Growing pains in children

Growing pains in children

Episodes of generalized pain in the lower limbs, referred to as ‘growing pains’ or nocturnal idiopathic pain, are common in preschool and school-aged children.

The pain often wakes the child from sleep and settles with massage or comforting.

The condition is poorly understood. Features to be fulfilled for this diagnosis are often referred to as the ‘Rules of Growing Pains’, which are:

- Age: range 3–12 years

- Pains symmetrical in lower limbs and not limited to joints.

- Pain often follows a day with exercise or other physical activities.

- pains never present at the start of the day after waking up

- physical activities not limited; no limp

- Physical examination normal (including pGALS), with the exception of joint hypermobility in some, and otherwise well.

OMPHALOMESENTERIC (VITELLINE) REMNANT

 

OMPHALOMESENTERIC (VITELLINE) REMNANT

Partial or complete failure of involution of the omphalomesenteric duct can lead to a spectrum of anomalies in the newborn infant due to varying degrees and location of duct patency:

A.   An umbilical cyst containing intestinal tissue.

B.   Umbilical sinus with a band.

C.   A persistent omphalomesenteric duct at the umbilicus with no intestinal connection results in an umbilical polyp.

D.   Patent mid-duct with closure at both the umbilical and ileal ends of the omphalomesenteric duct results in an omphalomesenteric duct cyst. Because the two ends are fixed, this can lead to small bowel obstruction if loops of bowel twist around the cyst.

E.   Persistent tissue at the ileum, with no connection to the umbilicus results in Meckel's diverticulum.

F.   Complete patency results in the omphalomesenteric duct directly connecting the umbilicus to the terminal ileum. This can lead to intermittent drainage from the umbilicus " omphalomesenteric fistula". These infants will often appear to have a "stoma" in the umbilicus after cord separation.

G.  Persistent fibrous cord (band)  between the umbilicus and the ileum, which can lead to small bowel obstruction.

OMPHALITIS

OMPHALITIS

 Def : Infection of the umbilicus and/or surrounding tissues.
Incidence : approximately 1 in 1,000 infants in developed countries where aseptic delivery and hygienic dry cord care are practiced.

The risk factors associated with the development of omphalitis include:

• prolonged rupture of membranes
• maternal infection
• nonsterile delivery practices
• home delivery
• umbilical catheterization
• low birth weight
• improper cord care or cultural practices of cord care (such as application of cow dung, charcoal dust, or products such as cooking oil and baby powder to the cord stump, and lotus births)
• delayed cord separation
• immunologic conditions such as defects in leukocyte adhesion, neutrophil or natural killer lymphocyte function, and interferon production.

Clinical features:
Mild discharge from the umbilical stump in the absence of inflammatory signs may be a normal occurrence, even when accompanied by some odor.

Unhealthy, discolored, and craggy-appearing umbilical stump; purulent drainage; periumbilical erythema; and induration.

Umbilical stump bleeding may occur with omphalitis because the infection delays thrombosis of the umbilical vessels.

Systemic signs, including lethargy, fever, irritability, temperature instability and poor feeding are suggestive of more severe infection or complication. The most common complication of omphalitis is sepsis.

Other complications include septic umbilical arteritis, portal vein thrombosis, liver abscess, peritonitis, intestinal gangrene, small bowel evisceration, necrotizing fasciitis, and death (Mortality rate is estimated between 7 and 15 percent)
 

Omphalitis is a polymicrobial infection. Historically, the predominant pathogens included Staphylococcus aureus, Streptococcus pyogenes, and Gram-negative bacteria such as Escherichia coli, Klebsiella pneumoniae, and Proteus mirabilis. However, with the routine use of antistaphylococcal cord care regimens, Gram-negative infections of the umbilicus have increased . In addition, anaerobic bacteria such as Bacteroides fragilis, Clostridium perfringens, and Clostridium tetani can contribute to umbilical infections, especially in infants born to mothers with chorioamnionitis . In these infants, foul smelling umbilical drainage is a typical finding.

Meckel's diverticulum

 

Meckel's diverticulum

Meckel diverticulum is the most common congenital anomaly of the GI tract and is caused by the incomplete obliteration of the omphalomesenteric duct during the 7th wk of gestation.

