Yeah it has an oblique and horizontal fissure
We really don't use the term chambers for lungs. We use the term lobes. Each lung consists of several distinct lobes. The right lung (the larger of the two) has 3 lobes - the superior, middle, and inferior lobes. The horizontal fissure separates the superior lobe from the middle lobe, while the right oblique fissure separates the middle and inferior lobes. The smaller left lung only has 2 lobes - superior and inferior - separated by the left oblique fissure. There are about 300 million alveoli in each of your lungs. These tiny air sacs provide an ideal site for the diffusion of gases into and out of the blood - also known as gaseous exchange.
Pigs have 4 lobes in their right lung and 3 lobes in their left lung. The 3 lobes of the left lung are apical, cardiac, and diaphragmatic lobes.
The snake's lung which is responsible for their breathing is called the "Vestigial lung."
The term "oblique" can refer to various contexts, so it isn't a specific scientific name. However, in anatomy, "oblique" often describes muscles that are positioned at an angle, such as the external oblique and internal oblique muscles. If you're referring to a specific organism or concept, please provide more context for a precise answer.
The right lung contains 4 lobes while the left lung contains 3
Horizontal fissure of the right lung and Oblique fissure of right lung.
Each lung is divided into lobes by fissures. The right lung has three lobes separated by two fissures (horizontal and oblique), while the left lung has two lobes separated by one oblique fissure.
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The function of the horizontal fissure of the left lung helps the constipated human to release any excess carbon from their body, meaning it is easier for them to defecate. Although in some cases of severe diarrhoea the mantelpiece of the left lung collapses into the pancreas distorting and disturbing the function of the horizontal fissure.
in humans Right lung Left lung Heavier Lighter Shorter & wider due to upward compression by liver Longer & narrower due to side compression by heart Has oblique & horizontal (transverse) fissure Only has oblique fissure Three lobes: upper, middle, and lower Two lobes: upper and lower Base more concave by liver compression Base less concave Hilum: 2bronchi, 2pulmonary arteries, and 2 pulmonary veins Hilum: one bronchus, 2pulmonary arteries, and 2 pulmonary veins
The scalene fissure is located in the lateral aspect of the lung. It separates the lower lobe from the middle lobe in the right lung.
The right middle lobe is one of the three lobes of the right lung, located between the upper and lower lobes. It is situated anteriorly and laterally, and it extends from the horizontal fissure above to the oblique fissure below. This lobe is primarily responsible for gas exchange and is involved in respiratory functions. It is accessible for examination through imaging techniques like X-rays or CT scans.
We really don't use the term chambers for lungs. We use the term lobes. Each lung consists of several distinct lobes. The right lung (the larger of the two) has 3 lobes - the superior, middle, and inferior lobes. The horizontal fissure separates the superior lobe from the middle lobe, while the right oblique fissure separates the middle and inferior lobes. The smaller left lung only has 2 lobes - superior and inferior - separated by the left oblique fissure. There are about 300 million alveoli in each of your lungs. These tiny air sacs provide an ideal site for the diffusion of gases into and out of the blood - also known as gaseous exchange.
There is no middle lobe on the left lung and the right lung is shorter than the left lung.Differences between Left & Right LungsRight LungLeft LungHeavier (625 gram)Lighter 565 (gram)Shorter & wider due to upwardcompression by liverLonger & narrower due to sidecompression by heartHas oblique & horizontal fissureHas only horizontal fissureConsists of 3 lobes: Upper,middle & lowerConsists of 2 lobes: upper &lowerBase more concave by livercompressionBase less concaveAnterior border is completeAnterior border showsCardiac notchLingual (at 6th costal cartilage)Hilum contains two bronchi:EparterialHyparterialHilum contains one bronchusonlyHilum contains one bronchialartery onlyHilum contains two bronchialarterieshttp://www.scribd.com/doc/28759512/Differences-Between-Left-amp-Right-LungsRight lungLeft lungHeavierLighterShorter & wider due to upward compression by liverLonger & narrower due to side compression by heartHas oblique & horizontal (transverse) fissureOnly has oblique fissureThree lobes: upper, middle, and lowerTwo lobes: upper and lowerBase more concave by liver compressionBase less concaveHilum: 2bronchi, 2pulmonary arteries, and 2 pulmonary veinsHilum: one bronchus, 2pulmonary arteries, and 2 pulmonary veins
This is probably what u are looking for but however there is a longer explanation to this which i believe u can get in another place and i wont be typing it here.The Left Lung1. It is slender and divided into superior (upper) and inferior (lower) lobes by a long deep oblique fissurewhich extends from its coastal to medial surface.2. The superior lobe has a large cardiac notch on its anterior border.3. The anteroinferior part of the superior lobe has a small tongue-like projection called the lingula.4. The inferior lobe of the left lung is larger than the superior lobe and lies inferoposterior to the oblique fissure.The Right Lung1. The right lung is shorter and wider than the left lung, because the right dome of the diaphragm is higher and the heart and pericardium bulge more to the left.2. It is divided into superior (upper), middle, and inferior (lower) lobes by horizontal and oblique fissures.3. The horizontal fissure separates the superior and middle lobes.4. The oblique fissure separates the inferior lobefrom the superior and middle lobes.5. The superior lobe is smaller than in the left lung, and the middle lobe is wedge-shaped.6. The anterior margin of the right lung is straight, whereas the margin of the left lung has a deep cardiac notch.
This indicates the presence of a 7 x 6 mm abnormal growth in the right middle lobe of the lung that is in contact with the major fissure, a natural separation in the lung tissue. Further evaluation, such as imaging and possibly a biopsy, may be needed to determine the nature of the nodule and any necessary treatment.
The ipsilateral antagonist of the right inferior oblique muscle is the right superior oblique muscle. The superior oblique muscle acts to depress and abduct the eye, while the inferior oblique muscle acts to elevate and abduct the eye.