Respiratory System - Abnormalities
|Embryology - 13 Dec 2018 Expand to Translate|
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- 1 Introduction
- 2 Some Recent Findings
- 3 Premature Birth
- 4 Tracheoesophageal Fistula
- 5 Laryngeal-tracheo-oesophageal Cleft
- 6 Lobar Emphysema (Overinflated Lung)
- 7 Congenital Diaphragmatic Hernia
- 8 Azygos Lobe
- 9 Congenital Laryngeal Webs
- 10 Meconium Aspiration Syndrome
- 11 Newborn Respiratory Distress Syndrome
- 12 Surfactant Metabolism
- 13 Bronchopulmonary Dysplasia
- 14 Lung Agenesis
- 15 Cystic Fibrosis
- 16 OMIM
- 17 References
- 18 External Links
- 19 Glossary Links
Abnormalities of the respiratory system include not only lung development but also the upper respiratory tract, the supporting musculoskeletal system and the vascular and neural system. In addition, some respiratory problems arise from prematurity of birth or difficulty with the birth process itself.
International Classification of Diseases - Respiratory
The functional part of the respiratory system, the alveoli, continue to develop the postnatal period and through childhood (Postnatal alveoli number graph).
|Abnormality Links: abnormal development | abnormal genetic | abnormal environmental | Unknown | teratogens | ectopic pregnancy | cardiovascular abnormalities | Coelomic Cavity | endocrine abnormalities | gastrointestinal abnormalities | genital abnormalities | head abnormalities | integumentary abnormalities | musculoskeletal abnormalities | limb abnormalities | neural abnormalities | neural crest abnormalities | renal abnormalities] | respiratory abnormalities | placenta abnormalities | hearing abnormalities | vision abnormalities | twinning | Developmental Origins of Health and Disease | ICD-11|
Some Recent Findings
|More recent papers|
This table shows an automated computer PubMed search using the listed sub-heading term.
References listed on the rest of the content page and the associated discussion page (listed under the publication year sub-headings) do include some editorial selection based upon both relevance and availability.
Takahiro Mitsumura, Yoshiaki Ito, Tomoki Chiba, Takahide Matsushima, Ryota Kurimoto, Yoko Tanaka, Tomomi Kato, Keisuke Uchida, Takashi Ito, Kouhei Yamamoto, Yoshinobu Eishi, Masanobu Kitagawa, Yasunari Miyazaki, Naohiko Inase, Hiroshi Asahara Ablation of miR-146b in mice causes hematopoietic malignancy. Blood Adv: 2018, 2(23);3483-3491 PubMed 30530754
Tetsuji Takabayashi, Yukie Tanaka, Dai Susuki, Kanako Yoshida, Kaori Tomita, Masafumi Sakashita, Yoshimasa Imoto, Yukinori Kato, Norihiko Narita, Tsugihisa Nakayama, Shinichi Haruna, Robert P Schleimer, Shigeharu Fujieda Increased expression of L-plastin in nasal polyp of patients with nonsteroidal anti-inflammatory drug exacerbated respiratory disease. Allergy: 2018; PubMed 30479022
Robert M Burkes, Michael B Drummond Initiating drug therapy in early stage chronic obstructive pulmonary disease: does it impact the course and outcome? Curr Opin Pulm Med: 2018; PubMed 30461533
Sang Jun Lee, Ji Hoon Na, Jinu Han, Young Mock Lee Ophthalmoplegia in Mitochondrial Disease. Yonsei Med. J.: 2018, 59(10);1190-1196 PubMed 30450853
Ryan W Bavis, Alexandra H Millström, Song M Kim, Carolyn A MacDonald, Caitlin A O'Toole, Kendra Asklof, Amy B McDonough Combined effects of intermittent hyperoxia and intermittent hypercapnic hypoxia on respiratory control in neonatal rats. Respir Physiol Neurobiol: 2018; PubMed 30439529
