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Termografía, una herramienta novedosa en la práctica estomatológ= ica

 

Thermography, a novel tool in stomatological pract= ice

 

Lianne Laura de León Ramírez.[1], = María Isabel Garay Crespo.[2], = Layma Rosa de León Ramírez.[3] & Lia Magariño Abreus.4

 

 

Recibido: 1-02-2021 / Revisado: 10-02-2021 /Aceptado: 01-03-2021/ Publicado: 05-04-2021

 

DOI: https://doi.org= /10.33262/anatomiadigital.v4i2.1613

 

Abstract

 

Introduction: Thermography is a technique that allows to determine temperatures from a distance without the need for physical cont= act with the object to be studied, in this sense it has become a very useful complementary tool for the evaluation of painful processes, allowing to identify pathophysiological alterations in the people. Its medical applications are multiple and dentistry does not escape its field of application.

Objective: to expose the applications of Thermography in Stomatology.

Method: a bibliographic review was carried out, using the resources available in = the Infomed network, specifically: PubMed, SciELO and Ebesco, through different datab= ases (Medline, Academic Search Premier, Medic Latina) in addition to Cumed, Li= lacs and Scopus. Searches were conducted in English and Spanish. The Google Scholar search engine was used.

Results: they refer to conditions in which this techniqu= e is used to establish a diagnosis. Thermography is a useful option to complem= ent the diagnosis of certain oral pathologies that involve a change in temperature in the orofacial region, and it can affect people's health as part of the health-disease process.

Keywords: thermography, thermology, temperature, thermogr= aphy in stomatology.

 

 

 

Resumen

 

Introducción: la Termografía es una técnica que permite determinar temperaturas a distancia sin necesidad de contacto físico con= el objeto a estudiar, en este sentido se ha convertido en una herramienta complementaria muy útil para la evaluación de los procesos dolorosos, p= ermitiendo identificar alteraciones fisiopatológicas en las personas. Sus aplicacio= nes médicas son múltiples y la odontología no escapa de su campo de aplica= ción.

Objetivo: exponer las aplicaciones de la Termografía en = la Estomatología.

Método: se realizó una revisión bibliográfica, empleando los recursos disponibles en la red Infomed, específicamente: PubMed, SciELO y Ebesco, a través de diferentes bases de datos (Medline, Academic Search Premier, Medic Latina) además de Cumed, Lilacs y Scopus. Las búsquedas se realizaron en inglés y español. Se u= tilizó el buscador Google Académico.

Resultados: se refieren afecciones en las que esta técnica es utilizada para establecer= un diagnóstico.  La termografía e= s una opción útil para complementar el diagnóstico de ciertas patologías bu= cales que implican un cambio de temperatura en la región orofacial, y puede in= cidir en la salud de las personas como parte del proceso salud-enfermedad.

Palabras claves: termografía, termología, temperatura, termogr= afía en estomatología.

 

Introdu= cción

El cuerpo humano realiza constantemente intercambios de temperatura con el ent= orno en forma de energía, como parte de un proceso de autorregulación para man= tener la homeostasis que necesita. Esta cantidad de energía crece y decrece en proporción a la temperatura corporal, de forma que, a mayor temperatura, m= ayor intensidad de energía infrarroja irradiada por el cuerpo. (Salazar, Domínguez, Iborra, de Córdoba &a= mp;Gómez, 2015)

 

La temperatura es esencial para el desarrollo normal del cuerpo humano. Un cam= bio en unos pocos grados en la temperatura central del cuerpo, es un indicador = de probable enfermedad. Como la circulación sanguínea difiere en varias partes de la piel, la temperatura cambia en consecuencia. Por lo tanto, las enfermedades afectan = el flujo sanguíneo y causan irregularidades en la distribución de esta tempe= ratura. (Lakshmi, Kiran&Joy, 2018)

 

La piel es la ruta principal par= a la disipación de calor usando la sangre como fluido de intercambio de calor y= a que los procesos bioquímicos en el cuerpo humano generan calor, que debe ser disipado. La temperatura de la piel es un indicador de aberraciones en el metabolismo, la hemodinámica o la termorregulación neuronal. (S= ikdar, Khandelwal, Ghom, Diwan&Debta, 2010)

