Growth Rates of Infants Randomized to Continuous Positive Airway Pressure or Intubation After Extremely Preterm Birth

Salas, Ariel A.; Carlo, Waldemar A.; Tiddi, Barbara; Bell, Edward F.; Das, Abhik; Meurs, Krisa P. Van; Poindexter, Brenda B.; Shankaran, Seetha; Younge, Noelle; Watterberg, Kristi L.; Higgins, Rosemary D.; Jobe, Alan H.; Caplan, Michael S.; Laptook, Abbot R.; Oh, William; Vohr, Betty R.; Hensman, Angelita M.; Stephens, Bonnie E.; Alksninis, Barbara; Andrews, Dawn; Angela, Kristen; Barnett, Susan; Cashore, Bill; Caskey, Melinda; Kim, