A Day in the Life: Short Bowel Syndrome and Infections
- Sandra Lynn Chamberlain

- Apr 9
- 8 min read
Updated: May 13
Exploring line infections, a prevalent complication of short bowel syndrome, and a glimpse into a typical day for a caregiver mom.

When it comes to a child diagnosed with short bowel syndrome, the management of their nutritional needs often necessitates the use of a Broviac line, which is a type of central venous catheter. This line allows for the administration of Total Parenteral Nutrition (TPN) and lipids, essential components for sustaining the child's growth and development when their gastrointestinal tract is unable to absorb nutrients effectively. However, the reliance on such a device brings with it a host of potential complications, with line infections being a particularly significant concern.
Line infections can be a daunting challenge for caregivers and healthcare providers alike, as they can occur unexpectedly, even with stringent adherence to sterile techniques. These infections are not merely inconveniences; they pose a serious risk to the health and well-being of the child, potentially leading to severe complications such as sepsis, which is a life-threatening response to infection that can result in organ failure. The stakes are high, and thus, our primary goal is to implement robust strategies that not only aim to prevent these infections but also minimize their occurrence to the greatest extent possible.

The mechanisms behind these infections are typically linked to two main factors: accidental contamination during the handling of the Broviac line and bacterial migration along the catheter path. Accidental contamination can occur during routine maintenance procedures, such as changing dressings or accessing the line for medication or nutrition administration. Even with the best practices in place, the risk of introducing pathogens into the bloodstream remains a concern, especially in a pediatric population whose immune systems may be compromised.
Bacterial migration, on the other hand, refers to the movement of bacteria from the skin surface or other external sources into the bloodstream through the catheter. This can happen when the integrity of the line is compromised or if there are breaches in the sterile technique during line care. Understanding these pathways of infection is crucial for developing effective prevention strategies.

To mitigate the risk of line infections, it is imperative to use proper techniques for handling the Broviac line. This involves comprehensive hand hygiene practices, the use of suitable personal protective equipment like gloves and face masks, and following aseptic techniques, which in our situation include the use of chlorhexidine and alcohol during all interactions with the line. Regular monitoring and assessment of the site where the catheter enters the body are also essential, as any signs of redness, swelling, or discharge may indicate an impending infection that requires immediate intervention.
Additionally, utilizing a multidisciplinary approach involving my son's GI specialist, home-health nurses, pediatrician, and, when necessary, wound care specialists and surgeons, improves the quality of care offered. Regular follow-ups and assessments can help identify potential issues early, allowing for timely adjustments to the care plan. Additionally, I administer ethanol locks in his line twice per week and he takes an antimicrobial medication called metronidazole for seven days each month via his G-tube as a preventive antibiotic to further reduce the risk of infection.

Infection Risk Protocol
I monitor my son's condition and overall demeanor regularly, checking for any signs of a fever or odd changes in behavior throughout each day. This vigilance is crucial, as even the slightest change can indicate a potential health issue that requires immediate attention. I remain attentive to his energy levels, appetite, and mood, as well as any unusual symptoms that might arise. If there are any concerns, I take his temperature to ensure that he is within a safe range. We have established a threshold of 100.3 degrees Fahrenheit; if his temperature reaches or exceeds this mark, we are prepared to act swiftly.
To facilitate our quick response, we keep a hospital bag ready to go at all times. This bag is meticulously packed with essential items such as his medical records, comfort items like his favorite blanket and toys, and toiletries. The preparedness allows us to minimize stress during what can be a very tense situation. As soon as we detect a fever of 100.3 or higher, we immediately take him to the hospital for a full evaluation. Upon arrival, he undergoes a series of assessments, including blood work and continuous monitoring to ascertain the underlying cause of the fever.

Anytime he has a fever, he is typically admitted to the hospital. During this time, blood cultures are taken to monitor for any bacterial growth, which is critical in determining the appropriate course of treatment. The hospital staff closely observes him, and if an infection is confirmed, we usually find ourselves staying in the hospital for an extended period, often up to two weeks. During this hospitalization, he receives IV antibiotic treatment tailored to combat the specific infection identified in his blood cultures. The medical team is diligent in adjusting his treatment as needed based on his response to the antibiotics.
Once we receive the green light to return home, the journey does not end there. He continues an in-home IV antibiotic treatment plan, which I administer via his Broviac line. This line is a vital part of his care, allowing for direct access to his bloodstream and ensuring that he receives the necessary medications effectively. The in-home treatment typically lasts for an additional ten to fourteen days, during which I monitor him closely for any side effects or signs of complications from the antibiotics. This ongoing vigilance is essential as we work to ensure his health and prevent any further infections while providing him with the comfort and support he needs during his recovery.
General Daily Schedule During IV Antibiotics Treatment
TIME | ACTIVITY |
12:30 AM |
|
1:00 AM |
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2:00 AM |
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2:30 AM - 5:00 AM |
|
5:00 AM |
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6:00 AM |
|
6:20 AM |
|
6:30 AM |
|
7:00 AM |
|
7:30 AM |
|
8:00 AM |
|
9:00 AM |
|
9:30 AM |
|
10:00 AM - 12:00 PM |
|
12:20 PM |
|
1:00 PM |
|
1:30 PM - 2:30 PM |
|
2:30 PM - 4:30 PM |
|
4:30 PM |
|
5:00 PM |
|
5:30 PM - 6:20 PM |
|
6:20 PM |
|
6:30 PM |
|
7:00 PM |
|
7:30 PM |
|
8:00 PM |
|
8:30 PM |
|
9:00 PM |
|
9:30 PM |
|
10:00 PM |
|
11:00 PM - 12:20 AM |
|


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