Tolosa-Hunt syndrome: MR imaging features in 15 patients with 20 episodes of painful ophthalmoplegia

Clinical and diagnostic profile of Tolosa-Hunt syndrome; a 7-year retrospective observational study

BACKGROUND

Tolosa Hunt Syndrome (THS) was first delineated in 1954 and is caused by a granulomatous inflammation in the cavernous sinus, superior orbital fissure or orbit. In this study the different clinical and diagnostic findings of THS are discussed.

METHODS

Case records of patients diagnosed with THS using the International Classification of Headache Disorders 3rd edition criteria from January 2016-July 2022 were considered for the current study. Demographic, Clinical, Laboratory and Radiological data of all patients fulfilling the inclusion and exclusion criteria was collected from the patient case records through the Medical Records Department of BMCRI Super Specialty Hospital.

RESULTS

A total of 60 patients were included in the study with mean age with SD, 50.9 years (13.9) and were predominantly male (66.6%). Restriction of eye movements was the most common symptom affecting 31 (51.7%) patients. Oculomotor nerve (IIIrd Cranial Nerve) palsy was the most common nerve palsy, affecting 36 (60%) patients. Contrast enhancing lesions or T2/FLAIR Hyper-intense areas were seen in the Magnetic Resonance Imaging (MRI) of 59 (98.3%) patients. Cavernous sinus involvement, was the most common site of involvement, in 25 (41.6%) of the patients. All patients were treated with intravenous methyl prednisolone injections and responded well.

CONCLUSION

Restriction of eye movements was the most common symptom, along with cavernous sinus being the most common site of involvement in THS. MRI scans are important diagnostic tools for THS.

Evaluation of Patients with Painful Ophthalmoplegia for Benign and Secondary Etiologies

This study aims to establish the final definite etiology among patients with long-term follow-up for painful ophthalmoplegia. The data of 44 cases (16 females, 28 females) were examined. In the first diagnosis, subjects were scanned in terms of benign and secondary etiologies. Clinical and radiological follow-up results of patients were recorded. During the follow-up period, data on clinical outcomes (relapse or progression), treatment responses, and final diagnoses were evaluated In total, 49 episodes of painful ophthalmoplegia (44 patients) were evaluated. Secondary etiologies were identified in 21 patients benign/secondary tumours causes in 10, inflammatory in 1, infectious in 3, vascular in 3, demyelinating disease in 1, autoimmune in 2, drug-related cause in 1. 23 patients with benign etiologies; 11 had Tolosa-Hunt syndrome (THS), 2 had Recurrent Painful Ophthalmoplegic Neuropathy (RPON), and 10 had diabetic ophthalmoparesis (DO). 7 of 11 patients with THS met the International Classification Headache Disorders 3rd edition (ICHD-3 beta) criteria, 4 were with a normal MRI, and 1 had a recurrence. 9 of 10 patients with benign/secondary tumours causes were malignant, and 7 died due to disease progression during the treatment process. One of ten patient was followed with diabetic ophthalmoparesis and was diagnosed with cavernous sinus involvement of B-cell lymphoma as a result of clinical progression during follow-up. Painful ophthalmoplegia is a complex clinical condition with a broad differential diagnosis with malignant and benign etiologies. A detailed clinical examination, imaging, and long-term follow-up are essential for accurate diagnosis and treatment management.

Imaging of Painful Ophthalmologic Disorders

Cross-sectional imaging with computed tomography (CT) and MRI are diagnostic examinations useful in the diagnosis of painful ophthalmologic disorders and their potential complications. CT is a first-line imaging study for suspected orbital infections, particularly useful in differentiating preseptal cellulitis and orbital cellulitis and detecting complications such as orbital abscess. When compared with CT, MRI is better for orbital soft tissue evaluation, particularly useful for optic neuritis, ocular diseases such as endophthalmitis, and invasive fungal rhinosinusitis with orbital involvement. CT angiography is the preferred noninvasive imaging modality for the detection and classification of carotid cavernous fistula.

A case presentation of unilateral cavernous sinus inflammation due to monostotic fibrous dysplasia

Background

Craniofacial monostotic fibrous dysplasia is a rare and usually incidental bone pathology. CT comes to the fore in the diagnosis of monostotic fibrous dysplasia and MRI is used to show its relationship to the neighboring structures. Cavernous sinus inflammation may occur due to infectious and inflammatory causes. Inflammation of unknown cause is called Tolosa–Hunt syndrome.

