Otorinolaringologie


THE CLINICAL AND FUNCTIONAL DATA IN CHILDREN WITH CHRONIC OTITIS MEDIA WITH EFFUSION



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THE CLINICAL AND FUNCTIONAL DATA IN CHILDREN WITH CHRONIC OTITIS MEDIA WITH EFFUSION

Ion Ababii, Svetlana Diacova, Angela Chiaburu, Diana Chirtoca, Raghid Jened

Catedra Otorinolaringologie USMF «Nicolae Testemiţanu»


Summary

We described and compared the clinical and functional data of children suffering from Chronic Otitis Media with Effusion, who were under our supervision. The impedance audiometry is a single objective method of appreciation of the middle ear status. The indications for impedance audiometry testing are: irritability, difficulties in communications with other children, non adequate reaction on parents call, sleep disorders, periodically moodiness without any reasons, loudness in talking and delay of the speech formation, frequent respiratory tract infection, allergy reactions, periodical intestinal disorders, neurological pathology, recurrent or chronic pathology of the nose and pharynx, any otoscopic abnormalities detected by the family doctor in a child in the first 5 years of life.



Rezumat

Am descris şi comparat date clinice şi funcţionale la copii cu Otită Medie Exsudativă Cronică care au fost sub supravegherea noastră. Impedansmetria este o metoda unică obiectivă de apreciere a stării urechii medii. Indicaţiile pentru impedansmetrie sunt: iritabilitatea, dificultăţi în comunicare cu alţi copii, reacţia neadecvată la adresarea părinţilor, dereglările somnului, periodic lipsa dispoziţiei copilului fără o cauză evidentă, vorbirea foarte tare şi retardul vorbirii, infecţiile frecvente ale tractului respirator, reacţiile alergice, tulburări intestinale periodice, patologie neurologică, patologia recidivantă sau cronică ale nasului şi faringelui, orice anomalii otoscopice detectate de către medicul de familie la copil în primii 5 ani de viaţă.



Introduction

Otitis Media with Effusion (OME) is a subclinical inflammation of the middle ear and presence of liquid in the tympanic cavity. [1, 2] Recurrent infection of upper respiratory tract, allergic changes in nasopharynx in early childhood provoke accumulation of pathological liquid in nasopharynx. Some anatomical features of the Eustachian tube in children predispose to reflux of pathological liquid from nasopharynx to the middle ear through this tube. Absence of the adequate treatment at the beginning of OME leads to formation of chronic otitis media with effusion, recurrent otitis media, adhesive otitis media, and chronic otitis media with cholesteatoma formation. Therefore the timely diagnosis of OME is very important for beginning of adequate treatment and prevention of further evolution of otitis media.

Chronic Otitis Media with Effusion (COME) is a persistent inflammation of the middle ear and presence of sticky fluid in the tympanic cavity for more than 3 months. [3, 4, 5] In the majority of cases the OME has relatively asymptomatic course which complicates diagnosis at time. [6, 7]

The ORL doctors are using pneumatic otoscopy and tympanometry for the detection of otitis media with effusion, but the functional diagnostic methods are not always available for medical practitioners (family doctors) who are responsible for diagnosis and treatment of otitis media.


Purpose

The purpose of our research is to describe and compare the clinical and functional data in children suffering from Chronic Otitis Media with Effusion.



Material and methods

Our research was carried out in the pediatric ORL Clinic of the Department of Otorhinolaryngology, “Em. Cotaga Republican Hospital for children. The study involved 35 patients at the age from 1 to 18 years with Chronic Otitis Media with Effusion (COME). The final diagnosis was based on the data of surgical findings and morphological examination of the middle ear mucosa.

The Work Up included anamnesis, anterior and posterior rhinoscopy, oropharyngoscopy and pneumatic otoscopy, otomicroscopy, conventional audiometry, impedance audiometry otomicroscopy during surgery, examination of surgical findings. [6, 7]

Various background characteristics were recorded for the purpose of identifying risk factors associated with COME. These included information on the following: socio-economic status of parents, their age, presence of chronic diseases and ORL - pathology in parents and other children in the family; some points of nutrition and development of infant during first year of life, beginning of the disease; history of otitis media, respiratory tract infection, intestinal disorders, neurological disorders; antibiotic therapy; some points of child behavior, sleeping; level of speech and other information.

