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The Arnold Huddart Medal was established in 1990 for the encouragement of original and promising research papers at the Annual Scientific Conference. The adjudication panel consists of one member from each of the Society's five main membership categories and is chaired by the Vice President of the Society. Papers are judged on content, presentation and handling of the discussion following presentation of the paper. The paper should be of general interest and understandable to all disciplines of the Society. The prize is normally be awarded to a presenter under the age of 40 years, at the time of presentation. The rules have been amended in recent times and priority is now given to sole authors over multi-authored papers. The decision of the adjudication panel is final. |
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| 2008 | Pre and prio op Dexamethosone improves post op recovery following cleft palate surgery | Potter, Oxford |
| 2007 | The Effect of Pre-Surgical Orthopaedics on Archiform in Unilateral Cleft Lip and Palate | Ms. N. Adali, Specialist Registrar in Orthodontics UCLH Trust |
| 2006 | Intra Operative Blood Loss Anaesthetic Type and Adrenaline Concentration | Patrick Gillespie, Specialist Registrar in Plastic Surgery, Addenbrookes Hospital, Cambridge |
| 2005 | ||
| 2004 | Effects of the Fgfr2 Crouzon-type Mutation on Palatal Shelf Development | Chad Perlyn, Dept of Human Anatomy &Genetics, University of Oxford |
| 2003 | Assessment of Early Dental and Facial Deformity in Repaired Unilateral Cleft Lip and Palate | Dr A Garrahy, Glasgow Dental Hospital |
| 2002 |
Sequalae of Otitis Media with Effusion among Children with Cleft Lip and / or Cleft Palate |
Patrick Sheahan MB AFRCSI, Specialist Registrar in Otolaryngology, Dublin, Ireland |
| 2001 |
Can maxillary growth be predicted from 3-dimensional parameters of neonatal study models in patients with unilateral Cleft Lip and Palate? |
Ms Felicity V Mehendale, Cleft Fellow in Plastic Surgery at Great Ormond Street Hospital for Children, London and St Andrew's Centre for Plastic Surgery, Broomfield Hospital, Essex |
| 2000 | The Tendons of the Levator Veli Palatini | Ms Felicity V Mehendale, Cleft Fellow in Plastic Surgery at Great Ormond Street Hospital for Children, London and St Andrew's Centre for Plastic Surgery, Broomfield Hospital, Essex |
| 1999 | The Orthodontist's contribution to the management of Obstructive sleep Apnoea | Mr A Johal, Senior Registrar in Orthodontics at the Royal London Hospital |
| 1998 |
Reorganisation of Cleft services - implications of non cleft anomalies |
Ms Lucinda Huskisson, Senior Registrar in Paediatric Surgery at The Children's Hospital, Birmingham |
| 1997 |
Craniofacial abnormalities in Nicosia, Cyprus, and the significance of parental consanguinity |
Ms Vartoukian, Dental undergraduate at King's College Dental Institute, London |
| 1996 | Norma Timoney, Senior House Officer in the Department of Plastic & Reconstructive Surgery Royal Devon & Exeter Hospital | |
| 1995 |
Does the McComb primary cleft nose correction affect nasal growth? A longitudinal study |
Mr Brian Coghlan, Senior Registrar in Plastic Surgery in the Yorkshire region |
| An audit of bilateral alveolar bone grafting at Great Ormond Street Hospital 1983-1993 | Dr Yilin Jia, Honorary Registrar in Orthodontics at The Hospital for Sick Children, Great Ormond Street, London | |
| 1994 | Management of 100 cases of pheneme specific nasality - a two centre audit | Mrs Liz Albery, Speech & Language Therapist at Frenchay Hospital, Bristol. Mrs Kim Harland, Speech & Language Therapist at St. Andrew's Hospital, Billericay. |
| 1993 | Growing up with a Cleft | Ms Eileen Bradbury, Clinical Counsellor in Plastic Surgery at Withington Hospital, Manchester and Lecturer at the University of Manchester |
| 1992 | The vascular basis of posterior pharyngeal flaps | Mr Nigel SG Mercer, Consultant Plastic Surgeon with Frenchay Healthcare Trust, Bristol |
| 1991 | The characteristics of pre-speech vocalisations in Cleft Palate children |
Mrs Jane Russell, Principal Speech Therapist at Birmingham Children's Hospital. Prepared in conjunction with Professor Pamela Grunwell |
| 1990 | The relationship between Intracranial pressure and restricted skull volume in children with Craniosynostosis | Mr Gault, Senior Registrar in Plastic Surgery at The Hospital for Sick Children, Great Ormond Street, London. Prepared in conjunction with B. Jones, D Marchac and D Renier |