Durante siglos, los antiguos médicos griegos describieron la relación entre el ca= lor y los procesos patológicos. Por ejemplo, Hipócrates usó la parte posterior= de su mano para sentir el calor irradiado por las partes del cuerpo que estaban siendo examinados. Así nació la termografía. Con los años, el termómet= ro de mercurio, creado Boullain basado en la concepción teórica creado por Sanctorius, destinado a registrar cambios temperatura corporal, fue evolucionando. (Presíd= eo, Wanerly& Medrano, 2016)

Carl Wunderlich fue el primer médico que dedicó su investigación a los cambio= s de la temperatura humanos, midiendo las diferencias entre sanos y enfermos durante años con un termómetro donde apreciaba las variaciones en torno a los 37â= ° C que experimenta el cuerpo. (Ring, 2007) La era moderna de la teletermometría fue iniciado = en 1931 por Hardy, quien describió la fisiología papel de la emisión infrarroja = de la piel humana y su potencial importancia diagnóstica. En 1986, la Academia Estadounidense de la Termografía Neuromuscular publicó pautas básicas pa= ra realización de exámenes termográficos faciales. (Mouli et al.,2012)=

 <= /p>

La termografía es una técnica proveniente de la física que la medicina ha aprovechado para conocer mejor= los cambios fisiológicos del cuerpo humanos. El fundamento del uso en que se b= asa la técnica reside en que bajo los cambios de temperatura existen condicion= es médicas particulares, vinculadas a la existencia de patologías. (<= span style=3D'font-size:12.0pt;line-height:115%;font-family:"Times New Roman",se= rif; mso-ansi-language:ES-MX;mso-fareast-language:ZH-CN'>Salazar et al., 2015)

 

Tiene aplicación en numerosas disciplinas como lo son: la <= /span>industria civil y militar, la agrónoma, la medicina forense, la psicología, en campos de la medicina como neurología, cardio= logía, reumatología, dermatología, oncología, neonatos, oftalmología y cirugí= a, pero como tal lo que nos interesa es su aplicación en la relación entre la temperatura humana y la enfermedad, que se lleva investigando desde que se estudia la medicina. (Ring, 2007), (Salazar et al., 2015) Como se puede apreciar, sus aplicaciones médicas son múltiples y la odontología no esc= apa de su campo de aplicación.

 

Por la novedad que representa y sus múltiples funciones se decidió hacer una actualización del tema, con el objetivo de exponer las aplicaciones de la Termografía en la especialidad estomatológica. Constituye un reto pa= ra la mejora de la atención a nuestros pacientes, por lo cual resultaría interesante que los estudiantes de las universidades médicas manejen el conocimiento de las tecnologías actuales utilizadas en el campo de la salu= d.

Metodología

Se realizó una revisión bibliográfica, empleand= o los recursos disponibles en la red Infomed, específicamente: PubMed, SciELO y Ebesco, a través de las bases de datos: Medline, Academic Search Premier, Medic Latina; además de Cumed, Lilacs y Scopus. Las búsquedas se realizar= on en inglés y español. Se utilizó el buscador Google Académico y se aplicó = una estrategia de búsqueda utilizando las palabras claves y conectores: termog= rafía, termología, temperatura, termografía en estomatología (filtrado por relevancia).  Se analizó la calid= ad, fiabilidad y validez metodológica de los artículos seleccionados para rea= lizar una adecuada revisión y se valoraron las tendencias actuales en la temáti= ca.

Resultados

La termografía es una técnica que permite medir temperaturas a distancia, con exactitud y sin necesidad de contacto físico con el objeto a estudiar. La cámara térmica o infrarroja que se usa para su aplicación, es capaz de c= aptar diferencias de temperatura mínimas y convertirlas en una imagen térmica n= ítida en la que se pueden observar detallados sus valores exactos. (Salazar et al., 2015)

Dependiendo del tipo de operación, la termograf= ía se puede clasificar de la siguiente manera:

 

1.      Método de contacto: = termografía de cristal líquido (LCT).

2.      Método sin contacto: teletermografía infrarroja (ITT) y Teletermometría de área dinámica (DA= T). (Lakshmi et al., 2018)

 