The routine ORL examination was carried out with the scope to identify the acute and chronic inflammation of the nose and paranasal sinuses, presence of the inflammation or hypertrophy of nasopharyngeal and palatine tonsils, etc.

During the pneumatic otoscopy we registered color, thickness, transparency of the tympanic membrane, visibility of main points, mobility of tympanic membrane and we compared these data with the most precise examination – otomicroscopy during surgery.

The hearing assessment of the patients was performed using conventional audiometry test and play audiometry test (according to age and child behavior).

Impedance audiometry which included tympanometry and acoustical reflex registration was performed for evidence of the middle ear compliance.


Results

We included in our work 35 children with the diagnosis otitis media with effusion; the total number of ears was 61 (in 9 patients only 1 ear was affected). Age distribution at the time of surgery performed for OME is presented on Fig.1.Ten patients were operated for OM during their first three years of life, 17 patients were operated at 4 to 6 years of age, and 8 patients were operated at 7 to 18 years of age.

.


Age groups of patients

No of patients

0 – 3 years

10

4 – 6 years

17

7 – 12 years

4

13 – 18 years

4

Total

35

Fig. 1. Age distribution of patients with COME


Anamnesis

The onset of OME began early in the majority of the patients. The mean age of otitis media onset was 3.74 years (SD 1.63).

Detailed analysis of the disease history revealed presence in all children of at least 2 signs from the list: irritability, difficulties in communications with other children, non adequate reaction on parents call, sleep disorders, periodically moodiness and tearfulness, loudness in talking and lay of the speech formation.

Parents of 27 children have noted frequent respiratory tract infection. Allergy reactions were characteristic for 13 children. Periodical intestinal disorders were registered in 9 patients. Some neurological pathology was diagnosed in 23 children.

ORL examination.

All children had recurrent or chronic pathology of the nose and pharynx. (Table 1) The adenoid hypertrophy and adenoiditis were registered in majority of the cases.

Table 2

ORL pathology in children with COME




ORL pathology

No of patients

Adenoid hypertrophy

32

Adenoid infection

27

Tonsil hypertrophy

25

Tonsil infection

18

Nose and sinus infection

15

Otoscopy

Tympanic Membrane was relatively intact during conventional otoscopy (grey, or grey yellowish color), mild retraction of the tympanic membrane or on the contrary – dullness, flattening of the main points, changes of light reflex – enlargement, disappearance, abnormal shape and position, etc.

Pneumatic Otoscopy revealed: dullness, opacity, thickness, low visibility of main points, enlargement of vessels and changes of light reflex – enlargement, disappearance, abnormal shape and position.

Test mobility of tympanic membrane: we were able to perform this test in children older than 5 years (21 ears). Tympanic Membrane mobility was absent in all cases.

Audiometry

In all patients we registered mild conductive hearing loss and the mean hearing level before surgery was 35 dB.

Impedance audiometry

Impedance audiometry test confirmed presence of otitis media in all cases. Type B of tympanogram was registered in 96 % of ears, Type C2 - in 4 %. No any Acoustical Reflex was registered.



Otomicroscopy

Otomicroscopy during surgery revealed dullness, opacity, thickness, low visibility of main points, enlargement of vessels, changes of light reflex – enlargement, disappearance, abnormal shape and position, retraction pockets and thin-film adhesion.

Effusion was present practically in all ears, thick, glue-like effusion was found in 49 ears, serous liquid was aspirated in 6 ears and purulent effusion was noted in 6 ears. All these patients were older than 6 years of life.

Case Study.

A three years old boy with the history of poor school progress, slight speech delay, irritability, and disturbances of sleeping was examined at our Clinic. From his history we knew that he had had some allergic reactions and repeated courses of acute otitis media in past.

The Otoscopy examination revealed a dull, opaque, retracted eardrum, which moved sluggishly, did not transmit light and was retracted.

Examination of the nasopharynx showed presence of Hypertrophy of Adenoids and Adenoiditis.

The Impedance audiometry displayed type B of the tympanogram, and absence of Acoustical Reflex.

Audiometry showed hearing loss bilaterally 35 – 40 dB.

On the basis of these data we diagnosed Otitis Media with Effusion, Hypertrophy of Adenoids and Adenoiditis.

