Pulmonary fissures and lobes

A cadaveric study with emphasis on surgical and radiological implications

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6 Citations (Scopus)

Abstract

Purpose: The objective was to study the morphology of fissures and lobes of the lung in South Indian population. Materials and Methods: The study included 60 adult cadaveric lungs which were obtained from the human anatomy laboratory. The specimens were macroscopically observed for gross morphology of fissures and lobes. Results: Only 32 (53.3%) lungs showed the fissures and lobes as described in the standard anatomy texts. Among the right lungs, 15 (46.9%) had incomplete horizontal fissure, 6 lungs (18.7%) had absence of the horizontal fissure and one lung (3.1%) had the azygous lobe. The remaining 10 right lungs (31.3%) showed the usual morphology. In the left lungs, normal morphology was observed in 22 cases (78.6%), 2 lungs had incomplete oblique fissure (7.1%), one lung had (3.6%) absence of the oblique fissure, one lung showed an accessory fifissure and lobe (3.6%). The anomalous multiple fissures and lobar pattern was observed in 2 cases (7.1%). Conclusion: Morphological knowledge of fifissures and lobes of the lung is of importance to the thoracic surgeons in performing lobectomies and segmental resection. The radiologists should have an idea about these variations in interpreting the MRI and CT scans. We believe that the data from the present study certainly adds an important reference in the medical literature.

Original languageEnglish
Pages (from-to)9-13
Number of pages5
JournalClinica Terapeutica
Volume163
Issue number1
Publication statusPublished - 2012

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Lung
Anatomy
Thorax
Magnetic Resonance Imaging
Population

All Science Journal Classification (ASJC) codes

  • Medicine(all)

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title = "Pulmonary fissures and lobes: A cadaveric study with emphasis on surgical and radiological implications",
abstract = "Purpose: The objective was to study the morphology of fissures and lobes of the lung in South Indian population. Materials and Methods: The study included 60 adult cadaveric lungs which were obtained from the human anatomy laboratory. The specimens were macroscopically observed for gross morphology of fissures and lobes. Results: Only 32 (53.3{\%}) lungs showed the fissures and lobes as described in the standard anatomy texts. Among the right lungs, 15 (46.9{\%}) had incomplete horizontal fissure, 6 lungs (18.7{\%}) had absence of the horizontal fissure and one lung (3.1{\%}) had the azygous lobe. The remaining 10 right lungs (31.3{\%}) showed the usual morphology. In the left lungs, normal morphology was observed in 22 cases (78.6{\%}), 2 lungs had incomplete oblique fissure (7.1{\%}), one lung had (3.6{\%}) absence of the oblique fissure, one lung showed an accessory fifissure and lobe (3.6{\%}). The anomalous multiple fissures and lobar pattern was observed in 2 cases (7.1{\%}). Conclusion: Morphological knowledge of fifissures and lobes of the lung is of importance to the thoracic surgeons in performing lobectomies and segmental resection. The radiologists should have an idea about these variations in interpreting the MRI and CT scans. We believe that the data from the present study certainly adds an important reference in the medical literature.",
author = "Murlimanju, {B. V.} and Prabhu, {Latha V.} and K. Shilpa and Pai, {Mangala M.} and Kumar, {Chettiar Ganesh} and Ashwin Rai and Prashanth, {K. U.}",
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T1 - Pulmonary fissures and lobes

T2 - A cadaveric study with emphasis on surgical and radiological implications

AU - Murlimanju, B. V.

AU - Prabhu, Latha V.

AU - Shilpa, K.

AU - Pai, Mangala M.

AU - Kumar, Chettiar Ganesh

AU - Rai, Ashwin

AU - Prashanth, K. U.

PY - 2012

Y1 - 2012

N2 - Purpose: The objective was to study the morphology of fissures and lobes of the lung in South Indian population. Materials and Methods: The study included 60 adult cadaveric lungs which were obtained from the human anatomy laboratory. The specimens were macroscopically observed for gross morphology of fissures and lobes. Results: Only 32 (53.3%) lungs showed the fissures and lobes as described in the standard anatomy texts. Among the right lungs, 15 (46.9%) had incomplete horizontal fissure, 6 lungs (18.7%) had absence of the horizontal fissure and one lung (3.1%) had the azygous lobe. The remaining 10 right lungs (31.3%) showed the usual morphology. In the left lungs, normal morphology was observed in 22 cases (78.6%), 2 lungs had incomplete oblique fissure (7.1%), one lung had (3.6%) absence of the oblique fissure, one lung showed an accessory fifissure and lobe (3.6%). The anomalous multiple fissures and lobar pattern was observed in 2 cases (7.1%). Conclusion: Morphological knowledge of fifissures and lobes of the lung is of importance to the thoracic surgeons in performing lobectomies and segmental resection. The radiologists should have an idea about these variations in interpreting the MRI and CT scans. We believe that the data from the present study certainly adds an important reference in the medical literature.

AB - Purpose: The objective was to study the morphology of fissures and lobes of the lung in South Indian population. Materials and Methods: The study included 60 adult cadaveric lungs which were obtained from the human anatomy laboratory. The specimens were macroscopically observed for gross morphology of fissures and lobes. Results: Only 32 (53.3%) lungs showed the fissures and lobes as described in the standard anatomy texts. Among the right lungs, 15 (46.9%) had incomplete horizontal fissure, 6 lungs (18.7%) had absence of the horizontal fissure and one lung (3.1%) had the azygous lobe. The remaining 10 right lungs (31.3%) showed the usual morphology. In the left lungs, normal morphology was observed in 22 cases (78.6%), 2 lungs had incomplete oblique fissure (7.1%), one lung had (3.6%) absence of the oblique fissure, one lung showed an accessory fifissure and lobe (3.6%). The anomalous multiple fissures and lobar pattern was observed in 2 cases (7.1%). Conclusion: Morphological knowledge of fifissures and lobes of the lung is of importance to the thoracic surgeons in performing lobectomies and segmental resection. The radiologists should have an idea about these variations in interpreting the MRI and CT scans. We believe that the data from the present study certainly adds an important reference in the medical literature.

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