La termografía infrarroja (TIR) se ha convertido en una herramienta complemen= taria muy útil para la evaluación de los procesos dolorosos, permitiendo identi= ficar alteraciones fisiopatológicas del medio interno que justifican la clínica dolorosa manifestada por los pacientes. Constituye una herramienta sencilla, biosostenible y de bajo coste, que no utiliza radiaciones de ningún tipo y puede utilizarse en niños y embarazadas sin riesgo alguno. (Hidalgo, Ãlvarez & Salvador, 2014)

La radiación infrarroja es la señal de entrada que la cámara termográfica = necesita para generar una imagen de un espectro de colores, en el que cada uno de los colores, según una escala, significa una temperatura distinta, de manera q= ue la temperatura medida más elevada aparece en color blanco. (Salazar et al., 2015)

 

Dependiendo de la determinación de la temperatu= ra de la piel se clasifica en:

 

1.      Termografía estática: medición de t= emperatura en una sola instancia de tiempo.

2.      Termografía dinámica: temperatura me= dida en serie de muchas instancias consecutivas. (Lakshmi et al., 2018)

 

La técnica proporciona una evaluación del dolor agudo y crónico a través d= e la imagen que refleja el aumento y la disminución de la temperatura debido a microcirculación en la región afectada. Ella ha contribuido para el diagn= óstico de diversas enfermedades como dermatitis, trastornos sanguíneos, daño ner= vioso agentes sensibles y procesos inflamatorios subyacentes. En particular, en el contexto de la Odontología, esta técnica se ha utilizado en para establec= er y confirmar posibles diagnósticos por ejemplo dolor miofascial, disfunción temporo-mandibular, cambios nerviosos, dolor de muelas enfermedad atípica, herpes labial prodrómico, peri-operatorio-dentales y endodoncia. (Presíde= o et al.,2016)

Aplicación clínica de la termografía.

Las diferentes actividades de los tejidos y órganos del cuerpo afectan la temperatura corporal y determinadas enfermedades pueden mostrar patrones térmicos característicos. En condiciones normales, nuestro cuerpo present= a un termograma simétrico, basado en la inervación de los diferentes miembros = por lo que emitimos el mismo calor con lugares simétricos de nuestro cuerpo. (Brioschi,2006) Cuando se altera esa simetría térmica al menos medio grad= o, algo está pasando en los órganos equivalentes a nivel clínico, asociado a cambios en volumen de sangre en las zonas. En solo unos minutos la termogra= fía es capaz de captar estas diferencias entre zonas alteradas y zonas normales= de la piel y extraer diferencias que ayuden al filtrado inicial en la detecciÃ= ³n de patologías. (Salazar et = al., 2015)

 

La medición de la termografía en la configuración clínica se puede realiza= r en un lugar determinado o sobre un área de interés. La teletermografía de la c= ara en sujetos normales ha demostrado que los hombres tienen temperaturas más alt= as que las mujeres. La afirmación anterior se fundamenta en que los hombres t= ienen mayor metabolismo basal que las mujeres y su piel disipa más calor por uni= dad de área de superficie corporal. Del mismo modo, también pueden ocurrir variaciones de edad y etnia en la temperatura facial. (Mouli et al., 2012)

 

De acuerdo con un sistema reciente de clasificación del ∆T (variación de temperatura) se utilizaron teletermógrafos para mediciones del área facia= l, clasificando como 'normal' cuando los valores ∆T del área anatómica var= iaba de 0.0 a ± 0.25ºC, 'caliente' cuando el área ∆T es> - 0.35ºC y 'frío= ' cuando el área ∆T era <+0.35ºC. Cuando un valor ∆T del área anatómica sele= ccionada es± (0.26-0.35ºC), los datos se clasifican como 'equívocos'.

