Orbital and Pulmonary Actinomycosis: The First Case Report and Literature Review.
Actinomyces species are anaerobic Gram-positive filamentous bacteria and ubiquitous in soil and microbiota of both animals and humans. The infection caused by Actinomyces species, actinomycosis, is usually indolent and slowly progressive . There are wide clinical manifestations of actinomycosis depending on the infection site including orocervicofacial, thoracic, abdominal, and pelvic diseases . To date, there have been handful cases of orbital actinomycosis. The source of infection is usually following the head injury or from the infection of adjacent paraorbital organs including paranasal sinus, nose, cavernous sinus, and brain. We report herein a case of a 58-year-old man who presented with chronic progressive course of total ophthalmoparesis in association with productive cough, leading to the diagnosis after extensive investigation.
2. Case Report
A 58-year-old Thai previously healthy male farmer, living in Roi Et Province (Northeast Thailand), was referred to our hospital, King Chulalongkorn Memorial Hospital, due to problems with total ophthalmoparesis and productive cough for 2 months. Two months prior to admission (PTA), he developed productive cough and low-grade fever with no response to many courses of antibiotic treatment. One month PTA, he noted binocular horizontal diplopia of the right eye, before progression to visual loss and ptosis despite antibiotic and steroid treatment. His past medical history was unremarkable except heavy alcoholic drinking.
The right eye examination revealed eyelid swelling, proptosis, marked chemosis, and complete ptosis; light perception of visual acuity; absent afferent pupillary reflex; and optic disk swelling and retinal hemorrhage. Neurological examination revealed right eye total ophthalmoparesis and decreased pinprick sensation of right cranial VI nerve area. Multiple dental caries were noted. Pulmonary examination revealed fine crackles at both the lungs. Other examination was unremarkable.
Complete blood count showed hemoglobin of 9.3g/dL, white blood cells of 25,540 cells/[mm.sup.3] (85.1% neutrophil, 9.8% lymphocyte, and 4.8% monocyte), and platelets of 697,000 cells/[mm.sup.3]. Blood chemistry was normal. Anti-HIV test was negative. Chest X-ray revealed bilateral diffuse reticulonodular and alveolar infiltrations. Orbital computed tomography revealed a 1.5 x 2.9 x 1.5 cm rim-enhancing hypodense lesion at the right orbital apex abutting to the optic nerve sheath complex and right medial rectus muscle (Figure 1).
A diagnosis of orbital and pulmonary infections was made, and emergent anterior orbitotomy was performed and revealed purulent discharge from the orbit. The pus and sputum Gram stain exhibited many Gram-positive filamentous bacilli, but non-acid-fast, on both standard and modified acid-fast bacilli stains. Hence, Actinomyces species was suspected, and Nocardia species could be excluded due to negative results on modified AFB stain. The pus cultures finally grew Actinomyces israelii (Figures 2(a) and 2(b)). Further bacterial identification by base sequencing of 16S ribosomal DNA was A. israelii with 99% identity (NCBI BLAST Search).
He was given penicillin G sodium of 24 million units per day for 6 weeks and amoxicillin of 2 g per day for another 12 months. After 10 days of treatment, there was a much improvement of lung infiltrates on his chest X-ray. The patient was doing well when last seen 1 year after discharge with mild residual impaired ophthalmoparesis and ptosis but still moderate visual impairment.
To our knowledge, our case is the first report of both orbital and pulmonary actinomycosis. All previously reported cases were only orbital actinomycosis.
A portal of entry to the orbit in our case is probably from the hematogenous spread from the lungs, even though only unilateral orbit is involved. Due to sequence of respiratory and eye symptoms, the imaging reveals that there is no infection of paraorbital organs and presumed aspiration pneumonia from heavy alcohol drinking. In contrast, orbital actinomycosis in all previously reported cases was caused by infection in paraorbital organs or following the injury.