Case presentation

In this case report, we presented cavernous sinus inflammation accompanying fibrous dysplasia in a 35-year-old female patient, which was seen for the first time in the literature.

Conclusions

The contrast-enhanced MR images are very important for the diagnosis and follow-up of the patient, in the rare presence of association we have shown in this case.

Possibility of arterial spin labeling perfusion magnetic resonance imaging sequences with steroid therapy for Tolosa-Hunt syndrome: A case report and review of literature

Background:

The diagnostic criteria for Tolosa-Hunt syndrome (THS) were updated in 2013 in the 3^rd Edition of the International Classification of Headache Disorders. It is now possible to diagnose THS based on the presence of granulomatous inflammation demonstrated on magnetic resonance imaging (MRI) without confirmation by biopsy. No previous study has reported the use of arterial spin labeling (ASL) perfusion MRI for diagnosing THS. Here, we report a case of THS in which ASL was used in the initial identification and to monitor therapeutic response following steroid therapy.

Case Description:

An 86-year-old man was complaining chiefly of the left orbital pain, as well as occipital pain, nausea, epiphora, and diplopia. Neurologically, his eye movements showed left adduction disorder and palsy of the right cranial nerve III. Magnetic resonance angiography revealed no abnormality in the left internal carotid artery. Contrast-enhanced MRI showed a region of slightly high signal in the left cavernous sinus. ASL was obtained using pCASL (TR/TE, 9000/98. 48 ms; postlabeling delay: 1525 ms; axial plane) revealed hyperperfusion from the intercavernous sinus to the vicinity of the left cavernous sinus due to a local increase in cerebral blood flow. The symptoms disappeared on day 62 of the treatment and he was in complete remission. Follow-up ASL was performed every other month showed reduced perfusion as the symptoms improved and confirmed the absence of a tumor over the follow-up period.

Conclusion:

This simple technique will play an important role in confirming no recurrence after steroid therapy treatment.

Tolosa-Hunt Syndrome: A Review of Diagnostic Criteria and Unresolved Issues

Purpose:

To review the diagnostic criteria for Tolosa–Hunt syndrome (THS) and utility of recent modifications.

Methods:

We searched PubMed for keywords Tolosa Hunt and magnetic resonance imaging. We compared the three editions of International Classification of Headache Disorders and isolated case reports and case series with the assessment of cavernous internal carotid artery (ICA) caliber to find the prevalence of vascular anomalies. We also evaluated cases of THS with the involvement of extracavernous structures and the possible role of idiopathic hypertrophic pachymeningitis (HP). Cases diagnosed falsely as THS were also reviewed for the presence of atypical features and relevance of criterion D. We assessed nonconforming cases (those with normal neuroimaging benign THS) and idiopathic inflammatory orbital pseudotumor (IIPO).

Results:

Vascular abnormalities were found in 36.36% of THS cases. Benign THS may also show changes in ICA caliber. Evidence suggestive of idiopathic HP could be found in 57% of cases with the involvement of extracavernous structures, such as facial nerve and pituitary gland. Both THS and IIPO are steroid-responsive pathologies with similar clinical and radiological features. False-positive diagnosis of THS results from early labeling, based solely on clinical features and symptom resolution after steroid therapy.

Conclusions:

Benign THS may be a result of limitation of resolution of available neuroimaging technique or early testing. Early and late vascular changes can be seen in both THS and its benign variant; some of them are not innocuous. THS may be considered a type of focal idiopathic HP. IIPO may represent an anterior variant of THS. In the absence of histopathological diagnosis, steroid-induced resolution of symptoms should be confirmed radiologically and followed-up.

The demographics of Tolosa-Hunt syndrome in Qatar

Background

Tolosa Hunt syndrome (THS) is a rare disease that manifests mainly as painful unilateral ophthalmoplegia. It is caused by an inflammatory process of unknown aetiology within the cavernous sinus with a rare intracranial extension. The International Classification of Headache Disorders (ICHD)- 3 diagnostic criteria aids in its diagnosis. There is limited literature on its varied presentations, diagnosis, and management. Steroids are used in the treatment of THS with varied success.

Methods

We conducted a single-center-retrospective-study and included all patients admitted with a diagnosis of THS from January 2015 to December 2020. Descriptive and summary statistics were used to describe the study cohort's socio-demographic parameters.

