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Case report: Rutherfurd syndrome associated with Marfan syndrome.

Background

Rutherfurd syndrome is a rare genetic disorder that is primarily characterised by three major features: gingival fibromatosis, delayed tooth eruption and corneal dystrophy. Associated features of the condition include abnormally shaped teeth, mental retardation and aggressive behaviour [Haytac and Ozcelik, 2007]. The syndrome is transmitted as an autosomal dominant trait, in common with a number of conditions that are linked with Hereditary Gingival Fibromatosis (HGF), such as Zimmerman-Laband [Shah et al., 2004], Jones Syndrome, and Gingival Fibromatosis with hyper trichosis, although some recessive forms are also described in the literature [Coletta and Graner, 2006].

The condition was first described by Rutherfurd [1931], as an inherited dental defect in three generations of the same family. All affected family members were known to have suppression of tooth eruption and defective eyesight, and the individuals in the second and third generation also had gingival hyperplasia. The same family was followed up and reported on again in 1966 by Houston and Shotts, where two further generations of the family were examined. The classical triad was discovered, as was a history of learning difficulty and aggressive behaviour affecting some family members [Houston and Shotts, 1966]. The patient described in this report is a member of the latest generation of the same family.

The patient also suffers from some of the features of Marfan syndrome, which had been passed on to him from his mother. Marfan syndrome is a serious condition largely because of its cardiovascular complications that cause 95% of deaths in patients with the condition [De Coster et al., 2002]. The major cardiac features of the condition are; dilatation and/or dissection of the ascending aorta, aortic regurgitation and mitral valve prolapse. Other organ systems that have significant involvement with Marfan syndrome are; the skeletal system and the ocular system. The first can result in a tall stature with long slim limbs, pectus carinatum, muscle hypotonia and joint hypermobility. The main features affecting the ocular system include eye lens subluxation and severe myosis.

This paper describes the dental features; management and 6 years follow up of a member of the latest generation of the same family, suffering from Rutherfurd syndrome in association with Marfan syndrome.

Case Report

A 2 years and 4 month old boy was first seen in the Paediatric Department in the University Dental Hospital of Manchester in September 2001. He was referred to the department for assessment by his Consultant Clinical Geneticist after a diagnosis of Rutherfurd syndrome had been made.

Treatment

Initial assessment: September 2001. A thorough medical and family history was taken that revealed that the boy's father and grandfather had Rutherfurd syndrome, and that there was a history of Marfan syndrome on the maternal side of the family, including the patient's mother. It also became apparent that the only two previous reports that described Rutherfurd syndrome, in 1931 and 1966, included members from the patient's family [Rutherfurd, 1931; and Houston and Shotts, 1966].

The boy's father reported that he only had three teeth erupted in his mouth at the age of 20 years, all of which were subsequently extracted. He was now wearing upper and lower removable prostheses, despite attempts to orthodontically extrude his unerupted permanent teeth, which ultimately proved unsuccessful.

The patient was found to be very active and talkative. Upon clinical examination, oral hygiene was noted to be good and the gingival tissues healthy. Teeth present were 52, 71 and 81 and no caries was evident. Unerupted teeth were palpable in the alveolar ridges. Preventive advice and oral hygiene instruction were given and arrangements made to review the patient.

Continuing care: October 2002. A review was undertaken at this appointment. The patient reported no symptoms or concerns since the last visit. On this visit the only change noted was that 61 had also erupted. No treatment was undertaken at this appointment, but preventive advice was reinforced.

Continuing care: October 2003. It was noted at this visit that the patient was under regular review from the Cardiology and Ophthalmic teams, with regard to Marfan syndrome, and bilateral corneal vascularisation and opacity respectively, as well as the Genetics team in a nearby Paediatric Hospital. Now aged 4 years and 5 months, the only teeth erupted were 52, 61, 72, 71 and 81. Oral hygiene was noted to be excellent. Orthopantomogram (OPT) examination revealed failure of eruption of multiple primary teeth, as all were visible on the radiograph (Figure 1).

The options of intervention and non-intervention were discussed at this stage with the family. The parents requested that removable prostheses be constructed for the patient.

January-October 2004. Arrangements for the provision of upper and lower partial dentures were made, and after 4 visits, the prostheses were fitted in January 2004. At the review appointment in October 2004, it was discovered that the patient had adapted poorly to the dentures, and was not wearing them. Another tooth, the 82, had partially erupted into the mouth, making it difficult for him to tolerate the lower prosthesis. The patient also stated he did not like the taking of impressions or having bite blocks in his mouth. At this stage no further treatment was provided in accordance with the patients and parents wishes.