P Thakore, A E Dunbar, E B Lindsay Central diabetes insipidus: A rare complication of IVH in a very low birth weight preterm infant. J Neonatal Perinatal Med: 2018; PubMed 30530977
Laura E Fredenburgh, Mark A Perrella, Diana Barragan-Bradford, Dean R Hess, Elizabeth Peters, Karen E Welty-Wolf, Bryan D Kraft, R Scott Harris, Rie Maurer, Kiichi Nakahira, Clara Oromendia, John D Davies, Angelica Higuera, Kristen T Schiffer, Joshua A Englert, Paul B Dieffenbach, David A Berlin, Susan Lagambina, Mark Bouthot, Andrew I Sullivan, Paul F Nuccio, Mamary T Kone, Mona J Malik, Maria Angelica Pabon Porras, Eli Finkelsztein, Tilo Winkler, Shelley Hurwitz, Charles N Serhan, Claude A Piantadosi, Rebecca M Baron, B Taylor Thompson, Augustine Mk Choi A phase I trial of low-dose inhaled carbon monoxide in sepsis-induced ARDS. JCI Insight: 2018, 3(23); PubMed 30518685
G F Yan, X D Cai, C B Zhou, X Y Hong, Y Wang, C M Zhang, Z H Yang, Y C Zhang, Y Cui, Y Q Cui, Y B Cheng, S Y Qian, P F Zhang, Y P Jin, X D Zhu, H Gao, Z P Li, X L Lu, H J Miao, Q Y Zhang, Y M Li, W G Yang, C Y Liu, B Li, Y Li, Z J Bo, J P Chu, X Wang, G P Lu [Multicenter investigation of extracorporeal membrane oxygenation application in pediatric intensive care unit in China]. Zhonghua Er Ke Za Zhi: 2018, 56(12);929-932 PubMed 30518007
Sanja Zivanovic, Alexandra Scrivens, Raffaella Panza, Peter Reynolds, Nicola Laforgia, Kevin N Ives, Charles C Roehr Nasal High-Flow Therapy as Primary Respiratory Support for Preterm Infants without the Need for Rescue with Nasal Continuous Positive Airway Pressure. Neonatology: 2018, 115(2);175-181 PubMed 30513521
Olufunke Bolaji, Olagoke Erinomo, Olufunmilayo Adebara, Julia Okolugbo, Bartholomew Onumajuru, Taiwo Akanni, Olusegun Adebami Autosomal recessive polycystic kidney disease (ARPKD) in a Nigerian newborn: a case report. Pan Afr Med J: 2018, 30;172 PubMed 30455801
Preterm delivery and overview of related potential fetal and neonatal infections can effect lung development.
After very preterm birth, the chorioamnionitis associated commensal organism is usually Ureaplasma urealyticum.
(Tracheo-Oesophageal Fistula, Oesophageal Atresia) - Oesophageal Atresia with or without tracheo-oesophageal fistula
(LC, laryngeal cleft) A rare foregut abnormality allowing digestive tract and the airway to communicate causing chronic cough, aspiration and respiratory distress.
- Type 0 - submucosal cleft
- Type I - supraglottic, interarytenoid cleft, above the vocal fold level
- Type II - cleft extending below the vocal folds into the cricoid cartilage
- Type III a - cleft extending through the cricoid cartilage but not into the trachea
- Type III b - cleft extending through the cricoid cartilage and into the cervical trachea
- Type IV - cleft extending into the thoracic trachea, potentially down to the carina
Lobar Emphysema (Overinflated Lung)
- There is an overinflated left upper lobe
- There is a collapsed lower lobe
- The left lung is herniating across the mediastinum
Congenital Diaphragmatic Hernia
Really a musculoskeletal abnormality, but included here due to the associated respiratory effects. Failure of the pleuroperitoneal foramen (foramen of Bochdalek) to close allows viscera into thorax, most common (80-85%) on the left side of diaphragm. Intestine, stomach or spleen can enter the pleural cavity, compressing the lung.
|Normal Adult Diaphragm||Human congenital diaphragmatic hernia|
| Left posterolateral diaphragmatic hernia
A recent Western Australian study of congenital diaphragmatic hernia (CDH) outcomes showed:
- 35% of live-born infants died before referral or transport.
