MindMap Gallery Chest and thoracic organ examination
Basics of animal medicine - examination of the chest and chest organs. For example, diaphragm spasm is a short, sharp inhalation that occurs in sick animals. This is caused by the direct or indirect stimulation of the diaphragm nerve, causing the diaphragm muscle to undergo rhythmic spasmodic contraction. caused.
Edited at 2023-10-28 21:38:31This is a mind map about bacteria, and its main contents include: overview, morphology, types, structure, reproduction, distribution, application, and expansion. The summary is comprehensive and meticulous, suitable as review materials.
This is a mind map about plant asexual reproduction, and its main contents include: concept, spore reproduction, vegetative reproduction, tissue culture, and buds. The summary is comprehensive and meticulous, suitable as review materials.
This is a mind map about the reproductive development of animals, and its main contents include: insects, frogs, birds, sexual reproduction, and asexual reproduction. The summary is comprehensive and meticulous, suitable as review materials.
This is a mind map about bacteria, and its main contents include: overview, morphology, types, structure, reproduction, distribution, application, and expansion. The summary is comprehensive and meticulous, suitable as review materials.
This is a mind map about plant asexual reproduction, and its main contents include: concept, spore reproduction, vegetative reproduction, tissue culture, and buds. The summary is comprehensive and meticulous, suitable as review materials.
This is a mind map about the reproductive development of animals, and its main contents include: insects, frogs, birds, sexual reproduction, and asexual reproduction. The summary is comprehensive and meticulous, suitable as review materials.
Chest and thoracic organ examination
Examination of the chest and pleural cavity
Inspection
Breathing type
Thoracic and abdominal breathing
Healthy livestock breathing patterns Features: Coordinated movement of chest and abdomen ups and downs, high intensity
chest breathing
It is a pathological breathing pattern (except for dogs) characterized by: obvious undulations of the chest wall and slight abdominal wall movements, indicating disease in the abdominal wall and abdominal organs.
abdominal breathing
It is a pathological breathing pattern characterized by: the ups and downs of the abdominal wall are particularly obvious, while the movement of the chest wall is slight, indicating disease in the lungs, pleura and chest wall of the chest.
breathing rhythm
Characteristics of prolonged inhalation: Inhalation is extremely laborious and the inhalation time is significantly prolonged. Indicates: Air is not entering the lungs smoothly Seen in: Upper respiratory tract infections
Prolonged expiration
Characteristics: Exhalation is extremely laborious and the exhalation time is prolonged. It shows: poor airflow, narrowed bronchi, and reduced lung elasticity. Seen in: chronic alveolar emphysema, bronchiolitis, pleuropneumonia, etc.
intermittent breathing
Characteristics: Multiple short and intermittent breathing movements when inhaling or exhaling. Seen in: Pulmonary disease and painful thoracoabdominal disease
tidal breathing
Characteristics: Breathing gradually deepens and speeds up. After reaching the peak, it gradually becomes shallower and slower, and then the breathing is interrupted. After that, the above method is repeated, showing a wave-like rhythm. Commonly seen in: chest inflammation, uremia, heart failure.
Biot's breathing
Characteristics: Several consecutive deep breaths of approximately equal depth and apnea occur alternately, that is, indirect deep breaths. Example: The condition is severe and the respiratory center is extremely exhausted, which is more serious than Cheyne-Style breathing.
Kusmaur breathing
Characteristics: Breathing is not interrupted, deep and slow breathing occurs, breathing is significantly prolonged, the number of breathing is reduced by 3-4 times/min, and there are obvious breath sounds during breathing.
breathing symmetry
During breathing, the intensity of the ups and downs of the chest walls on both sides is exactly the same.
Difficulty breathing
difficulty breathing
Features: Significantly prolonged inspiratory phase Example: Upper airway stenosis Commonly seen in: nasal stenosis, laryngeal edema, pharyngitis, porcine infectious atrophic rhinitis, chicken infectious laryngotracheitis
expiratory difficulty
Characteristics: Exhalation is laborious and expiration time is significantly prolonged. It shows that the elasticity of lung tissue is weakened and the bronchioles are narrowed, making it difficult to remove air from the alveoli. Common in: acute bronchiolitis, chronic emphysema, pleuropneumonia
mixed dyspnea
type
1 Pulmonary origin: pneumonia 2Cardiogenicity: heart failure Hematogenous: anemia 4toxicity 5 Nervous and central 6 Increased abdominal pressure
Cause
Pulmonary dyspnea
Seen in: various pneumonias, pulmonary edema
cardiogenic dyspnea
Seen in: Endocarditis, Myocarditis, Traumatic Pericarditis
Hematogenous dyspnea
Various anemias
Toxic dyspnea
endogenous toxicity
Seen in: uremia, ketosis, severe gastroenteritis
Exogenous toxicity
Found in: Nitrite poisoning, Hydroxic acid poisoning
neurological or central
Features: Increased intracranial pressure and inflammatory products stimulate the respiratory center and can cause dyspnea.
Increased abdominal pressure
Directly compresses the diaphragm muscle and affects the movement of the abdominal wall, thereby causing difficulty breathing
Diaphragm spasm
A short, sharp inhalation that occurs in sick animals. This is caused by the direct or indirect stimulation of the diaphragm nerve, causing the diaphragm muscle to undergo rhythmic spasmodic contraction.
auscultation
chest and lung listening method
directly or indirectly Auscultation sequence: listen to the middle third of the lungs first, then the anterior third, and finally the posterior third, listening for 2-3 breath sounds at each point
Physiological breath sounds
Alveolar breath sounds
A soft blowing sound, which can be heard during the inhalation and early exhalation phases and is clearest at the end of the inhalation. Auscultation location: most obvious in the middle 1/3 of the lung area
bronchial breath sounds
It is formed by the vortex produced when the air flows through the glottis fissure.
Pathological breath sounds
percussion
Changes in alveolar breath sounds
Enhance
Increased universality
Limitation enhancement
weaken or disappear
Not enough air entering the alveoli
Reduction or loss of lung tissue function
Breath sound conduction disorder
intermittent breath sounds
It shows: there are small inflammatory symptoms in the lungs, the small bronchi are narrowed, and the air cannot enter the lungs uniformly.
Pathological bronchial breath sounds
Conditions: The scope of pulmonary consolidation is large, the location of the lesion is shallow, and the bronchi at the lesion are unobstructed. It is seen in lobar pneumonia and extensive pulmonary tuberculosis.
Pathological bronchial breath sounds
Lung consolidation is extensive
subtopic
subtopic
subtopic
subtopic
subtopic
Examination of the Thoracic Cage