| Intra Operative Blood Loss - Anaesthetic Type
and Adrenaline Concentration. An Audit Gillespie P, Specialist Registrar in Plastic Surgery, Hall, P, Consultant Plastic & Cleft Surgeon, Ahmad T, Consultant Plastic & Cleft Surgeon, Sapsford D, Consultant Paediatric Anaesthetist, Smith H, Consultant Paediatric Anaesthetist Addenbrooke's Hospital, Cambridge A prospective study of intraoperative blood loss for all Cleft procedures was undertaken from January 2003 to May 2005 for 2 surgeons and their respective anaesthetists. Local anesthetic infiltration with chirocaine (0.25% or 0.5%) was performed in all cases with the concentration of adrenaline being determined by the anaesthetic type -a maximum strength of 1/200,000 being used in Gaseous Anaesthesia (GA) whereas the stronger 1/100,000 was allowed when a Total Intravenous Anaesthetic technique (TIVA) was used. In all cases a minimum wait of 7 minutes from injection to incision was enforced. We wanted to determine if this made a difference to blood loss. 235 useable datasets were analysed and results fell into the following grid. NUMBERS MEAN BLOOD LOSS MEDIAN BLOOD LOSS The results suggest a trend towards almost double the bleeding volume when the weaker concentration of adrenaline is used. This seems independent of surgeon or surgical procedure undertaken. The study continues to enable detailed statistical analysis with larger
numbers. |
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| 2005 | |
| Effects of the Fgfr2 Crouzon-type Mutation on
Palatal Shelf Development Perlyn Chad*; Babbs Christian*; LONAI PETER^; Morriss-Kay Gillian* *Department of Human Anatomy and Genetics University of Oxford South Parks Road Oxford, 0X2 7AW ^Weizmann Institute of Science PO Box 26 Rehovot 76100 Israel Introduction: The purpose of this project is to investigate the mechanisms through which the Crouzon mutation causes palatal abnormality. The project exploits a mouse model that has the Crouzon-type mutations Fgfr2Cys342Tyr. Methods: Approaches used were: (1) comparative morphology; (2) cell proliferation analysis; (3) in situ hybridisation. Histological techniques were used for evaluating palatal sections. Cell proliferation analysis was performed using 5Bromodeoxyuridine (BrdU). Nuclei that took up BrdU (indicating that they were synthesising DNA) were detected using an anti-BrdU antibody technique. Changes in gene expression are being analyzed by in situ hybridization, using molecular probes for markers of bone differentiation and FGFR signalling. Results: Results from embryonic day (E)13.5-15.5 show significant morphologic differences in palatal development in wild-type mice as compared with heterozygote and homozygote mutants. There appears to be a pattern of development delay by one embryonic day in the heterozygotes and two days in the homozygotes as evidenced by orientation of palatal shelves and degree of shelf fusion. Result of cell proliferation studies for the embryonic day 12.5 (the time at which palatal shelf outgrowth begins) show a significantly higher number of proliferating cells in the homozygote and heterozygote shelves as compared to the wild-types. The effects of this are seen in a decrease in hyaluronic acid in the mutant shelves on the following day. This may lead to decreased osmosis within the extracellular matrix and diminished shelf elevation. Gene expression studies, using in-situ hybridizatio, show abnormal expression of FGFR1 and FGFR2 in the palatal shelves, which correlates to the above findings. Conclusion: The Fgfr2Cys342Tyr mutation leads to developmental delay of palatal shelf elevation and fusion. FGFR2 remains expressed in the mutant shelves, possibly delaying the switch from cell proliferation to cell differentiation. As such, the necessary factors for palatal development are not present at the appropriate embryonic stage. Further work will be performed to examine this in more detail. |
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Assessment of Early Dental and Facial Deformity in Repaired Unilateral
Cleft Lip and Palate |
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Co-authors Alexander W Blayney Consultant in Otolaryngology, Anne McGillavery The purpose of this paper is to investigate the long-term outcome of
treatment of otitis media with effusion (OME) among children with cleft
lip and/ or palate. OME is a common finding among children with cleft
palate, and concerns have been expressed regarding the possible long-term
effects of the associated hearing loss on speech and language development.