- population of infants reaching center represented only 40% of the total cases
- 92% percent of postoperative infants survived beyond 1 year of age
- 80% of infants who reached the surgical referral center
- only 52% of live-born infants, 32% of all cases, and 16% of all prenatally diagnosed cases survived.
- the overall mortality rate for this condition remains high
- 33% of all cases of CDH and 49% of prenatally diagnosed fetuses underwent elective termination of pregnancy
- the number of fetal terminations confounds the accurate assessment of the true outcomes of this condition
Common anatomical variation occurring in about 0.5% of the population. The right lung upper lobe expands either side of the posterior cardinal. There is also some course variability of the phrenic nerve in the presence of an azygos lobe.
Congenital Laryngeal Webs
Laryngeal abnormality due to embryonic (week 10) incomplete recanalization of the laryngotracheal tube during the fetal period. Rare abnormality occuring mainly at the level of the vocal folds (glottis).
Meconium Aspiration Syndrome
(MAS) Meconium is the gastrointestinal contents that accumulate in the intestines during the fetal period. Fetal stress in the third trimester, prior to/at/ or during parturition (birth) can lead to premature meconium discharge into the amniotic fluid and sunsequent ingestion by the fetus and damage to respiratory function. Damage to placental vessels meconium myonecrosis may also occur.
- meconium is formed from gut and associated organ secretions as well as cells and debris from the swallowed amniotic fluid.
- Meconium accumulates during the fetal period in the large intestine (bowel). It can be described as being a generally dark colour (green black) , sticky and odourless.
- Normally this meconium is defaecated (passed) postnatally over the first 48 hours and then transitional stools from day 4.
- Abnormally this meconium is defaecated in utero, due to oxygen deprivation and other stresses. Premature discharge into the amniotic sac can lead to mixing with amniotic fluid and be reswallowed by the fetus. This is meconium aspiration syndrome and can damage both the developing lungs and placental vessels.
The following Australia and New Zealand (1995 - 2002) data is from a recent (2009) study, the epidemiology of meconium aspiration syndrome: incidence, risk factors, therapies, and outcome.
- Data were gathered on all of the infants in Australia and New Zealand who were intubated and mechanically ventilated with a primary diagnosis of MAS (MASINT) between 1995 and 2002, inclusive.
- MASINT occurred in 1061 of 2,490,862 live births (0.43 of 1000), with a decrease in incidence from 1995 to 2002.
- A higher risk of MASINT was noted at advanced gestation, with 34% of cases born beyond 40 weeks, compared with 16% of infants without MAS.
- Fetal distress requiring obstetric intervention was noted in 51% of cases, and 42% were delivered by cesarean section.
- There was a striking association between low 5-minute Apgar score and MASINT.
- Risk of MASINT was higher where maternal ethnicity was Pacific Islander or indigenous Australian and was also increased after planned home birth.
- Uptake of exogenous surfactant, high-frequency ventilation, and inhaled nitric oxide increased considerably during the study period, with >50% of infants receiving > or =1 of these therapies by 2002.
- Risk of air leak was 9.6% overall, with an apparent reduction to 5.3% in 2001-2002.
- The duration of intubation remained constant throughout the study period (median: 3 days), whereas duration of oxygen therapy and length of hospital stay increased.
- Death related to MAS occurred in 24 infants (2.5% of the MASINT cohort; 0.96 per 100,000 live births).
Newborn Respiratory Distress Syndrome
The historic name of "Hyaline Membrane Disease" (HMD) described the "glassy" appearance of the premature neonatal lungs due to insufficient surfactant.
