Kikuzosound.com
Kikuzosound.com
１．Sounds library： 70 (sound source list)
２．Product Brochure (PDF)
３．When listen to our sounds, use Kikuzo speaker
HEART
S1 < S2/Normal
Heart Sounds-1
Heart Sounds-1
Normal heart sounds Heart sounds at the base (aortic and pulmonary valve site) are S1 < S2 / S2 generated when the aortic and pulmonary valves close almost simultaneously. (C) 2020 Telemedica Inc. In order to prove that it is the original sound, special signals are incorporated into this sound.
HEART
S1 > S2/Normal
Heart Sounds-2
Heart Sounds-2
Normal heart sounds Apex (mitral valve area) heart sounds are S1>S2 / S1 generated when the mitral and tricuspid valves close almost simultaneously. (C) 2020 Telemedica Inc. In order to prove that it is the original sound, special signals are incorporated into this sound.
LUNG
Tracheal sounds
Lung sounds-1
Lung sounds-1
Tracheal breath sounds are broad frequencies heard over the trachea, sometimes as high as 1000 Hz. The duration of inspiratory (Insp) vs expiratory (Exp) phase is 1: 1, although Exp phase might be longer than that of Insp. The frequency ranges between 200 Hz to 2000 Hz. (C) 2020 Telemedica Inc. In order to prove that it is the original sound, special signals are incorporated into this sound.
LUNG
Bronchial sounds
Lung sounds-2
Lung sounds-2
Sounds heard around the carina at the level of Lewis angle with intermediate frequency. The frequency of bronchial sounds is lower than tracheal sounds, while, higher than in vesicular sounds. Inhalation: Expiratory time is considered as 1: 2, but in some cases 1: 1. Although bronchovesicular sounds are noted at peripheral lung fields (Insp vs Exp time is 1:1), which are hardly discriminate from bronchial sounds, thereby not discussed here.
(C) 2020 Telemedica Inc.
In order to prove that it is the original sound, special signals are incorporated into this sound.
LUNG
Vesicular sounds
Lung sounds-3
Lung sounds-3
Heard in the lower and middle lung field, and the ratio of inspiratory: expiratory time is 3: 1. Audible only on inspiration and almost never on expiration. low, like a breeze. An increased inspiratory effort (Inhale vigorously) produces a clearer audible alveolar breath sound.
(C) 2020 Telemedica Inc.
In order to prove that it is the original sound, special signals are incorporated into this sound.
BOWEL
Normal 1
Bowel sounds-1
Bowel sounds-1
Peristaltic sounds propagate throughout the abdomen, so 1 ~ 2 auscultation positions are sufficient / Normal: At least 5 times per minute, Decreased: 1 ~ 2 times per minute (Constipation, peritonitis, paralytic ileus, decreased bowel movement due to surgery), Loss: No crackles for 5 minutes (Functional ileus and peritonitis), High: Always heard (Infectious enteritis, diarrhea, intestinal obstruction).
(C) 2020 Telemedica Inc.
In order to prove that it is the original sound, special signals are incorporated into this sound.
」Press to play auscultation sound
」Press to display "Detailed information"
」「 
」Press to switch slides
Supervisor
Dr. Tsunekazu Takashina
（MD.PhD, FACC, FAHA）
The cardiology patient simulator "K" was developed in 1993. In 1997, in this study its educational effectiveness were reported in CARDIOLOGY. Even today, most of the university medical schools and medical colleges in Japan as well as many foreign countries have been using this simulator for their educational activities.
The advancement in diagnostic instruments using high technology has been remarkable in the last few decades. However, there is a tendency for many clinicians to become too dependent on these highly sophisticated instruments and to forget the importance of bedside clinical skills.
I believe that we have an excellent inborn sensor to recognize "organ language" and are able to detect minor changes of physical findings, such as heart sounds or murmurs of heart diseases.
The Kikuzo speaker is used as an exciting teaching tool, whenever and wherever the self-learning of auscultation is needed. Please start with normal heart sounds and advance to each case at your own pace. So, you will be able to recognize various abnormal sounds and murmurs. The "Kikuzo" will be a great auscultation aide for you.
Supervisor
Dr. Takeshi Saraya
(Kyorin University School of Medicine, Department of Respiratory Medicine)
Auscultation is an important skill for clinical practice.
Physicians can use the stethoscope whenever they want, which is an indispensable for discovering the etiologies and/or information even after the timing of modern technologies were applied.
Furthermore, auscultation itself can give preferable emotional effects with the confidence for patients.
Physicians should image the lung sounds for individual respiratory disease just before auscultation.
Learning of auscultation skills for discriminating the respiratory diseases is pivotal issue in the view of imaging specific lung sounds in each anatomical location.
In this regard, the “kikuzo and its website” will provide an important and useful lung sounds for physicians, which can clearly and reproducibly learn the representative and/or essential lung sounds in general practice.
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