Case Report | Open Access
Umesh Jayarajah, Oshan Basnayake, Kavinda Nagodavithane, Jayan Jayasinghe, Dharmabandhu N. Samarasekera, "Atypical Presentation of Severe Dengue in a Patient following a Major Abdominal Surgery", Case Reports in Infectious Diseases, vol. 2020, Article ID 2916107, 4 pages, 2020. https://doi.org/10.1155/2020/2916107
Atypical Presentation of Severe Dengue in a Patient following a Major Abdominal Surgery
Severe dengue infections in a postoperative patient may lead to significant derangement in the body’s homeostasis resulting in morbidity and sometimes even mortality. Reports on presentation and clinical manifestations of dengue in patients following major surgical procedures are scarce and restricted to few case reports. We describe a 26-year-old male with atypical presentation and late detection of dengue haemorrhagic fever following a major abdominal surgery. On postoperative day 6, he developed spontaneous bleeding from the drain site and moderate-to-massive bilateral pleural effusion with respiratory distress. His dengue IgM and IgG were positive. Therefore, a diagnosis of dengue haemorrhagic fever with bilateral lower zone pneumonia was made. A right-sided intercostal tube was inserted. Intensive care was given and was managed with intravenous antibiotics, targeted fluid therapy, and supportive care. He recovered from the infection and was discharged uneventfully. This case is unique because during the postoperative period, he went into critical phase with significant fluid leakage and developed bleeding manifestations without a clear febrile phase and deterioration in the haemodynamic parameters. High degree of suspicion and early detection are necessary to guide the fluid therapy and provide organ support in such patients.
Dengue fever is a widespread arbovirus infection globally . It is endemic in many developing countries including Sri Lanka and poses a considerable burden on healthcare systems [2, 3]. It has a spectrum of clinical manifestations ranging from subclinical infections to severe dengue with fluid leakage, haemorrhagic manifestations, and organ dysfunction . Recent studies point to an increase in unusual presentations and severe disease [2, 4–7]. Severe dengue infection in a postoperative patient may lead to significant derangement in the body’s homeostasis resulting in morbidity [8, 9]. Reports on presentation and clinical manifestations of dengue in patients following major surgical procedures are scarce and restricted to few case reports .
This case describes a unique occurrence of developing critical phase with significant fluid leakage without a clear febrile phase and unusual bleeding from the wound site following major abdominal surgery.
2. Case Presentation
A 26-year-old male with a history of subtotal colectomy and ileostomy for an inflammatory pelvic mass was referred to our unit for further assessment. He had no other medical comorbidities and had good exercise tolerance. Assessment with contrast enhanced computed tomography and magnetic resonance imaging showed resolution of the inflammatory mass, and a decision was made to restore the bowel continuity. Six months following the initial surgery, he underwent excision of the rectal stump (as it was found to be fibrotic) followed by an ileal pouch-anal anastomosis.
On the second postoperative day, he developed respiratory distress, tachycardia, and fever. Inflammatory markers were elevated with a white blood cell count (WBC) of 22 × 109/l. Arterial blood gas showed a type 1 respiratory failure. A computed tomography (CT) pulmonary angiogram was performed suspecting a pulmonary embolism which was negative. However, there was bilateral basal consolidation. He improved with supportive care with resolution of fever within 24 hours.
Thereafter, his recovery was uneventful till day 5 with a functioning ileostomy and the abdominal drain was removed on day 4. On day 6, he had continuous bleeding from the drain site. On day 7, he again developed respiratory distress with a drop in saturation to 88% on air. There was drain-site oozing. He had no fever, and the haemodynamic parameters including urine output were normal. His full blood count revealed severe thrombocytopenia and haemoconcentration (WBC: 4.4, haemoglobin: 24.2 g/dl, haematocrit: 67.8, and platelet: 9), and C-reactive protein was 290 mg/dl (Figures 1 and 2). His liver enzymes were mildly elevated and renal functions were normal. His abdomen was nontender, and ileostomy was functioning normally. Ultrasound scan showed bilateral moderate-to-massive pleural effusion and moderate ascites. A right intercostal tube was inserted, and he was transferred to the ICU for intensive monitoring. The dengue IgM and IgG were positive. He was managed for dengue haemorrhagic fever and bilateral lower zone pneumonia with intravenous antibiotics, targeted fluid therapy, supportive care, and monitoring. Platelet transfusion was given as he had persistent drain-site oozing. He improved with supportive care. The drain site oozing seized after 48 hours, and the intercostal tube was removed on day 11. Thereafter, his recovery was uneventful and was discharged (Figure 3). Informed written consent was obtained from the patient prior to collection of data for publication.
The evidence on presentation and clinical manifestations of dengue in postsurgical patients is restricted to case reports and case series and mostly includes transplant recipients . In postoperative patients, bleeding from the surgical site and fever with abdominal symptoms are common presentations of dengue [10, 11]. However, these symptoms are nonspecific and, therefore, needs a high degree of suspicion for the diagnosis.
The reported patient developed respiratory distress and fever on day 2 after surgery which resolved within 24 hours. He did not have myalgia, arthralgia, or headache. The critical phase usually occurs towards the late febrile phase, often after the 3rd day of fever . The reported patient had a brief period of fever on day 2 after surgery which resolved within 24 hours with improvement of clinical parameters.
He developed bleeding from the drain site on day 6 after surgery which may have been contributed by the use of nonsteroidal anti-inflammatory drugs given for pain relief. The critical phase was detected late once the patient developed respiratory distress due to bilateral pleural effusion. By then, there was severe thrombocytopenia and haemoconcentration. Full blood count was not observed after day 2 after surgery as the patient was clinically improving. The development of fluid leakage without a clear febrile phase was atypical leading to late detection.
The incubation period for dengue is generally 3–7 days (up to 12 days) . As the patient was admitted 4 days prior to surgery, hospital acquired dengue is also a possibility. He did not have a blood transfusion before surgery excluding the possibility of transfusion-transmitted infection. This requires prompt investigation and implementation of preventive strategies in the hospital setting.
Following a major surgery, there is systemic inflammatory response due to the surgical stress and tissue trauma, challenging the homeostatic mechanisms in the body . Additional insult due to a severe dengue infection may lead to further fluid shift and imbalance, microvascular instability, and compromise of homeostasis which may end up in morbidity or even mortality . Therefore, preventive measures should be strictly implemented in the hospital setting in dengue-endemic areas to minimise postoperative morbidity.
We described a young male with atypical manifestation and late detection of dengue haemorrhagic fever following a major abdominal surgery. In dengue-endemic regions, unusual bleeding from a wound few days after surgery should raise a suspicion of dengue. Early detection is necessary to guide the fluid therapy and provide organ support during the critical period of illness. Preventive measures should be strictly adhered to minimise morbidity in postoperative patients.
Consent for publication has been obtained from the patient prior to collecting data.
This paper has been presented as a poster presentation at the scientific conference (Asia Pacific Digestive Week-2019) and published as an abstract .
Conflicts of Interest
The authors declare that they have no conflicts of interest.
UJ, OB, KN, and JJ contributed to collection of information and writing of the manuscript. DNS contributed to writing and final approval of the manuscript.
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