Surfactant deficiency in immature lungs leads to:
- alveolar instability and collapse
- capillary leak edema
- hyaline membrane formation
Hyaline Membrane Disease History
- 1835 - first description in premature babies born with immature “fetal lungs.”
- 1947 - pressure required to inflate deceased newborn lungs lower when saline was introduced into the lungs.
- 1959 - concept that HMD due to lack of surfactant (Prof. Mary Ellen Avery).
- 1980 - first study on endotracheal administration of surfactant in premature infants.
(pulmonary surfactant metabolism dysfunctions, surfactant dysfunction disorders) For review of genetic disorders of surfactant dysfunction
Mutations in the genes encoding:
- surfactant protein B (SP-B)
- surfactant protein C ( SP-C)
- phospholipid transporter ABCA3
A chronic lung disease which can occur following premature birth and related lung injury. The definition of bronchopulmonary dysplasia (BPD) has in recent years changed from a severe lung injury and associated repair, to more of a disruption of lung growth in older infants.
Most infants who develop BPD are born more than 10 weeks before their due dates, weigh less than 1,000 grams (about 2 pounds) at birth, and have breathing problems. Infections that occur before or shortly after birth also can contribute to BPD.
- Links: NIH - NHLBI
Agenesis of Left lung (X Ray)
Prevalence, including the bilateral and unilateral forms, is 0.5-1.0 per 10,000 live births.
Cystic Fibrosis (CF) is a serious genetic disease due to abnormal chloride channel synthesis (cystic fibrosis transmembrane conductance regulator, CFTR), the impact occurs postnatally. Mucus accumulates mainly in the passages of the lungs and in the pancreas.
- Links: PubMed Health | OMIM | USA National Heart Lung and Blood Institute | Cystic Fibrosis Australia
- Fisher JC & Bodenstein L. (2006). Computer simulation analysis of normal and abnormal development of the mammalian diaphragm. Theor Biol Med Model , 3, 9. PMID: 16483386 DOI.
- Kemppainen M, Lahesmaa-Korpinen AM, Kauppi P, Virtanen M, Virtanen SM, Karikoski R, Gissler M & Kirjavainen T. (2018). Maternal asthma is associated with increased risk of perinatal mortality. PLoS ONE , 13, e0197593. PMID: 29775476 DOI.
- Lo J, Zivanovic S, Lunt A, Alcazar-Paris M, Andradi G, Thomas M, Marlow N, Calvert S, Peacock J & Greenough A. (2018). Longitudinal assessment of lung function in extremely prematurely born children. Pediatr. Pulmonol. , 53, 324-331. PMID: 29316378 DOI.
- Hagadorn JI, Brownell EA, Herbst KW, Trzaski JM, Neff S & Campbell BT. (2015). Trends in treatment and in-hospital mortality for neonates with congenital diaphragmatic hernia. J Perinatol , 35, 748-54. PMID: 25950919 DOI.
- McFetridge L, McMorrow A, Morrison PJ & Shields MD. (2009). Surfactant Metabolism Dysfunction and Childhood Interstitial Lung Disease (chILD). Ulster Med J , 78, 7-9. PMID: 19252722
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Search Pubmed: Respiratory System Developmental Abnormalities | Tracheoesophageal Fistula | Bronchopulmonary Dysplasia | Congenital Laryngeal Webs | Hyaline Membrane Disease | Meconium Aspiration Syndrome
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- AAFP - Respiratory Distress in the Newborn
- NZ - Parenchymal Lung Disease
- Cystic Fibrosis Australia
- Medline Plus - Diaphragmatic hernia
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Cite this page: Hill, M.A. (2018, December 13) Embryology Respiratory System - Abnormalities. Retrieved from https://embryology.med.unsw.edu.au/embryology/index.php/Respiratory_System_-_Abnormalities
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