Results

Among 31 THS patients (predominantly Asians (18) and Arabs (9)), visual disturbance was commonest presenting complaint. Third-nerve paralysis was seen in 70.9% cases. Magnetic-resonance-imaging (MRI) was abnormal in 64.5%. 93.5% patients received steroids, with a response-rate of 70.9% and a recurrence-rate of 9.7%. A previous history of THS and female gender were associated with recurrence (p-value 0.009 and 0.018). Recurrence was seen in 66.7% fully recovered and 33.3% partially recovered cases (p-value 0.04). Among the benign and inflammatory subtypes of THS, the ICHD-3 criteria were applicable in 85% of inflammatory THS.

Conclusions

THS is a rare disease with ethnic variation in presentation and response to treatment. In our cohort female gender and a previous history of THS were associated with recurrence. ICHD-3 diagnostic criteria had a higher validity in our patients compared to prior studies, especially among the inflammatory THS.

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We represent the largest cohort of THS patients from the Middle eastern population.

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In our cohort, medium dose steroids (60 mg daily) had a good recovery rate (71%).

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Female gender and a prior history of THS were associated with recurrence.

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Recurrence rate was low in our cohort compared to international trends (9.7%).

Recurrent Amaurosis Fugax Secondary to Tolosa-Hunt Syndrome: A Case Report and Review of Phenotypes and Pathology

Tolosa-Hunt syndrome (THS) is a fascinating condition that is ipso facto a cavernous sinus syndome. As such it is associated with inflammation of the cavernous sinus walls and contents with spread to contiguous structures such as the orbital apex and superior orbital fissure. Therefore it does not come as a surprise that there is overlap with the condition of orbital pseudotumor. Furthermore, the typical presentation of THS involves variable affliction of the contents of the cavernous sinus with ocular and facial pain, ophthalmoplegia, facial numbness and Horner syndrome. To our knowledge, we present one of the only reported cases of recurrent amaurosis fugax and transient visual obscurations secondary to THS. Despite being an odd-ball presentation, these manifestations make intuitive sense as we demonstrate luminal narrowing of the right carotid siphon in the setting of cavernous wall enhancement, peri-arteritis of the carotid siphon being well-documented pathologically in the literature. The basis for the transient visual obscurations is more speculative but worthy of further study.

Tolosa-Hunt Syndrome: A Non-Classical Presentation of a Rare Cause of Unilateral Headache and Painful Ophthalmoplegia

Tolosa-Hunt syndrome is a rare condition involving the orbital and retro-orbital space. The typical symptoms are orbital pain, swelling, headache, palsies of the cranial nerves, and sensory loss in the distribution of the trigeminal nerve. Tolosa-Hunt syndrome relapses and remits with episodes separated by months to years. It is a diagnosis of exclusion after ruling out other causes of painful ophthalmoplegia and is treated with high-dose steroids. We present a case of a 43-year-old woman with a history of recurrent headaches and vision disturbances for the past 4 years presenting with worsening left-eye pain that radiated to the back of her head, swelling around the left eye, double vision, and a unilateral left-sided headache. Visual acuity was decreased in the left eye compared to the right and the patient reported left-eye pain when at extreme medial and lateral gaze. Erythrocyte sedimentation rate (ESR) was found to be elevated with all other laboratory testing within normal limits. Computed tomography (CT) scan of the orbits was unremarkable. Ophthalmology excluded other differential diagnoses and she was treated with intravenous methylprednisolone with significant improvement of symptoms. The triad of one or more episodes of unilateral orbital pain, paresis of one or more of the cranial nerves, and granulomas by magnetic resonance imaging (MRI) or biopsy is 95-100% sensitive at diagnosing the syndrome; however, our patient did not present with the "classic" triad. Initial treatment of Tolosa-Hunt is with high-dose steroids which as in our case lead to rapid and significant improvement of symptoms.

Unilateral recurrent periorbital pain: the role of the neuro-ophthalmologist

Unilateral recurrent periorbital pain is an aspecific symptom that may have originated from different orbital and ocular regions and structures that share the same innervation and can be provoked by different pathological disease. Since in some cases the patient is unable to associate with certainty the pain to a specific structure or region, a neuro-ophthalmological evaluation may be addressed to highlight signs useful to suspect the involvement of the eye, the optic nerve, the extra-ocular muscles, or intraorbital tissue or the cavernous sinus. This review describes the clinical patterns of periocular pain related to common ocular disease, orbital, or intracranial diseases.

Neuroradiological and clinical features in ophthalmoplegia

PURPOSE

Especially in acute onset of ophthalmoplegia, efficient neuroradiological evaluation is necessary to assist differential diagnosis, clinical course, and treatment options.

