On November 10, the quiz focuses on the water-flow–like murmur heard in early diastole. We will learn about the typical heart murmur of aortic regurgitation (AR), including the auscultation site at Erb’s area and how the murmur changes when the patient leans forward in a sitting position. (November 10, 2025)

2025年11月10日

WRITER

Mr.Phonette

この記事を書いている人 - WRITER -

Mr.Phonette

On November 10, the quiz focuses on the water-flow–like murmur heard in early diastole. We will learn about the typical heart murmur of aortic regurgitation (AR), including the auscultation site at Erb’s area and how the murmur changes when the patient leans forward in a sitting position.
(November 10, 2025)

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11月10日は、拡張早期に聴かれる灌水様雑音をテーマにしたクイズです。大動脈弁閉鎖不全症（AR）の典型的な心雑音を、Erb領域での聴取部位や座位前屈位での聴こえ方の変化を通して学びます。
（2025年11月10日）

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この記事を書いている人 - WRITER -

Mr.Phonette

前の記事 -Prev-

On November 9, the case featured a 65-year-old man with exertional dyspnea.　A systolic murmur with its point of maximum intensity at the second intercostal space along the right sternal border was heard, and the murmur radiated to the neck. (November 9, 2025)

次の記事 -Next-

On November 11, the case features a patient with dyspnea on exertion and easy fatigability.　A high-pitched holosystolic murmur is heard throughout systole at the cardiac apex, and the murmur radiates toward the left axilla. (November 11, 2025)

11月10日は、拡張早期に聴かれる灌水様雑音をテーマにしたクイズです。大動脈弁閉鎖不全症（AR）の典型的な心雑音を、Erb領域での聴取部位や座位前屈位での聴こえ方の変化を通して学びます。
（2025年11月10日）

関連記事 - Related Posts -

On September 11, the case question involves asymmetry in breath sounds.　It is a modified version of Question 111H28 from the Japanese National Medical Licensing Examination, created as an iPax auscultation problem. (September 11, 2025)

On September 22, a basic heart sound question was presented.　The heart sounds at the base of the heart and the apex are compared. (September 22, 2025)

On July 30, a video showing neck movement and lung sounds from a case with hypertrophied accessory respiratory muscles (sternocleidomastoid muscle) was released. (July 30, 2025)

On August 10, we will study the differences between ejection murmurs and holosystolic murmurs in a case where the point of maximum intensity of the systolic murmur is at the apex. (August 10, 2025)

最新記事 - New Posts -

On November 11, the case features a patient with dyspnea on exertion and easy fatigability.　A high-pitched holosystolic murmur is heard throughout systole at the cardiac apex, and the murmur radiates toward the left axilla. (November 11, 2025)

On November 9, the case featured a 65-year-old man with exertional dyspnea.　A systolic murmur with its point of maximum intensity at the second intercostal space along the right sternal border was heard, and the murmur radiated to the neck. (November 9, 2025)

On November 8, we will compare ejection systolic murmurs and holosystolic murmurs.The key point for distinguishing them is whether the murmur begins and ends separated from S1 or S2, or whether it is directly connected to them. (November 8, 2025)

- Comments - コメントをキャンセル

11月10日は、拡張早期に聴かれる灌水様雑音をテーマにしたクイズです。大動脈弁閉鎖不全症（AR）の典型的な心雑音を、Erb領域での聴取部位や座位前屈位での聴こえ方の変化を通して学びます。 （2025年11月10日）

関連記事 - Related Posts -

On September 11, the case question involves asymmetry in breath sounds. It is a modified version of Question 111H28 from the Japanese National Medical Licensing Examination, created as an iPax auscultation problem. (September 11, 2025)

On September 22, a basic heart sound question was presented. The heart sounds at the base of the heart and the apex are compared. (September 22, 2025)

On July 30, a video showing neck movement and lung sounds from a case with hypertrophied accessory respiratory muscles (sternocleidomastoid muscle) was released. (July 30, 2025)

On August 10, we will study the differences between ejection murmurs and holosystolic murmurs in a case where the point of maximum intensity of the systolic murmur is at the apex. (August 10, 2025)

最新記事 - New Posts -

On November 11, the case features a patient with dyspnea on exertion and easy fatigability. A high-pitched holosystolic murmur is heard throughout systole at the cardiac apex, and the murmur radiates toward the left axilla. (November 11, 2025)

On November 9, the case featured a 65-year-old man with exertional dyspnea. A systolic murmur with its point of maximum intensity at the second intercostal space along the right sternal border was heard, and the murmur radiated to the neck. (November 9, 2025)

On November 8, we will compare ejection systolic murmurs and holosystolic murmurs.The key point for distinguishing them is whether the murmur begins and ends separated from S1 or S2, or whether it is directly connected to them. (November 8, 2025)

- Comments - コメントをキャンセル

11月10日は、拡張早期に聴かれる灌水様雑音をテーマにしたクイズです。大動脈弁閉鎖不全症（AR）の典型的な心雑音を、Erb領域での聴取部位や座位前屈位での聴こえ方の変化を通して学びます。
（2025年11月10日）

On September 11, the case question involves asymmetry in breath sounds.　It is a modified version of Question 111H28 from the Japanese National Medical Licensing Examination, created as an iPax auscultation problem. (September 11, 2025)

On September 22, a basic heart sound question was presented.　The heart sounds at the base of the heart and the apex are compared. (September 22, 2025)

On November 11, the case features a patient with dyspnea on exertion and easy fatigability.　A high-pitched holosystolic murmur is heard throughout systole at the cardiac apex, and the murmur radiates toward the left axilla. (November 11, 2025)

On November 9, the case featured a 65-year-old man with exertional dyspnea.　A systolic murmur with its point of maximum intensity at the second intercostal space along the right sternal border was heard, and the murmur radiated to the neck. (November 9, 2025)