Los termógrafos calientes tenían el diagnóstico clínico de:

 

1.      Dolor mediado por nervios periféricos= .

2.      Dolor simpático.

3.      Sinusitis maxilar.

4.      Artropatía de la articulación temporomandibular (ATM).

&n= bsp;

Se vieron termografías frías con diagnóstico de dolor simpático independie= nte y nervio periférico. (Lakshmi et al., 2018), (<= span lang=3DES style=3D'font-size:12.0pt;line-height:115%;font-family:"Times New= Roman",serif; color:#231F20'>Mouli et al., 2012)<= sup>

En trastornos de la ATM:

 

El examen normal de ATM utilizando termografía había mostrado patrones térm= icos simétricos con una media ∆T valores de 0.1 0 C. Por otro lado, pacientes afectados con trastorno interno y ATM la osteoartritis mostró valores de â= ˆ†T de +0.4 0 C. (Lakshmi et al., 2018)

La aplicación de la TIR para el diagnóstico de la patología de la ATM ya se= ha abordado en numerosas publicaciones. Fikackova y Ekberg (2004) valoraron positivamente los resultados obtenidos por la TIR como herramienta diagnós= tica en acasos de artralgia de la ATM. (Citado en Hidalgo et al., 2014)

En el año 2013 se estudió la exactitud y la fiabilidad de la TIR en el diagn= óstico de dolor en mujeres con disfunción temporomandibular, y se llegó a la conclusión de que la prueba tiene una excelente fiabilidad interevaluadora, pero una baja precisión, en el diagnóstico del dolor de origen miógeno en mujeres con disfunción temporomandibular. También se analizó la temperat= ura central de los músculos implicados en la masticación (masetero, temporal)= y se concluyó que este dato no ofrece una precisión adecuada para el diagnóstico de la disfunción temporomandibular de origen miógeno. (DibaiFilh, Packer, = Costa&Rodrigues-Bigaton, 2013)

Por su parte, Lobo Sanz concluye en su estudio que, considerando los resultados obtenidos y debido al desarrollo de la TIR en los últimos años y a la apa= rición de cámaras termográficas digitales de alta precisión, parece viable el e= studio y el desarrollo de esta técnica en Odontología para el diagnóstico de trastornos musculo esqueléticos de disfunción temporomandibular. (Hidalgo= et al., 2014), (Lobo, 2013)

En la evaluación de la vitalidad pulpar:=

La vitalidad de la pulpa está bajo investigación. El concepto básico es que= el diente que tiene un tejido pulpar vital es de temperatura más cálida en comparación con el diente sin suministro de sangre.  Los dientes no vitales fueron más len= tos para recalentarse en comparación con los dientes vitales. La limitación de este procedimiento es que los dientes deben aislarse con dique de goma. El procedimiento es complejo y requiere que los sujetos descansen una hora ant= es de la prueba. (Lakshmi et al., 2018)=

 

En la cuantificación térmica de la pulpa:=

 

El tejido pulpar dental está expuesto a una variedad de lesiones térmicas du= rante varias modalidades de tratamiento dental.

 

Últimamente para la desunión de brackets de ortodoncia, se utiliza ampliamente el mét= odo de desunión electrotérmica (ETD). Aunque la técnica tiene más ventajas que= el método mecánico convencional puede plantear serios daños térmicos a la = pulpa. (Mouli et al., 2012)

 

En la evaluación del déficit del nervio alveol= ar inferior:

 

A lo largo de los años, numerosos estudios han demostrado que la técnica de imagen térmica puede desempeñar un papel vital en la evaluación efectiva= del déficit del nervio alveolar inferior. Gratt y sus colegas en 1994 declarar= on que los pacientes con déficit del nervio alveolar inferior cuando se examinaron mostraron valores de ∆T de +0.5 0 C en el lado afectado mientras que los sujetos sin déficit del nervio alveolar inferior mostraron un valor de ∆T térmico simétrico de +0.1 0 C. (Gratt, Sickles, &Shetty, 1994)

 

Detección de herpes labial en fa= se prodrómica:

Durante la fase prodrómica, todos los pacientes mostraron un aumento de

temperatura siendo 1.1 ° C ± 0.3 ° C sobre un área termo= gráfica positiva media

de 126 mm 2 ± 34 mm, incluso cuando el paciente estaba asintomático.

Después de 72 horas de tratamiento con crema de Aciclovir, = la mayoría de los

pacientes volvieron a la normalidad al realizársele el mismo estudio termográfico sin evidencia de infección. (Sikdar et al., 2010)

 

Aplicaciones adicionales de teletermografía en Odontología:

 

1.      Diagnóstico de los t= rastornos óseos y nerviosos/ Evaluación de trastornos del cráneo mandibular.<= /o:p>

2.      Dolor articular en ar= tritis, osteoartritis, artritis reumatoide.

3.      Dolor muscular, reacc= iones hiper o hipotónicas.

4.      Seguimiento de tratam= ientos endodónticos.

5.      Reacciones tisulares = a nuevos materiales dentales.

6.      =   Diagnóstico de cualquier tipo de inflamación maxilofaci= al.