April 2006. The patient was next seen 18 months later when it was noted that the permanent mandibular central incisors (31 and 41) were also present in the mouth, lingual to the retained primary mandibular central incisor teeth. The unerupted permanent maxillary central incisors were also palpable in the alveolar ridge. The patient was happy with not wearing dentures, and no further treatment was undertaken.

January 2007. When the boy next presented in January 2007, he was then aged 7 years and 8 months. His medical history at this appointment consisted of:

* Rutherfurd syndrome,

* Marfan syndrome (borderline case with some suggestive features),

* Mild mitral valve incompetence/regurgitation,

* Bilateral corneal vascularisation and opacity,

* Myopia with astigmatism,

* Relatively long limbs,

* Mild joint laxity.

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Due to the mild mitral valve regurgitation, a common feature of Marfan syndrome, the patient's cardiologist advised antibiotic cover before any surgical dental procedures.

Clinical examination revealed teeth present were 52, 61, 72, 71, 31, 41, 81 and 82, (Figures 2, 3 and 4--pictures taken in July 2007). Oral hygiene was found to be good. Gingival hyperplasia was noted around the anterior aspects of both maxillary and mandibular alveolar ridges. Severe tooth wear was found associated with the primary maxillary incisors, 52 and 61. The permanent mandibular central incisors had erupted lingually to the retained primary lower central incisors. Generalised spacing was present between the erupted teeth. The permanent maxillary central incisors were palpable in the alveolar ridge.

Radiographic examination revealed failure of eruption of multiple teeth (Figure 5). All primary canines, first and second molars had failed to erupt, as had the first permanent molars. The permanent maxillary central incisors appeared to be rotated, and the permanent second premolars were seen developing above the submerged deciduous second molars.

Treatment Options--January 2007. The patient was assessed and examined by our Paediatric Dental Consultant, and by a Consultant Orthodontist. Three options were discussed at this time with the patient and his parents;

1. No intervention at this stage,

2. Removal of the erupted primary teeth, followed by the surgical exposure and orthodontic extrusion of permanent maxillary incisor teeth,

3. Provision of overdentures with or without the removal of erupted primary teeth.

The child and his family opted not to pursue any active treatment at this juncture. It was felt this was partly due to the attitude of the patient's father who had also had surgery to expose teeth when he was younger, but he had considered this treatment relatively unsuccessful. The patient had also refused to wear removable prostheses in the past.

September 2007. The patient presented again complaining of pain from tooth 52. Clinical examination revealed erythema and inflammation around the remnant of tooth 52. Severe tooth wear had also previously been noted affecting tooth 61, (See Figure 5). Both teeth have subsequently been extracted under local anaesthetic with antibiotic cover.

Follow-up

With regard to long-term care, the patient and his family are not keen to embark on surgical exposure of these teeth at this stage of their dental care. After further discussion, the patient has agreed to try wearing a full maxillary denture, as all maxillary teeth have now been lost. Appointments have been made to construct this prosthesis for him.

Discussion

This paper describes the dental features and management of an 8-year old boy, who is in the latest generation of a family who have previously been reported on by Rutherfurd in 1931, and then by Houston and Shotts [1966]. These two papers are the only reports of the condition in the medical literature, however this is the first time this condition with two very important dental characteristic, namely gingival hyperplasia and failure of eruption, have been described in a dental journal.

The patient also suffers from some of the features of Marfan syndrome, a condition that he has inherited from his mother. Marfan syndrome is a heritable disorder that affects multiple organ systems, with most features being age related. The cardiovascular complications are the most significant and substantially reduce life expectancy in the individuals affected.

Other organ systems that are known to have involvement with Marfan syndrome are the skeletal and ocular systems in particular, with some involvement of the skin, dura and pulmonary system. In this case, the patient has been noted to have mild mitral valve incompetence/regurgitation, relatively long limbs, mild joint laxity, and myopia with astigmatism, along with Rutherfurd syndrome.

Rutherfurd syndrome is associated with failure of eruption. No causative gene for the eruption defect has been identified yet for this syndrome, contrary to a number of disorders which are all associated with primary failure of eruption such as Cleidocranial Dysplasia, Osteopetrosis and Osteoglophonic Dysplasia [Ahmad et al., 2006]. Transmission of Marfan syndrome is as an autosomal dominant trait, and is caused by mutations in FBN1, the gene encoding the microfibrillar protein, fibrillin-1 [De Coster et al., 2002].

The radiographs in this case (Figures 1 and 5) revealed that the unerupted primary and secondary teeth are still enclosed within bone. Therefore, this was suggestive of primary eruption failure affecting these teeth, rather than secondary to gingival hyperplasia, as suggested by Houston and Shotts [1966].