A literature review of all 10 cases (including our case) of orbital actinomycosis is shown in Table 1. The median age is 45 (IQR 37, 56) years with the male:female ratio of 2:1. Europe and Asia are the most common continents (4, 40% each), followed by North America and South America (1, 10% each). Teeth extraction history and chronic steroid use are the most common predisposing factors (4, 40% each), followed by sinusitis (2, 20%) and trauma (1, 10%). The median duration of illness is 21 (IQR 11, 51) days. Ophthalmoparesis and ptosis are the most common presentations (7, 70% each), followed by proptosis (4, 40%) and visual loss (3, 30%). Six (60%) patients are afebrile. On imaging, there are 5 and 3 extraconal and intraconal lesions (1 infraorbital nerve and 1 unknown data). Of 5 extraconal lesions, there are 3 and 2 intradural and extradural lesions. Of 3 intraconal lesions, there are 2 and 1 central and lateral lesions. Of 10 patients (no data in 1 patient), 8 (80%) undergo surgical intervention. Penicillin is the most common prescribed antibiotic (6, 60%), followed by tetracycline and gentamicin (1, 10% each). There is 12% mortality rate. Full recovery and partial recovery are observed in 2 (20%) and 6 (60%) patients (no data in 2 patients).
To our knowledge, our case is the first report of both orbital and pulmonary actinomycosis, likely from hematogenous spread from the lungs.
Conflicts of Interest
The authors declare that there are no conflicts of interest regarding the publication of this paper.
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Paruspak Payoong (iD), Natcha Saetiew, Opass Putcharoen, and Chusana Suankratay (iD)
Division of Infectious Diseases, Department of Medicine, Faculty of Medicine, Chulalongkorn University, Bangkok, Thailand
Correspondence should be addressed to Chusana Suankratay; email@example.com
Received 15 May 2018; Accepted 9 July 2018; Published 26 July 2018
Academic Editor: Paul Horrocks
Caption: Figure 1: Computed tomography showing rim-enhancing hypodense lesion at the right orbital apex abutting to the optic nerve sheath complex and right medial rectus muscle.
Caption: Figure 2: (a) The pus Gram stain exhibiting Gram-positive filamentous bacilli. (b) Molar tooth-like colonies of Actinomyces israelii.
Table 1: A summary of all case reports of orbital actinomycosis. Age/ Published Number References sex Country year 1  42/F England 1992 2  45/M India 2001 3  53/F Italy 2006 4  32/F England 1896 5  54/M The United 1932 States 6  20/M India 2010 7  NA India 2004 8  43/M Italy 2004 9  71/M Spain 1990 10 Our case 58/M Thai 2017 Underlying Presentations, Number disease duration (week) 1 Right macular Total scar ophthalmoparesis, 3 2 No Proptosis and ptosis, 2 3 Tolosa-Hunt Total syndrome on ophthalmoparesis, 1 methylprednisolone and carcinomas of the kidney and breast 4 No Total ophthalmoparesis progress to alteration of consciousness, 6 5 No Progressive right temporal and jaw pain, 12 6 History of deep Right eyelid and scalp laceration eyebrow swelling for 1 year and pain, 2 7 NA Orbital abscess 8 No Total ophthalmoparesis, 1 9 No Progressive swelling in the subcutaneous tissue overlying the right maxilla, 4 10 No Total ophthalmoparesis and productive cough, 8 Infection Treatment Number site Surgery Medication 1 IC (C) Yes Metronidazole and high-dose intramuscular penicillin V with probenecid 2 EC (ID) Yes Crystalline penicillin for 14 days followed by oral tetracycline for 4 weeks 3 IC (L) Yes Benzylpenicillin potassium and benzylpenicillin sodium intravenous for 42 days then amoxicillin oral 4 EC (ID) Yes Iodide of potassium 5 EC (ED) Yes NA 6 EC (ED) Yes IV penicillin G for 2 weeks then oral amoxicillin for 6 months 7 Orbital abscess NA NA 8 EC (ID) No IV penicillin G then oral amoxicillin 9 Infraorbital Yes NA nerve mass 10 IC (C) Yes Penicillin IV for 6 weeks followed by amoxicillin oral 12 months Number Outcome 1 Improvement after 3 months of follow-up 2 Improvement after 1 month of follow-up 3 Improvement after 1 month of follow-up 4 Death 5 Death after 4 months of symptom 6 Full recovery at 4 months of follow-up 7 NA 8 Full recovery at 3 months of follow-up 9 Improvement 10 Improvement on 12 months of follow-up M: male, F: female, EC: extraconal, IC: intraconal, ED: extradural, ID: intradural, C: central, L: lateral, and IV: intravenous.
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|Title Annotation:||Case Report|
|Author:||Payoong, Paruspak; Saetiew, Natcha; Putcharoen, Opass; Suankratay, Chusana|
|Publication:||Case Reports in Infectious Diseases|
|Date:||Jan 1, 2018|
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