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2. The hyaluronic acid in intramyocardial sliding

Author

Trainini, Jorge, Beraudo, Mario, Wernicke, Mario, Carreras Costa, Francesc, Trainini, Alejandro, Mora Llabata, Vicente, Valle Cabezas, Jesús, Lowenstein Haber, Diego, Bastarrica, María Elena, and Lowenstein, Jorge

Published
2023
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21. Cardiac Energy

Author

Trainini, Jorge Carlos, primary, Trainini, Jorge Carlos, additional, Jesús, Valle Cabezas, additional, Francesc, Carreras Costa, additional, Mario, Beraudo, additional, Mario, Wernicke, additional, Alejandro, Trainini, additional, Vicente, Mora Llabata, additional, Diego, Lowenstein Haber, additional, Elena, Bastarrica María, additional, and Jorge, Lowenstein, additional

Published
2022
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26. Myocardial Wringing and Rigid Rotation in Cardiac Amyloidosis

Author

Mora, Vicente, primary, Roldán, Ildefonso, additional, Romero, Elena, additional, Saad, Ariel, additional, Gil, Celia, additional, Contreras, M. Belen, additional, Trainini, Jorge, additional, Escribano, Pablo, additional, Gimeno, Pau, additional, Arbucci, Rosina, additional, Valls, Amparo, additional, and Lowenstein, Jorge, additional

Published
2022
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27. The hyaluronic acid in intramyocardial sliding

Author

Trainini, Jorge, primary, Beraudo, Mario, additional, Wernicke, Mario, additional, Carreras Costa, Francesc, additional, Trainini, Alejandro, additional, Mora Llabata, Vicente, additional, Valle Cabezas, Jesús, additional, Lowenstein Haber, Diego, additional, Bastarrica, María Elena, additional, and Lowenstein, Jorge, additional

Published
2022
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28. William Harvey (II) "De Motu Cordis". Análisis (primera parte).

Author

TRAININI, JORGE C.

Subjects
CARDIOVASCULAR system, BLOOD circulation, BODY temperature, VENTILATION, ARTERIES
Abstract

Copyright of Revista Argentina de Cardiología is the property of Sociedad Argentina de Cardiologia and its content may not be copied or emailed to multiple sites or posted to a listserv without the copyright holder's express written permission. However, users may print, download, or email articles for individual use. This abstract may be abridged. No warranty is given about the accuracy of the copy. Users should refer to the original published version of the material for the full abstract. (Copyright applies to all Abstracts.)

Published
2023
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30. Aportes a la comprensión de la problemática actual de la trilogía médico-paciente-tecnología.

Author

TRAININI, JORGE, HORNOS BARBERIS, EDUARDO, and ARANOVICH, RICARDO

Subjects
PHYSICIAN-patient relations, HUMAN error
Abstract

Copyright of Revista Argentina de Cardiología is the property of Sociedad Argentina de Cardiologia and its content may not be copied or emailed to multiple sites or posted to a listserv without the copyright holder's express written permission. However, users may print, download, or email articles for individual use. This abstract may be abridged. No warranty is given about the accuracy of the copy. Users should refer to the original published version of the material for the full abstract. (Copyright applies to all Abstracts.)

Published
2023
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34. Anatomical Investigation of the Cardiac Apex

Author

Trainini, Jorge, primary, Beraudo, Mario, additional, Wernicke, Mario, additional, Carreras Costa, Francesc, additional, Trainini, Alejandro, additional, Mora Llabata, Vicente, additional, Lowenstein Haber, Diego, additional, Bastarrica, María Elena, additional, and Lowenstein, Jorge, additional

Published
2022
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44. El corazón helicoidal y su implicación en la consecuente disposición anatómica espacial de sus cámaras .

Author

TRAININI, JORGE, LOWENSTEIN, JORGE, TRAININI, ALEJANDRO, BERAUDO, MARIO, WERNICKE, MARIO, HABER, DIEGO LOWENSTEIN, LLABATA, VICENTE MORA, COSTA, FRANCESC CARRERAS, ELENCWAJG, BENJAMÍN, and BASTARRICA, MARÍA ELENA

Subjects
CARDIOVASCULAR system, SPATIAL arrangement, HELICAL structure, MYOCARDIUM, PHYSIOLOGY
Abstract

Copyright of Revista Argentina de Cardiología is the property of Sociedad Argentina de Cardiologia and its content may not be copied or emailed to multiple sites or posted to a listserv without the copyright holder's express written permission. However, users may print, download, or email articles for individual use. This abstract may be abridged. No warranty is given about the accuracy of the copy. Users should refer to the original published version of the material for the full abstract. (Copyright applies to all Abstracts.)

Published
2022
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46. Myocardial support

Author

TRAININI, JORGE, BERAUDO, MARIO, WERNICKE, MARIO, TRAININI, ALEJANDRO, LOWENSTEIN, DIEGO HABER, BASTARRICA, MARÍA ELENA, MARTINO, DARÍO CARLOS, and LOWENSTEIN, JORGE

Subjects
Anatomía cardiaca, Corazón, Miocardio, Myocardium, Cardiac support, Apoyo miocárdico, Heart, Cardiac anatomy
Abstract