7.      Periodontitis crónic= a y aguda.

8.      Enfermedad sinusal

9.      Cánceres en territor= io maxilofacial

10.  Síndrome de dolor mi= ofascial

11.  Neuralgia.=

12.  Detección de la enfe= rmedad oclusalcarotídea. (Mouli et al.,2012)(Sikdar et al., 2010)

 

En 1998, se desarrolló un sistema que utiliza la luz infrarroja para detectar caries basándose en la diferencia de fluorescencia entre el esmalte sano y= el desmineralizado. Este sistema nos ayuda a detectar si la lesión está afec= tando solo el esmalte o también la dentina, debido a la diferencia de la luz emi= tida y localización de la misma. (Hibst&Gall,1998)

Pérez (2004) expresa que "con esta técnica se detecta una lesión inicial de caries con gran precisión y reproducibilidad, en comparación con las téc= nicas convencionales, sin embargo, no parece ser válida para el diagnóstico de lesiones de caries oclusal en molares deciduos".

En la actualidad, y en el campo de las ciencias de la salud, hay una serie de patologías que se han estudiado gracias a la termografía y para las que e= sta técnica aporta datos de diagnóstico relevantes. Las más útiles para la investigación son las relacionadas con alteraciones en los sistemas corpor= ales encargados de mantener la homeostasis, y que se refieren a que variaciones = de unos pocos grados que indican una disfunción en el cuerpo donde los proces= os químicos del mismo están sufriendo alteraciones.(Jones 1998)Salazar et al.(2015) apuntan que las aplicaciones más directas de la termografía a la medicina en la actualidad se dirigen hacia la evaluación del riesgo, a añ= adir información diagnóstica, a la monitorización de tratamientos y a los indicadores de pronóstico.

Salazar et al. (2015) señala que “la técnica tiene un coste elevado, y aunque c= on el paso de los años se ha ido abaratando, aún no está disponible en la mayo= ría de los centros de investigación especializados". Su elevado precio no obstaculiza las ventajas que experimenta sobre otros métodos tradicionales= por lo que resulta de gran interés socializarlos con los niveles de pregrado y= el resto de los especialistas de nuestro campo.

De acuerdo a lo que se ha planteado, varios han sido los artículos en los que se ha demost= rado que la termografía no solo es un método rápido y no invasivo, sino que su empleo respecto a otras técnicas y métodos ya instaurados puede ser de gr= an utilidad en la conservación de la salud de las personas y es preciso su co= nocimiento para su aplicación. (González, Ruiz, Benítez &Figueroa, 2019)

 

En relación a lo revisado, las autoras consideran que constituye una herramie= nta novedosa que debería ser conocida por nuestros especialistas ya que ofrece múltiples beneficios en el diagnóstico de enfermedades.

 

Las autoras consideran que la termografía se presenta como una de las mejores pruebas a la hora de detectar diferentes enfermedades, situándose a la alt= ura de las radiografías y la MRI (Imagen por resonancia magnética).

 

Conclusiones

·      =    La termografía es una opción útil para complementar el diagnóstico de patologías bucales que implican un cambio de temperatura e= n la región orofacial.

·      =    Su aplicación en el diagnóstico de patologías en la AT= M ha tenido gran importancia.

·      =    Su uso en nuestro campo de trabajo debe ser conocido por = los que pertenecen a los niveles de pregrado y también por el resto de los profesionales estomatólogos.

 

Referencias bibliográficas

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Fikackova, H. &= Ekberg, E.(2004)Can infraredthermography be a diagnostictoolforarthralgia of thetemporomandibularjoint? Oral sur= gery, oral medicine, oral pathology, oral radiology and endodontics, 98(6), 6= 43-650.