The child was prescribed 2 consecutive courses of conservative treatment during 1 month which consists of antibiotic treatment, antihistamine therapy, mucolyitics, and glucocorticosteroids. The effect after this treatment was appreciated by the results of otomicroscopy and functional examination in dynamics. The first month after the treatment we registered some positive changes – good nasal respiration, no any discharge from the nose and functional examination of ears showed better results: otoscopy - tympanic membrane practically normal; impedance audiometry - type C2 of the tympanogram, without any acoustical reflex. But in 2 weeks clinical and functional examination of nose and ears demonstrated pathological changes characteristic for Chronic Otitis Media with Effusion, Hypertrophy of Adenoids.

We performed surgical treatment which included Myringotomy with Tympanostomy tube insertion and adenoidectomy. Our surgery confirmed the diagnosis and its chronic course (presence of thick mucous fluid behind the tympanic membrane bilaterally).


Discussion

The age of OME onset in our patients was first 3 years of life. The disease developed on the base of nasopharyngeal pathology hypertrophy of adenoids, adenoiditis, sinusitis, tonsillitis, etc. This middle ear inflammation manifests with only one single symptom – mild, sometimes undulating, hearing loss. These hypoacusis is not evident for the child and his parents because of early age of the child. Some changes in a child behavior on the basis of hearing loss in the majority of cases are appreciated by parents as some psycho-neurological pathology. Therefore parents go to neurologist and family doctor. Some parents check their child ears in family doctor office with the otoscope. But simple otoscopy examination is not helpful for diagnosis of OME because of enough minimal changes of the tympanic membrane. Therefore the correct and precise diagnosis is delayed. The impedance audiometry is a single objective method of appreciation of the middle ear status.

The indications for impedance audiometry testing are:


  1. irritability, difficulties in communications with other children, non adequate reaction on parents call, sleep disorders, periodical moodiness and tearfulness, loudness in talking and lay of the speech formation,

  2. frequent respiratory tract infection, allergy reactions, periodical intestinal disorders, neurological pathology

  3. recurrent or chronic pathology of the nose and pharynx

  4. any otoscopic abnormalities detected by family doctor


Bibliography

  1. Daly KA, Hunter LL, Levine SC, Lindgren BR, Bruce R, Giebink GS. Relationships between otitis media sequelae and age. Laryngoscope 1998;108(9):1306-10.

  2. Ababii I., Diacova S., Chiaburu A. Tratamentul chirurgical al otitelor medii la copii // Buletin de Perinatologie, N 1, 2002, p. 46 - 48.

  3. Chalmers D., Stewart I., Silva Ph., Mulvena A. - Otitis media with effusion in children. The dunedin study. // Mac Keith Press. London. 1989, P. 1 - 167.

  4. van Cauwenberge P, Watelet JB, Dhooge I. Uncommon and unusual complications of otitis media with effusion. Int J Pediatr Otorhinolaryngol 1999;49 Suppl 1:119-25.

  5. Diacova S., Ababii I. - Our experience in diagnosis, treatment and follow up of otitis media with effusions in infancy. // 6th International Conference on Physiology and Pathology of Hearing. September 14-16, 1999, Mikolajki, Poland. Abstracts. P. 125 - 126.

  6. Diacova S., McDonald T., Beatty Ch., Wei J. - Ear drops in preventing otorrhea associated with tympanostomy tubes insertion in children //4th European Congress of Oto-Rhino-Laryngology Head and Neck Surgery. May 13 - 18, 2000. ICC Berlin, Germany. Abstracts. P. 56.

  7. Diacova S., McDonald T. A comparison of outcomes following tympanostomy tube placement or conservative measures for management of otitis media with effusion // Ear Nose Throat J 2008, V.86:552-4


PAPILOMATOZA LARINGIANĂ. TENDINŢE ACTUALE ÎN

TRATAMENT

Ion Ababii, Vladimir Popa, Alexandru Sandul, Victor Osman,

Boris Chirtoacă, Ludmila Guţuleac

Catedra Otorinolaringologie USMF ” Nicolae Testemiţanu ”


Summary

Laryngeal papillomatosis. News in the treatment

Laryngeal papillomatosis is a disease consisting of tumors that grow inside the larynx (voice box), vocal cords, or the air passages leading from the nose into the lungs (respiratory tract) . Laryngeal papillomatosis affects infants and small children as well as adults. It is caused by HPV types 6 and 11. The papillomas may vary in size and grow very quickly. Without treatment it is potentially fatal as uncontrolled growths could obstruct the airway. These tumors can reoccur frequently, may require repetitive surgery, and may interfere with breathing. The disease can be treated with surgery and antivirals.