METHODS

Different manifestations of ophthalmoplegia are explained and illustrated by characteristic neuroradiological and clinical findings.

RESULTS

To present those ophthalmoplegic disorders in a clear manner, this review refers to different neuroanatomical structures and compartments. From neuroophthalmological point of view, diseases going ahead with ophthalmoplegia can be divided into (1) efferent infranuclear/peripheral disturbances involving oculomotor cranial nerves, (2) conjugate gaze abnormalities due to internuclear or supranuclear lesions, and (3) diseases of the extraocular eye muscles or their impairment due to intraorbital pathologies.

CONCLUSION

The knowledge of the relationship between neurological findings in ophthalmoplegia and involved neuroanatomical structures is crucial, and neuroradiology can be focused on circumscribed anatomical regions, using optimized investigation protocols.

A case of delirium in Tolosa-Hunt syndrome during corticosteroid therapy

BACKGROUND

Corticosteroid therapy is useful for the resolution of pain and paresis in Tolosa-Hunt syndrome; however, there is no definitive protocol for appropriate dosing, route of administration, or duration of therapy. Steroid psychosis is an adverse reaction to corticosteroid therapy; in severe cases, it can develop into psychiatric disorders such as delirium, depression, and mania. In this case study, we report a patient with Tolosa-Hunt syndrome who developed delirium while receiving corticosteroid therapy.

CASE PRESENTATION

The patient was a 70-year-old man being treated for a main complaint of pain in the right eye accompanied by oculomotor paralysis. We suspected Tolosa-Hunt syndrome based on diagnostic imaging and other findings. Steroid pulse therapy was initiated with intravenous methylprednisolone at 1000 mg/day for 3 days, followed by oral prednisolone at 60 mg/day. The pain in the right eye disappeared the day after starting this regimen, and palpebral ptosis also improved. However, 5 days after starting treatment, the patient developed progressively worsening delirium, which was considered an adverse reaction to the steroid pulse therapy. Then, prednisolone treatment was temporarily suspended, and the delirium subsequently disappeared.

CONCLUSIONS

The manifestation of steroid psychosis following corticosteroid therapy is dose dependent. Therefore, corticosteroid therapy for elderly patients requires caution and dose modulation because of likely adverse drug reactions.

Clinical features of visual disturbances secondary to isolated sphenoid sinus inflammatory diseases

Background

Visual disturbances associated with isolated sphenoid sinus inflammatory diseases (ISSIDs) are easily misdiagnosed due to the nonspecific symptoms and undetectable anatomical location. The main objective of this retrospective case series is to investigate the clinical features of visual disturbances secondary to ISSIDs.

Methods

Clinical data of 23 patients with unilateral or bilateral visual disturbances secondary to ISSIDs from 2004 to 2014 with new symptoms were collected. Collected data including symptoms, signs, neuroimaging and pathologic diagnosis were analyzed.

Results

There were 14 males and 9 females, and their ages ranged from 31 to 83 years. Fifteen patients suffered blurred vision and 11 patients suffered binocular double vision, including 3 patients who had unilateral visual changes and diplopia simultaneously. Headache was observed in 18 patients, and orbit pain/ocular pain in 8 patients. Other presenting symptoms included ptosis (4 patients) and proptosis (1 patient). Only 5 patients had nasal complaints. The corrected visual acuities were between NLP to 20/20. Patients with diplopia included 5 with unilateral oculomotor nerve palsy and 6 with unilateral abducens nerve palsy. All patients performed orbital/sinus/brain radiologic examination and found responsible lesions in sphenoid sinus. All patients underwent endoscopic sinus surgery, and 9 patients were found to suffer sphenoid mucocele, 9 with fungal sinusitis, and 5 with sphenoid sinusitis. Visual disturbances improved in 6 patients, and all the patients with diplopia had a postoperative recovery.

Conclusion

Visual disturbances resulting from ISSIDs are relatively uncommon, but it is crucial that the patient with new vision loss or diplopia and persistent headache or orbit pain be evaluated for the possibility of ISSIDs especially before corticosteroid administration.

Tolosa-Hunt Syndrome - Cranial Neuroimaging Findings

INTRODUCTION

The etiology of Tolosa-Hunt Syndrome (THS) is still unknown. The initial standard magnetic resonance imaging (MRI) may not be sufficient for diagnosis, so dynamic contrast-enhanced MRI may be necessary to demonstrate the presence of lesions.