González, <= span lang=3DES style=3D'font-size:12.0pt;line-height:115%;font-family:"Times New= Roman",serif; mso-bidi-theme-font:minor-bidi'>Y., Ruiz, J.E., Benítez, M., &Figueroa, D.V. (2019). La Termogr= afía y su Aplicabilidad en la Medicina. En H.Sánchez-Toledo (Presidencia), Por la sostenibilidad y la calidad de = los procederes tecnológicos en salud. IV Congreso Internacional Tecnología y Salud 2019,La Habana, C= uba.

Gratt, B.M., Sickles, E.A., &Shetty, V. (1994) Termografía= para la evaluación clínica del déficit del nervio alveolar inferior: un estud= io piloto. J Dolor Orofacial, 8, 369-374.

 

Hibst, R.,&Gall, R. (1998) Development of a diode laser-basedfluorescence cari= es detector. Caries Res, 32, 294.

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Mouli, Dr&Kumar, Sachidanandan&Balasubrama= ni, Senthil&Parthiban, Sree&Malarvizhi, Dr&Karthik, Dr. (2012). Application of Thermography in Dentistry-A Review. IOSR Journal of Dental and Medical Sciences, 1, 39-43. Recuperado de: https:= //www.researchgate.net/publication/272715778_Application_of_Thermography_in= _Dentistry-A_Review

 

Pérez, A. (2004).  Capacidad diagnóstica de la fluoresce= ncia láser para el diagnóstico +de caries oclusal en dientes deciduos. Revista Estomatológica Herediana, 4(1-2), 5-11.

 

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=  

Salazar, E., Domínguez, E., Iborra, O., de Córdoba,  M.J.& Gómez, E. (2015).Breve historia y áreas de aplicación de la Termografía. En Gómez= , E., Salazar, E., Domínguez, E., Iborra, O., de la Funte, J., & de Córdoba= , M.J. (Ed.), Neuro-Termografía y Termogr= afía Psicosomática (pp.35-50). Granada, España: Ediciones Fundación Internacional Artecitta. Recuperado de: https://www.researchgate.net/profil= e/Juanma_De_La_Fuente/publication/276893906_Neurotermografia_y_termografia_= psicosomatica/links/555c626708ae91e75e76f27d/Neurotermografia-y-termografia= -psicosomatica.pdf

Sikdar, S.D., Khandelwal, A., Ghom, S., Diwan, R.,= &Debta, F.M.(2010). Thermography: A new Diagnosis Tool in Dentistry. J= ournal of IndianAcademy of Oral Medicine &Radiology, 22 (4), 206-210.  =

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

PARA CITAR EL ARTÃCULO INDEXADO.

 

 

de León Ramírez, L. L., Garay Crespo, M. I., de León Ramírez, L. R., & Magariño Abreus, L. (2021). Termografía, una herramienta novedosa en la práctica estomatológica. Anatomía Digital, 4(= 2), 6-16. https:= //doi.org/10.33262/anatomiadigital.v4i2.1613

 

 


 

 

 

El artículo que se publica es de exclusiva responsabilidad de los autores y no necesariamente reflejan el pensamiento de la Revi= sta Anatomía Digital.

 

El artículo queda en propiedad de la revista y, por tanto, su publicación pa= rcial y/o total en otro medio tiene que ser autorizado por el director de la Revista Anatomía Digital.

 

 

 

 



[1] Universidad de Cie= ncias Médicas de Matanzas, Matanzas, Cuba, Estudiante de Tercer Año de Estomatología, l= iannelaura@nauta.cu  <= /span>http://orcid.org/00= 00-0001-9250-1889

[2] U= niversidad de Ciencias Médicas de Matanzas, Matanzas, Cuba, Especialista en Segundo G= rado en Estomatología General Integral, mtz0116@infomed.sld.cu  https://orcid.org/0000-0001-940= 6-1637

3 =   Universidad<= /span> de Ciencias Médicas de Matanzas, Matanzas, Cuba, Especialista en Primer Grado= en Medicina General Integral, laymarosadeleonramirez@gmail.com  ht= tps://orcid.org/0000-0002-0470-9207

4 Universidad de Ciencias Médica= s de Cienfuegos, Cienfuegos, Cuba, Estudiante de Tercer Año de Estomatología, = lya.magarino2000@gmail.com  https://orci= d.org/0000-0002-9933-5323     <= /span>

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