Related Experiment Videos
[The diagnostic efficacy of Soviet echotomoscope ETS-R-01 in pediatrics]
Insights
Ultrasonic diagnostic device model eTC-P-01 effectively examines healthy and diseased children (ages 1-15). Echographic semiotics aid in diagnosing various pediatric conditions and monitoring treatment effectiveness.
Area of Science:
- Pediatric imaging
- Diagnostic ultrasonography
- Medical device technology
Context:
- Utilized a multi-purpose ultrasonic diagnostic device (model eTC-P-01) for pediatric examinations.
- Included 134 healthy and 852 diseased children aged 1 to 15 years.
- Focused on methodological aspects and echotomographic semiotics in pediatric patients.
Purpose:
- To evaluate the utility of a specific ultrasonic device for pediatric diagnostics.
- To characterize echotomographic semiotics for common childhood diseases.
- To assess the value of follow-up echographic observations in therapeutic management.
Summary:
- Examined 986 children (1-15 years) using the eTC-P-01 ultrasonic device.
- Detailed echographic semiotics for soft tissues, thyroid, liver, spleen, kidneys, and bladder diseases in children.
- Demonstrated the usefulness of follow-up echography for monitoring treatment efficacy.
Impact:
- Provides methodological insights for pediatric echographic examinations.
- Establishes echotomographic semiotics for diagnosing pediatric diseases.
- Offers recommendations for enhancing echotomoscopes for pediatric applications.
Abstract:
Healthy (134) and diseased (852) children at the age of 1 to 15 have been examined using a multi-purpose ultrasonic diagnostic device model eTC-P-01. A special attention has been paid to methodological aspects of echographic examinations of different organs in children as well as to echotomographic semiotics characteristic for diseases of the soft tissues, thyroid gland, liver, spleen, kidneys, and urinary bladder. Follow-up echographic observations of internal organs have been pointed out to be useful in the course of prescribed therapy. The recommendations are given how to improve echotomoscopes for pediatric studies.