Rezumat

Papilomatoza laringiană se prezintă sub forma unor multiple formaţiuni tumorale papilare la nivelul corzilor vocale, de unde se pot extinde spre benzile ventriculare, epiglotă şi în cazuri rare spre trahee şi bronhii. Afectează atît copiii, cît şi adulţii. Agentul etiologic este HPV , subtipurile HPV 11 şi HPV 6 . O evoluţie agresivă a patologiei în condiţiile unor bolnavi nesupravegheaţi poate provoca blocarea căilor respiratorii. Este recunoscută ca o afecţiune gravă, recidivantă. Algoritmul de tratament constă în ablaţia chirurgicală şi medicaţia antivirală.


Actualitatea temei

Papilomatoza laringiană este o maladie gravă, cu o rată înaltă a recidivelor. Frecvent întîlnită la copii, incidenţa fiind de 0,2 -0,7 la 100 mii locuitori, dar poate debuta şi la adulţi, astfel încît 1/3 din cazurile de papilomatoză laringiană debutează după vîrsta copilăriei.

La adulţi se determină o predominanţă masculină, vîrsta clasică de debut fiind 20-30 ani, dar poate fi prezent şi un debut tardiv.

Un studiu epidemiologic danez arată o incidenţă a patologiei de 3,94 la 100 mii locuitori adulţi [5].

Studiu efectuat de specialiştii americani arată o incidenţă a patologiei de 1,8 la 100 mii locuitori adulţi [5].

Algoritmul de tratament al papilomatozei laringiene este în continuă cercetare, pîna în prezent fiind definite următoarele metode:



  • laringoscopia suspendată cu ablaţia papiloamelor

  • vaporizarea Laser CO2 a patului restant

  • tratamentul cu interferon

  • autoimunoterapia

- terapia fotodinamică

- folosirea LASER-ului PDL (pulsed dye LASER ).


Obiectivele lucrării

Familiarizarea cu patologia papilomatoza laringiană, efectuarea unei sinteze a metodelor contemporane de tratament.



Material şi metode de cercetare

Am efectuat o cercetare a literaturii contemporane, cu selectarea datelor referitoare la noile aspecte şi metode de tratament abordate în managementul medical al papilomatozei larigiene.


Discuţii

Papilomatoza laringiană juvenilă – se întîlneşte la copii şi adolescenţi sub forma unor multiple formaţiuni tumorale papilare la nivelul corzilor vocale care se pot extinde spre benzile ventriculare, epiglotă şi rar spre trahee, bronhii.

Papilomatoza laringiană a adultului - de obicei, are aspectul unei leziuni solitare care prezintă o reacţie inflamatorie mai accentuată la nivelul stromei, recurenţele fiind mai puţin frecvente.

Se cunosc 2 tipuri evolutive ale papilomatozei laringiene:

Benignă – cu localizare limitată şi evoluţie lentă.

Malignă – cu localizare difuză, proliferativă, cu evoluţie rapidă.



Papilomul simplu – reprezintă o masă tumorală gri-albicioasă exofită, avînd o bază largă de inplantare, este unic, cu localizarea în 1/3 anterioară a corzilor vocale cu tendinţa de extindere spre comisura anterioară, vestibulul laringian şi spaţiul glotic. Este recidivant şi poate avea evoluţie spre malignizare.

Papilomatoza recidivantă juvenilă

Se caracterizează printr-o evoluţie imprevizibilă.

Se pot instala perioade de remisiuni spontane cuprinse între 6-8 luni şi 2 ani [4].

În condiţii de stres cum ar fi: sarcina, boli grave se poate solda cu evoluţii dramatice.

O evoluţie agresivă a papilomatozei laringiene în condiţiile unor bolnavi nesupravegheaţi poate determina blocarea căilor respiratorii care impune traheotomia. Aceasta nu este benefică pentru evoluţia ulterioară a papolomatozei laringiene, deoarece favorizează diseminarea procesului patologic în trahee constituind o complicaţie severă [1].