However, although treatment of OME by tympanostomy tube insertion can
reverse the hearing loss in the short-term, in the long-term, this improvement
in hearing is not maintained. This article was accepted for publication by "Clinical Otolaryngology and Allied Sciences" (Blackwell Science) |
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| Work later published as - An Investigation into the Changes in Airway Dimension and the Efficacy of Mandibular Advancement Appliances in Subjects with Obstructive Sleep Apnoea. Johal A, Battagel JM, Brit J of Orthodontics Vol 26 1999 205-210 | |
| (in conjunction with Peter Gornall, Consultant in Paediatric Surgery) The conclusion to the study was that patients with clefts have a large number of associated anomalies. Centres treating cleft patients should be equipped to assess, prioritise and treat all anomalies in cleft patients. She produced evidence to support screening for cardiac, ophthalmic and renal anomalies. | |
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Authors: Timoney N Smith G Pigott RW |
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The paper looked at a longitudinal series of how McCombs cases treated only with a primary nose repair and then followed up 18 years with no further intervention. Measurements were made of nasal symmetry at the ages of 5, 10 and 18 looking for the overall results, as well as the affects of growth. The results supported the McComb nose correction, a technique that achieves good nasal symmetry of unilateral cleft lip which does not appear to affect the growth of the nose over the 18 year study. Work published as- McComb HK, Coghlan BA Primary repair of the unilateral cleft lip nose: completion of a longitudinal study. Cleft Palate Craniofac J. 1996 Jan;33(1):23-30; discussion 30-1 Department of Plastic and Maxillofacial Surgery, Princess Margaret Hospital for Children, Perth, Western Australia. Abstract of the paper - The first 10 consecutive unilateral cleft subjects operated on in 1975 by a technique of primary cleft nose correction, developed by the author (HKM), were reviewed at ages 10 and 18. No further nasal surgery had been performed on these cases. The anteroposterior and inferior facial appearances of each of the cases have been published for evaluation. A computer-based method of measuring nasal asymmetry was used to objectively analyze the results and compare them with normal and cleft control faces that were age matched. The results support the observation that nasal growth of the cleft side of the nose is unaffected by early primary nasal surgery and that the vertical shortening of the nose by the alar lift technique is preserved into adult life. Residual nostril asymmetry from septal deviation persists into adulthood. |
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Phoneme specific nasal emission occurs as nasal fricatives replace oral fricatives or affricates when there is normal velo-pharyngeal function for other sounds. This pattern of velopharyngeal function is sometimes misdiagnosed and in consequence may be managed surgically or with inappropriate management techniques. This paper reports a review of 100 individuals using active nasal fricatives and presenting with phoneme specific nasal emission. The most significant retrospective finding is the presence of middle ear hearing loss in 95% of patients. The type, frequency, timing and success of speech and language therapy techniques used with these patients are reported and recommendations for management given. |
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Work published in the following articles: |
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| This work was published as 'Intracranial Pressure
and Intracranial Volume in Children with Craniosynostosis' by Gault DT,
Renier D, Marchac D, Jones BM in Plastic and Reconstructive Surgery September
1992 Vol 90 (3) 377 - 381 A summary of Mr Gault's presentation follows. This study looks at the relationship between intra-cranial pressure and intra-cranial volume in children with cranio-synostosis. When one of the coronal sutures fuses early, there is little growth of the vault on that side. This is thought to deny the growing brain room to develop normally. The skull affects the underlying brain and many of these children have raised intra-cranial pressure. The rise in pressure is slow in onset and clinical symptoms, such as headaches, are often absent. Normal intra-cranial pressure increases with age and it is likely that the young child's brain is especially sensitive to intra-cranial hypertension. The life threatening rises in intra-cranial pressure seen after head injury is not seen in these children. At present the only satisfactory way to measure intra-cranial pressure is to place a sensor within the skull. This requires a general anaesthetic. If reduced intra-cranial volume is causing the rise in intra-cranial pressure then perhaps volume measurement alone would pick out the children with intra-cranial hypertension and thus save them an additional, albeit minor, operation to insert the pressure sensor. This was a study of 66 children with craniosynostosis presenting to the Hospitals for Sick Children in Paris and London. There were 48 boys and 18 girls. Their ages ranged from 6 months to 14 years with a mean age of 29 months. Intra-cranial pressure was recorded using the epidural sensor in 61 children. 3 patients had their pressure measured with a Camino Subdural bolt and in 2 cases lumbar puncture was used. In each case an overnight record was obtained. As intra-cranial volume varies as the child grows, the data has been examined in terms of Standard Deviation Scores (also known as the Z score). The Z score measures the tendency of any particular value to drift from normal, where V is the volume; V(a) is the volume of a normal child of the same age and sex & SD(a) is the standard deviation of a group of normal children of the same age and sex. Those children with raised pressure had a mean Z score of -1.568 they had a significant reduction in volume when compared to the group with normal pressure. The reduction in volume of the borderline group was not statistically significant. The key question is, does reduced volume pick out the children with raised pressure? When the children with the greatest reduction in volume were examined, however, less than 50% had a raised pressure. Our hypothesis that volume measurement alone would highlight the children at risk with raised pressure was clearly not supported. Hydrocephalus occurs in about 4% of children with craniosynostosis and is particularly common in those with Crouzons, Aperts and Clover Leaf deformities. This study has shown that when the intra-cranial pressure is elevated there is a significant reduction in intra-cranial volume. A reduced intra-cranial volume however does not reliably indicate whether the intra-cranial pressure is elevated or not. There is, unfortunately, no short cut to direct intra-cranial pressure measurement in these children. |