Meckel diverticulum has been conveniently referred to by the “rule of 2s,”:

• Occurs in 2% of the population.
• Appears within 2 feet (50-75 cm) of the ileocecal valve.
• approximately 2 inches in length
• Approximately 2% to 4% of patients develop complications over the course of their lives.
• Typically presents before age 2 years.
• Two-thirds of patients with MD have 2 types of heterotopic mucosa (gastric and pancreatic), although colonic heterotopic mucosa has also been reported.
•  Is twice as likely to be symptomatic in boys than girls

Meckel diverticulum is typically lined by ileal mucosa.

Clinical presentations:

The majority are asymptomatic.

It is often found incidentally on imaging studies.

Hematochezia:

• Cause of bleeding is ectopic gastric mucosa (acid-secreting mucosa)
• Intermittent painless rectal bleeding (hematochezia) occurs suddenly and tends to be massive in younger patients.
• Bleeding occurs without prior warning and usually spontaneously subsides.
• The color of the stool is typically described as brick colored or currant jelly colored.
• Bleeding can cause significant anemia but is usually self-limited (resolves without intervention) because of contraction of the splanchnic vessels, as patients become hypovolemic.
• Bleeding from a Meckel diverticulum can also be less dramatic, with melanotic stools.

It should be suspected in children with recurrent or atypical intussusception, a patient with symptoms of appendicitis after their appendix has been removed, and patients with an unclear source of GI bleeding.

Periumbilical necrotizing fasciitis in the newborn

 Periumbilical necrotizing fasciitis in the newborn

Neonatal necrotizing fasciitis is a rare complication of omphalitis.

Necrotizing fasciitis starts initially as periumbilical cellulitis and rapidly spreads to the subcutaneous tissues, with the overlying skin appearing edematous with purplish blue discoloration.

Necrotizing fasciitis may also present with bullae, crepitus and peau d’orange appearance.

Necrotizing fasciitis should be recognized early and treated aggressively by debridement, broad-spectrum antibiotics, and supportive care.

In addition to debridement of the involved abdominal wall, it is important to resect the umbilical vein, both umbilical arteries, and any urachal remnant that is present, as these may be involved in the necrotizing infection (even if they look normal).

Reported mortality rates are as high as 60 to 85 percent.

References:

1. Cilley R. Disorders of the umbilicus. In: Pediatric Surgery, Grosfeld J, O'Neill J, Coran A, Fonkalsrud E (Eds), Mosby Inc., Philadelphia 2006.
2. Pomeranz A. Anomalies, abnormalities, and care of the umbilicus. Pediatr Clin North Am 2004; 51:819.

 

Pediatric Umbilical Hernia

 Pediatric Umbilical Hernia

Etiology

Umbilical hernia in children results from incomplete closure of the fascia of the umbilical ring, through which intraabdominal contents may protrude.

 After separation of the umbilical cord, usually, the ring undergoes spontaneous closure through the growth of the rectus muscles and fusion of the fascial layers.

A failure or delay in this process leads to the formation of an umbilical hernia.

 The exact etiology is unknown, but usually, occurs through the umbilical vein component of the ring.

- Assessment of severity of croup using Westley Clinical Scoring System.

 Assessment of severity of croup using Westley Clinical Scoring System

A variety of scoring systems have been developed to evaluate the severity of croup.The most commonly used scoring system has been that of Westley et al.(1).

Assessment of severity of croup using Westley (2) Clinical Scoring System in emergency department, as shown in following table is very useful to plan for staying at observation unit, hospital admission, ICU admission

• Mild croup—Score 0–2; 
•  Moderate croup—Score 3–5;
•  Severe croup—Score 6–11;
•  Impending respiratory failure—Score 12–17. 

 Ibrahim Samaha

References:

1. Cherry, James D. "Croup." New England Journal of Medicine 358.4 (2008): 384-391.
2. Westley CR, Cotton EK, Brooks JG. Nebulized racemic epicontents of this manuscript. nephrine by IPPB for the treatment of croup: a double-blind study. Am J Dis Child 1978 May; 132 (5): 484-7