Diagnosticul

Stabilirea diagnosticului nu prezintă dificultăţi. Se determină în baza tabloului clinic

şi următoarelor investigaţii instrumentale:

1. Laringoscopia indirectă

2. Videofibroscopia

3. Examenul histopatologic (este obligator şi necesar repetarea acestuia la fiecare reintervenţie, pentru a controla menţinerea caracterului benign al leziunii).

În 4,2 % cazuri la examenul histopatologic se determină malignizarea proceslui patologic[6].

La examenul laringoscopic - papilomul apare ca o masă exofită pediculată, roz – roşietică în cazul papiloamelor nekeratinizate şi albicioasă în cazul celor keratinizate.

Sînt situaţii în care tumorile multiple vegetante ocupă întreg endolaringele, fără a se putea preciza localizarea exactă sau locul de origine al papiloamelor.



Examenul fibroscopic completează bilanţul lezional fiind important pentru a aprecia extensia subglotică sau chiar în trahee a leziunilor papilomatoase.

Imagistica nu este informativă.



Tratamentul

Este complex, dar obţinerea vindecării nu este o certitudine.

Adesea în evoluţia papilomatozei juvenile instalarea pubertăţii conduce la videcarea spontană[6].

Prima intervenţie chirurgicală a fost efectuată în anul

1903 de Harmer - excizia papiloamelor pe cale chirurgicală, apoi

1950 – Hollingsworth utilizează podofilina în tratamentul papilomatozei laringiene

1968 – Kleinsasser aplică electrocoagularea

1979 – Andrews, Mass şi Holigerin folosesc crioterapia.

În prezent nu există protocol standart de tratament eficient.


  • Tratamentul de elecţie ramîne laringoscopia suspendată cu ablaţia papiloamelor.

  • Vaporizarea Laser CO2 a patului restant se pare că permite spaţierea recidivelor şi implicit rezultate mai bune.

  • Mulţi autori ajung la concluzia că utilizarea penselor are un risc mai mic de apariţie a cicatricelor, decît utilizarea Laserului. Ei propun ca la copiii de pînă la 10 ani să fie utilizată numai metoda clasică de înlăturare a papiloamelor[3].

În cazul unor formaţiuni situate în comisura anterioară, acestea vor fi vaporizate numai de pe o coardă vocală, rămînînd ca la următoarea şedinţă de vaporizare Laser, peste 4-6 săptămîni să fie vaporizate şi cele de pe coarda vocală contralaterală cu scop de a preveni formarea unei sinechii în comisura anterioară.

Pentru optimizarea rezultatului terapiei chirurgicale acesteia i se asociază în prezent autoimunoterapia sau tratamentul cu interferon. Din formaţiunile papilomatoase excizate puse în soluţie fiziologică şi apoi în zăpadă carbonică se prepară ulterior autovaccinul.

Există autori care preferă ca ulterior vaporizării laser a formaţiunilor papilomatoase să se efectueze injecţii interstiţiale locale cu interferon sau Roferon - 3 milioane U injectate în zona afectată [2,3].

Pentru bolnavii care prezintă leziuni multifocale, tratamentul local cu interferon se efectuează în etape succesive, la interval de 6-8 săptămîni .

După Leventhal - utilizarea interferonului pe termen lung a determinat remisii complete la 40 % pacienţi şi ameliorarea simptomatologiei la alţi 40 % [6].

Păreri contradictorii afirmă că utilizarea Interferonului nu elimină virusul latent (Steinberg ), motiv pentru care recidivele sînt posibile şi la ani distanţă ( Bergstrom ).



Terapia fotodinamică – constă în injectarea intravenoasă de colorant specific sensibil la lumină. Colorantul se concentrează în leziunea papilomatoasă care e distrusă prin expunerea la o sursă de lumină de o anumită lungime de undă [1] .

Unii autori discută folosirea LASER-ului PDL (pulsed dye LASER ) cu colorant în procedurile de rutină. Acest tip de laser –este considerat laser ”inteligent”, deoarece vaporizează papilomul fără a afecta epiteliul laringian normal. Este uşor de manipulat prin canalul de lucru al fibroscopului. Se adresează cazurilor uşoare. Autorii sugerează că acest tip de tratament înlocuieşte cu succes vaccinurile, terapia fotodinamică sau chimioterapia [6].



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