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Cardiology Patient Simulator "K"
Real, comprehensive simulation of patients with heart
diseases and arrhythmias - 88 examples. Real touch, with sounds and data
recorded from actual patients, provides a true hands-on education. Easy to
transport, simulator "K" can be in attendance wherever clinical
training is required.
Who is Mr. "K"?
Simulator "K" is a simulated cardiology patient
for clinical training. He facilitates total training in bedside clinical
examination skills and ensures quality of training in auscultation of heart
sounds and murmurs. He was born in Japan in 1997.
Obtaining reliable auscultation skills
Auscultation is a fundamental approach to cardiac
patients, performed widely from general practitioners to cardiologists.
Repeated practice is a necessity for learners to differentiate various heart
sounds and murmurs. However, opportunities to learn with real patients are
limited and could be insufficient. Simulator "K" offers hands-on
experience in a diversity of cases.
Real sounds, real instruments, real anatomy
Sounds are recorded from actual people and reproduced
using a high quality sound system. An actual stethoscope can be used.
Auscultation sites corresponding to heart valves are located precisely on a
life-size manikin body molded from an actual person.
Wide variety of the examples
Simulator "K" contains 88 cases; 12 cases of
normal heart sounds, 14 cases of heart disease simulations, 10 cases of
arrhythmia simulations and 52 cases of ECG arrhythmia simulations.
Comprehensive clinical examination training
Physical findings synchronize perfectly with each other.
Construct an original education program
Sound volume, pulse strength, simulation speed and
running time are controllable.
Lung Sound Auscultation
Trainer "LSAT"
LSAT is a single-purpose simulator for lung sound
auscultation training. Lung sound auscultation is one of the essential steps in
chest examination. This skill requires three areas of expertise listening to
the sounds of a patient's chest with proper use of the stethoscope, having a
clear understanding of sound variations and being able to describe these sounds
clearly to others. In addition, in order to give a diagnosis, relations between
sounds and auscultation sites play an important role. Trainees learn not only
to distinguish the sounds and their location, but to comprehensively understand
what they indicate.
Features
Outstanding sound quality
Cases are recorded from actual patients; sounds are
exactly those of real patients.
Computer synchronization of all outputs.
Accurate location and spread of lung sounds
15 speakers are located in the torso manikin (seven in
the anterior, eight in the posterior), each speaker playing back sounds
distinct to each auscultation area. Speakers are completely synchronized.
The torso rotates on a base, allowing examination of both
the front and back as in a real clinical procedure.
Efficient selection of the cases
Cases are carefully selected for educational purposes
based on classification standards of the American Thoracic Society.
Useful explanation windows-including illustrations, chest radiographs and CT images-enhance training.