METHODS

Seven patients diagnosed with THS according to the International Headache Society criteria (beta version) were included into the study. Patients were assessed in terms of type, age, symptoms and findings, accompanying disease, localization of the determined lesion, response to treatment, and clinical progress. The "Tolosa-Hunt protocol" was applied in all patients, and the cavernous sinuses, orbital apices, and orbits were evaluated. The parameters used for the patients were as follows: Turbospin echo T1 and T2 weighted sequences on the axial plane, turbospin echo fat-saturated T2 weighted sequence on the coronal plane, turbospin echo T2 weighted sequence on the sagittal plane, spin echo fat-saturated T1 sequences repeated on the axial and coronal planes followed by intravenous administration of gadolinium. In all sequences the slice thickness was 3 mm.

RESULTS

Four of seven cases diagnosed with THS were males, and the average age of the patients was 45.7±18.1 years (range 25-69 years). A follow-up MRI in patient 5 after three months showed decreased signal intensity and enhancement of the affected cavernous sinus.

CONCLUSION

Conventional MRI may be insufficient to show the granulomatous inflammation, and an MRI method referred to as the Tolosa-Hunt protocol should be applied to those who are thought to have THS.

Steroid-resistant Tolosa-Hunt syndrome with a de novo intracavernous aneurysm: A case report

Background:

We report a case of steroid-resistant Tolosa–Hunt syndrome (THS) with recurrent bilateral painful ophthalmoplegia, accompanied with sphenoid sinusitis, pituitary abscess, and an aneurysm arising from the cavernous portion of the internal carotid artery.

Case Description:

A 53-year-old woman suffered severe left painful ophthalmoplegia. A magnetic resonance image (MRI) revealed thickness of the left cavernous sinus (CS). Steroid was administrated under the diagnosis of THS, and the symptom transiently diminished. However, painful ophthalmoplegia fluctuated bilaterally after tapering the steroid. An MRI showed development of bilateral cavernous lesions associated with sphenoid sinusitis, pituitary abscess, and an aneurysm in the left C4 segment. Biopsy and drainage of the lesions were performed with an endoscopic transsphenoidal procedure. The histological examination showed nonspecific granulomatous inflammation. The methotrexate (MTX) was effective to reduce the CS and pituitary lesions; however, the aneurysm slightly increased and remained unchanged in size thereafter.

Conclusions:

To our knowledge, this is the first report of a growing de novo C4 aneurysm in THS. Surgical intervention and administration of MTX should be attempted in steroid-resistant THS. Careful observation with serial MRI and MR angiography is important to manage the complicated THS.

Clinical-Radiologic Correlation of Extraocular Eye Movement Disorders: Seeing beneath the Surface

Extraocular eye movement disorders are relatively common and may be a significant source of discomfort and morbidity for patients. The presence of restricted eye movement can be detected clinically with quick, easily performed, noninvasive maneuvers that assess medial, lateral, upward, and downward gaze. However, detecting the presence of ocular dysmotility may not be sufficient to pinpoint the exact cause of eye restriction. Imaging plays an important role in excluding, in some cases, and detecting, in others, a specific cause responsible for the clinical presentation. However, the radiologist should be aware that the imaging findings in many of these conditions when taken in isolation from the clinical history and symptoms are often nonspecific. Normal eye movements are directly controlled by the ocular motor cranial nerves (CN III, IV, and VI) in coordination with indirect input or sensory stimuli derived from other cranial nerves. Specific causes of ocular dysmotility can be localized to the cranial nerve nuclei in the brainstem, the cranial nerve pathways in the peripheral nervous system, and the extraocular muscles in the orbit, with disease at any of these sites manifesting clinically as an eye movement disorder. A thorough understanding of central nervous system anatomy, cranial nerve pathways, and orbital anatomy, as well as familiarity with patterns of eye movement restriction, are necessary for accurate detection of radiologic abnormalities that support a diagnostic source of the suspected extraocular movement disorder. ^©RSNA, 2016.

A Rare Case of Tolosa-Hunt-Like Syndrome in a Poorly Controlled Diabetes Mellitus

We report a case of a 50-year-old female with diabetes mellitus who presented with progressive second, third, fifth, sixth, and eighth cranial nerve palsy. Diagnostic investigation revealed hyperglycemic state, and brain imaging showed a right cavernous sinus enhancement suggestive of and consistent with Tolosa-Hunt syndrome. The patient was started on steroids with tight glycemic control for eight weeks; subsequently, the cranial nerve palsies resolved as well as documented resolution of the right cavernous sinus enhancement.