Hereditary gingival fibromatosis is the most common syndromic gingival hyperplasia. It is mainly an autosomal dominant disease, such as in Rutherfurd syndrome. Less frequently it is an autosomal recessive disease if it is a manifestation of Murray-Puretic-Drescher, Cross, or Ramon syndromes [Doufexi et al., 2005; Coletta and Graner, 2006].

There is some debate in the literature with regard to the best time for treatment to be initiated for cases of hereditary gingival fibromatosis. According to several authors, the appropriate time is when all of the permanent teeth have erupted, due to a higher risk of recurrence if done earlier [Cuestas-Carnero and Bornancini, 1988; Bittencourt et al., 2000]. However, in some cases a delay in the surgical treatment may cause significant consequences for the patient, such as retention of the primary teeth, aesthetic affects, difficulties in mastication and/or phonation and possibly psychological problems [Bittencourt et al., 2000; Bozzo et al., 2000; Baptista 2002; Kavvadia et al., 2005].

During the conversation regarding treatment options for this case with the family, the patient's father reported that he had had multiple surgical procedures when he was young. The surgery was deemed to be relatively unsuccessful by him. It was generally felt that the previous negative experience of the father influenced the decision of the 8- year old boy not to pursue any treatment.

In instances such as this what is perceived by clinicians to be a problem requiring intervention, may not be reciprocated by our patients. The wishes of the patient should be adhered to and appropriate alternatives discussed.

Conclusion

This case has presented a rare syndrome with two important dental features, namely gingival hyperplasia and failure of eruption. The case has a long term follow up of 6 years and has a first time association to Marfan syndrome. It also highlights the importance of family history and how it can affect the attitude of the child towards dental treatment.

References

Ahmad S, Bister D, Cobourne MT. The clinical features and aetiological basis of primary eruption failure. Europ J Ortho 2006;28:535-540.

Baptista IP. Hereditary gingival fibromatosis: A case report. J Clin Periodontol 2002;29:871-874.

Bittencourt LP, Campos V, Moliterno LFM, Ribeiro DPB, Sampaio RK. Hereditary gingival fibromatosis: Review of the literature and a case report. Quintessence Int 2000;31:415-418.

Bozzo L, Machado MA, de Almeida OP, Lopes MA, Coletta RD. Herditary gingival fibromatosis: Report of three cases. J Clin Pediatr Dent 2000;25:41-46.

Coletta RD, Graner E. Hereditary gingival fibromatosis: A systematic review. J Periodont 2006;77:753-764.

Cuestas-Carnero R, Bornancini CA. Hereditary generalised gingival fibromatosis associated with hypertrichosis: Report of five cases in one family. J Oral Maxillofac Surg 1988;46:415-420.

De Coster PJA, Martens LCM, De Paepe A. Oral manifestations of patients with Marfan syndrome: A case control study. Oral Surg Oral Med Oral Pathol Oral Radiol Endod 2002;93:564-572.

Doufexi A, Mina M, Ioannidou E. Gingival overgrowth in children: Epidemiology, pathogenesis, and complications. A literature review. J Periodontol 2005;76:3-10.

Haytac MC, Ozcelik O. The phenotypic overlap of syndromes associated with hereditary gingival fibromatosis: follow-up of a family for five years. Oral Surg Oral Med Oral Pathol Oral Radiol Endod 2007;103:521-7.

Houston IB, Shotts N. Rutherfurd's Syndrome: A familial oculo-dental disorder. Acta Paed Scan 1966;55:233-238.

Kavvadia K, Pepelassi E, Alexandridis C, et al. Gingival fibromatosis and significant tooth eruption delay in an 11-year old male: A 30 month follow-up. Int J Paediatr Dent 2005;15:294-302.

Rutherfurd ME. Three generations of inherited dental defect. Brit Med J 1931;2:9-11.

Shah N, Gupta YK, Ghose S. Zimmermann-Laband syndrome with bilateral developmental cataract--a new association? Int J Paed Dent 2004;14:78-85.

T. A. Raja, S. Albadri, C. Hood. Dept. Paediatric Dentistry, University Dental Hospital of Manchester, England

Postal address: Dr T Raja. Dept. Paediatric Dentistry, University Dental Hospital of Manchester, Higher Cambridge Street, Manchester, England. M15 6FH.

Email: taiyub_raja@hotmail.com
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Article Details
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Author:Raja, T.A.; Albadri, S.; Hood, C.
Publication:European Archives of Paediatric Dentistry
Article Type:Case study
Geographic Code:4EUUE
Date:Sep 1, 2008
Words:2382
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