DECREASE
Abnormalities in Rate and Rhythm of Breathing 
Normal 
The respiratory rate is about 14—20 per min
44 per min in infants ... deep breathing has ... punctuated by frequent sighs ... Occasional sighs ... narrowed airways increase
Continuous Positive Airway Pressure in the Neonate

WHY CPAP? 
• Maintain airway patency 
• Helps avoid alveoli
compliance • Decreases ... auscultate for signs ... in doubt do a gas ... Neonate #Management #ABCs ... #ABCDE #Peds #Pediatrics