Clinical and radiological findings suggesting disorders other than tolosa-hunt syndrome among ophthalmoplegic patients: a retrospective analysis

OBJECTIVE

To investigate clinical and radiological features of Tolosa-Hunt syndrome (THS) and examine their diagnostic value, and to propose clinical and radiological features that indicate other symptomatic painful ophthalmoplegias (SPOs) in order to distinguish them from THS.

BACKGROUND

Clinical presentations of THS are nonspecific and may overlap with many etiologies. Therefore, excluding other SPOs is essential for correct diagnosis. At the present time, the predictive value of the current International Classification of Headache Disorders (ICHD) criteria is not well established, and specific imaging markers that can discriminate SPOs from THS are lacking.

METHODS

Patients referred with painful ophthalmoplegia over 12 years were recruited retrospectively and allocated into THS or SPO groups. Typical symptoms (episodic unilateral orbital pain preceding or developing with diplopia) and imaging of THS (inflammatory lesions in the cavernous sinus/orbit by magnetic resonance imaging) were proposed based on ICHD-3 beta criteria and previous literature. Atypical clinical and radiological features suggesting alternative diagnoses were also proposed to predict SPO. Initial presentations and imaging findings were registered and correlated with diagnostic outcomes. The predictive value of clinical and imaging findings was then evaluated.

RESULTS

Of the 61 referred cases, 25 were classified as THS and 36 as SPO. Of the SPO cases, 52.8% manifested typical THS symptoms at onset. Patients with SPOs were prone to have atypical symptoms (47.2%) and radiographical findings (82.1%) in comparison to those with THS (4.0% and 4.2%, respectively; both P < .001). Both typical symptoms and imaging findings predicted a diagnosis of THS with high sensitivity (95.8% and 100%, respectively) but low specificity (47.2% and 28.6%, respectively). High sensitivity (82.1%) and specificity (95.8%) were achieved using atypical imaging features to predict SPO.

CONCLUSION

A diagnosis of THS based strictly on clinical presentations or imaging results is not completely reliable. Identification of atypical imaging features may have a useful role in discriminating SPOs and thus avoid erroneous diagnoses of THS. Future studies with larger sample sizes are warranted to evaluate their validity in general population.

Cavernous Sinus: A Comprehensive Review of its Anatomy, Pathologic Conditions, and Imaging Features

The purpose of this article was to review the anatomy of the cavernous sinus (CS), illustrate numerous lesions that can affect the CS, and emphasize the imaging characteristics for each lesion to further refine the differential diagnoses. The CS, notwithstanding its small size, contains a complicated and crucial network that consists of the carotid artery, the venous plexus, and cranial nerves. The wide-ranging types of pathologies that can involve the CS can be roughly classified as tumoral, congenital, infectious/inflammatory/granulomatous, and vascular. Conditions that affect the CS usually lead to symptoms that are similar to each other; thus, for diagnosis, imaging procedures are required. Radiological evaluations are also required to detect pre- and postoperative CS invasion. Magnetic resonance imaging, which can be supplemented with thin-section contrast-enhanced sequences, is the preferred imaging technique for evaluating the CS. For correct diagnosis of CS lesions and accurate evaluations of CS invasions, it is essential to carefully analyze the anatomical structures within the CS and to acquire precise knowledge about the imaging features of CS lesions, which may frequently overlap.

Validation of ICHD-3 beta diagnostic criteria for 13.7 Tolosa-Hunt syndrome: Analysis of 77 cases of painful ophthalmoplegia

BACKGROUND

Three editions of International Classification of Headache Disorders (ICHD) diagnostic criteria for Tolosa-Hunt syndrome (THS) have been published in 1988, 2004 and 2013, in ICHD-3 beta, there have been considerable changes [corrected]. The validity of these new diagnostic criteria remains to be established.

METHODS

We retrospectively identified 77 patients with non-traumatic painful ophthalmoplegia (PO) admitted between 2003 and 2013. We reviewed patients' age at onset and gender, time courses between onset of pain and development of cranial nerve palsy, the cranial nerves involved, imaging findings, therapeutic efficacy of steroid treatment and recurrence of attacks.

RESULTS

THS was the most frequent type of PO (46/77). In THS patients, the third cranial nerve was most commonly involved (76.3%). The median time interval between pain and cranial nerve palsy was two days, although in five patients (10.9%) the interval ranged from 16 to 30 days. Definitely abnormal MRI findings were found in 24 patients (52.2%).