RESUMEN Objetivo: El músculo cardíaco no puede estar anatómicamente libre en el tórax y sin un soporte para cumplir con su función hemodinámica. Por tanto, se analizó la posibilidad de la existencia de un punto de apoyo que actuara a modo de palanca. Material y métodos: Se utilizaron: 1) disección cardíaca en diez corazones bovinos jóvenes (dos años) (800-1000 g); 2) disección cardíaca en ocho corazones humanos: un embrión de 23 semanas de gestación; uno de 10 años, 250 g; y seis adultos, peso medio 300 g. La banda miocárdica se desenrolló en su totalidad. Las piezas extraídas fueron analizadas por anatomía e histología. Se completó la investigación con estudios de imágenenes radiograficas simples, resonancia nuclear magnética y tomografia computada. Resultados: En investigaciones anatómicas hemos encontrado en todos los corazones humanos y bovinos estudiados un núcleo subyacente al trígono derecho de estructura histológica ósea-condroide-tendinosa. El análisis microscópico reveló en corazones bovinos una matriz osteocondral trabecular (fulcro). En todos los corazones humanos se encontró que el fulcro se halla formado por tejido condroide. En esta estructura, no descrita por otros autores, tienen inserción muscular el origen y el final de las fibras miocárdicas. Las técnicas con imágenes confirmaron su existencia. Conclusiones: El fulcro cardíaco encontrado en la investigación anatómica de corazones humanos y bovinos aclararía sobre el necesario punto de apoyo del músculo miocárdico para completar sus movimientos de torsión. ABSTRACT Objective: The cardiac muscle cannot be anatomically free in the thorax. Therefore, it was thought and analyzed that there could be a myocardial support point (lever fulcrum). Material and Methods: Cardiac dissection in ten young (two years old) bovine hearts (800-1000 g); and in eight human hearts ( one embryo, 4 g; one 10 years old, 250 g; and six adult, mean weight 300 g) were performed. The myocardial band was unrolled in its entirety. The extracted pieces were analyzed by anatomy and histology. A study with magnetic resonance images, tomography and simple radiology was also carried out. Results: In anatomical investigations we have found in all the human and bovine hearts studied a nucleus underlying the right trigone of bone, chondroid or tendon histological structure. The microscopic analysis revealed in bovine hearts a trabecular osteochondral matrix (fulcrum). In the ten year old human heart and in the fetus, a central area of the fulcrum formed by chondroid tissue was found. Histology found a tendon matrix in adult human hearts. This fulcrum is attached to the myocardium and would serve to support both the origin and the end of the myocardium. The images showed evidence of the cardiac fulcrum. Conclusions: The cardiac fulcrum found in the anatomical investigation of bovine and human hearts would clarify the point of support of the myocardial muscle to complete its rotating function.

Published
2021

48. Hyaluronic acid in the heart

Author

Trainini Jorge, Wernicke Mario, Beraudo Mario, Lowenstein Jorge, Trainini Alejandro, and Bastarrica María Elena

Published
2021

50. El soporte del miocardio

Author

Bastarrica, María Elena, Martino, Darío Carlos, Lowenstein, Jorge, Trainini, Jorge C., Beraudo, Mario, Wernicke, Mario, Lowenstein Haber, Diego, Trainini, Alejandro, Bastarrica, María Elena, Martino, Darío Carlos, Lowenstein, Jorge, Trainini, Jorge C., Beraudo, Mario, Wernicke, Mario, Lowenstein Haber, Diego, and Trainini, Alejandro

Abstract

Objective: The cardiac muscle cannot be anatomically free in the thorax. Therefore, it was thought and analyzed that there could be a myocardial support point (lever fulcrum). Material and Methods: Cardiac dissection in ten young (two years old) bovine hearts (800-1000 g); and in eight human hearts ( one embryo, 4 g; one 10 years old, 250 g; and six adult, mean weight 300 g) were performed. The myocardial band was unrolled in its entirety. The extracted pieces were analyzed by anatomy and histology. A study with magnetic resonance images, tomography and simple radiology was also carried out. Results: In anatomical investigations we have found in all the human and bovine hearts studied a nucleus underlying the right trigone of bone, chondroid or tendon histological structure. The microscopic analysis revealed in bovine hearts a trabecular osteochondral matrix (fulcrum). In the ten year old human heart and in the fetus, a central area of the fulcrum formed by chondroid tissue was found. Histology found a tendon matrix in adult human hearts. This fulcrum is attached to the myocardium and would serve to support both the origin and the end of the myocardium. The images showed evidence of the cardiac fulcrum. Conclusions: The cardiac fulcrum found in the anatomical investigation of bovine and human hearts would clarify the point of support of the myocardial muscle to complete its rotating function., Objetivo: El músculo cardíaco no puede estar anatómicamente libre en el tórax y sin un soporte para cumplir con su función hemodinámica. Por tanto, se analizó la posibilidad de la existencia de un punto de apoyo que actuara a modo de palanca. Material y métodos: Se utilizaron: 1) disección cardíaca en diez corazones bovinos jóvenes (dos años) (800-1000 g); 2) disección cardíaca en ocho corazones humanos: un embrión de 23 semanas de gestación; uno de 10 años, 250 g; y seis adultos, peso medio 300 g. La banda miocárdica se desenrolló en su totalidad. Las piezas extraídas fueron analizadas por anatomía e histología. Se completó la investigación con estudios de imágenenes radiograficas simples, resonancia nuclear magnética y tomografia computada. Resultados: En investigaciones anatómicas hemos encontrado en todos los corazones humanos y bovinos estudiados un núcleo subyacente al trígono derecho de estructura histológica ósea-condroide-tendinosa. El análisis microscópico reveló en corazones bovinos una matriz osteocondral trabecular (fulcro). En todos los corazones humanos se encontró que el fulcro se halla formado por tejido condroide. En esta estructura, no descrita por otros autores, tienen inserción muscular el origen y el final de las fibras miocárdicas. Las técnicas con imágenes confirmaron su existencia. Conclusiones: El fulcro cardíaco encontrado en la investigación anatómica de corazones humanos y bovinos aclararía sobre el necesario punto de apoyo del músculo miocárdico para completar sus movimientos de torsión.

Published
2021

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