CONCLUSIONS

It is essential to rule out other causes of PO in diagnosing THS, with MRI playing a crucial role in differential diagnosis. It may be helpful to understand and master the entity of THS for researchers and clinicians to adjust the gradation and ranking of the diagnostic criteria.

Giant thrombosed intracavernous carotid artery aneurysm presenting as Tolosa-Hunt syndrome in a patient harboring a new pathogenic neurofibromatosis type 1 mutation: a case report and review of the literature

Neurofibromatosis type 1 (NF1) is a relatively common single-gene disorder, and is caused by heterozygous mutations in the NF1 gene that result in a loss of activity or in a nonfunctional neurofibromin protein. Despite the common association of NF1 with neurocutaneous features, its pathology can extend to numerous tissues not derived from the neural crest. Among the rare cerebrovascular abnormalities in NF1, more than 85% of cases are of purely occlusive or stenotic nature, with intracranial aneurysm being uncommon. Predominantly, the aneurysms are located in the internal carotid arteries (ICAs), being very rare bilateral aneurysms. This report describes a very unusual case of fusiform aneurysms of both ICAs in a Caucasian NF1 patient, with a new pathogenic intragenic heterozygous deletion of the NF1 gene, presenting at age 22 years with Tolosa-Hunt syndrome, because of partial thrombosis of the left giant intracavernous aneurysm. Medical treatment with anticoagulant therapy allowed a good outcome for the patient. In conclusion, early identification of cerebral arteriopathy in NF1 and close follow-up of its progression by neuroimaging may lead to early medical or surgical intervention and prevention of significant neurologic complications.

Painful Ophthalmoplegia Following Dental Procedure

This case report is about a 26-year-old patient complaining of painful diplopia shortly after a dental procedure. Magnetic resonance imaging demonstrated a mass lesion in the cavernous sinus that responded well to oral corticosteroids. The possible side effect of the intraoral local anaesthetic injection used during the dental procedure was questioned.

Tolosa-Hunt syndrome masquerading as Gradenigo syndrome in a teenager

Tolosa-Hunt syndrome is an idiopathic chronic granulomatous inflammatory process commonly involving the cavernous sinus and the orbit. Symptoms include unilateral eye pain, ophthalmoplegia, headache, and facial pain in the distribution of the upper divisions of the trigeminal nerve and are highly responsive to steroid therapy. Gradenigo syndrome describes extension of a middle ear infection to the petrous apex, with trigeminal pain and ophthalmoplegia, typically responsive to antibiotics and often surgical drainage. We report a case of a 17 year-old girl with apparent Gradenigo syndrome, presenting with unilateral eye pain, abducens palsy, headache, hearing loss and serous otitis media, who was ultimately diagnosed with Tolosa-Hunt syndrome.

A comparison of benign and inflammatory manifestations of Tolosa-Hunt syndrome

BACKGROUND

Tolosa-Hunt syndrome (THS) manifests as a benign or an inflammatory type disease. The nosography differences between these types remain to be elucidated. We aimed to analyze and compare the clinical presentations of benign and inflammatory THS.

METHODS

The ward patients who presented with THS from January 1990 to May 2011 were retrospectively reviewed. THS was diagnosed according to the recommendations of the International Headache Society.

RESULTS

Of the 53 THS cases (49 patients), 30 (56.6%) were classified as benign and 23 (43.4%) as inflammatory THS. There were strong similarities between the groups in terms of clinical manifestations, laboratory findings, responses to glucocorticoid treatment, and outcomes. However, patients with inflammatory THS tended to be younger (mean age, 43.4 years; P 0.05) and have optic nerve dysfunction (56.5%; P 0.05) and longer disease duration (2.3 ± 1.0 months; P 0.05) compared to those with benign THS (mean age, 56.4 years; mean disease duration, 1.6 ± 0.7 months). The patients with additional involvement of both the optic nerve and the second division of the trigeminal nerve experienced a longer disease duration ( P 0.05). Additionally, patients with orbital pseudotumors had diplopia that responded poorly to treatment with glucocorticoids ( P 0.05). High-dose (>0.5 mg/kg/day) and low-dose (≤0.5 mg/kg/day) prednisolone were equally effective in relieving symptoms in both groups ( P > 0.05).

CONCLUSION

Benign and inflammatory THS were highly similar in terms of nosography. The responses to glucocorticoid treatment were generally good except in patients with orbital pseudotumors.

Advice and hints on imaging the lateral sellar compartments

The lateral sellar compartment is a complex anatomical structure containing many different elements, any of which can be at the root of a pathological condition. MRI is the examination of choice for this region, and requires the use of specific protocols and systematic examination of each of these elements to produce a suitable diagnosis.

Serial neuroimaging in tolosa-hunt syndrome with acute bilateral complete ophthalmoplegia

Tolosa-Hunt syndrome (THS) is a very rare, relapsing, and remitting painful ophthalmoplegia caused by nonspecific granulomatous inflammation in the cavernous sinus. To our knowledge, bilateral complete, simultaneous palsies of all 3 cranial nerves associated with extraocular movement have not been reported. We describe the first such patient with bilateral THS that responded quickly to corticosteroid therapy. A 54-year-old man presented with a periorbital and frontal headache with acute bilateral severe blepharoptosis and fixed eyes, which dramatically responded to corticosteroid therapy. He had diabetes mellitus type II. Brain MRI showed granulomatous inflammation in both cavernous sinuses and thickening of the surrounding dura mater of the cranial base, suggesting the coexistence of focal hypertrophic cranial pachymeningitis. Our experience indicates that steroid therapy with strict control of blood sugar should be considered in patients with THS complicated by diabetes. MRI is a valuable tool for serially monitoring the response of lesions to treatment in THS.

A rare case of Tolosa-Hunt syndrome imaged with FDG PET/CT and MRI

We report on the imaging findings of Tolosa-Hunt syndrome in a 59-year-old patient. Clinical findings included periorbital pain, ptosis, disordered eye movements, and blurred vision. Treatment with intravenous administration of steroid resolved all symptoms. Currently, magnetic resonance imaging plays a key role in the diagnosis of Tolosa-Hunter syndrome for locating the inflammatory tissue and follow-up. This case of Tolosa-Hunter syndrome with representative (FDG PET/CT) images may imply that FDG PET/CT is a useful tool in detecting and monitoring of this disease.

Infranuclear ocular motor disorders

This chapter covers the very large number of possible disorders that can affect the three ocular motor nerves, the neuromuscular junction, or the extraocular muscles. Conditions affecting the nerves are discussed under two major headings: those in which the site of damage can be anatomically localized (e.g., fascicular lesions and lesions occurring in the subarachnoid space, the cavernous sinus, the superior orbital fissure, or the orbit) and those in which the site of the lesion is either nonspecific or variable (e.g., vascular lesions, tumors, "ophthalmoplegic migraine," and congenital disorders). Specific comments on the diagnosis and management of disorders of each of the three nerves follow. Ocular motor synkineses (including Duane's retraction syndrome and aberrant regeneration) and disorders resulting in paroxysms of excess activity (e.g., neuromyotonia) are then covered, followed by myasthenia gravis and other disorders that affect the neuromuscular junction. A final section discusses disorders of the extraocular muscles themselves, including thyroid disease, orbital myositis, mitochondrial disease, and the muscular dystrophies.

A case review of the MRI features in alternating Tolosa-Hunt syndrome

Tolosa-Hunt syndrome (THS) consists of a painful ophthalmoplegia with typical features in magnetic resonance imaging (MRI). The recurring nature of this affliction has been known since its first description. However, compromise of the contralateral cavernous sinus, known as alternating THS, is very rare and has never been examined using MRI. We report clinical data, laboratory data and imaging features of a patient with alternating THS. According to our literature review, this is the first MRI study of THS.

Painful ophthalmoplegia: a retrospective study of 23 cases

Painful ophthalmoplegia is a rare pathologic condition caused by non-specific inflammation of the cavernous sinus, but other causes such as tumours, vasculitis, basal meningitis, neurosarcoidosis, diabetes can be responsible for the syndrome. Aim of this study is a review of the cases of painful ophthalmoplegia admitted to our Institute in the last 20 years in order to verify the incidence of symptomatic versus benign forms in a clinical case series, with particular focus on the cases in which a long term (at least 4 years) and detailed follow-up did not revealed spread of any systemic disease or other presumed causes for painful ophthalmoplegia. Twenty-three patients were retrospectively studied, 12 patients (52%) were classified as benign forms and their disease course was again evaluated and 11 cases (48%) were designated as symptomatic. The present study suggests that in the clinical practice the incidence of benign forms among the painful ophthalmoplegias is more elevate than the symptomatic ones and underlines the need of a specific nosography for benign forms.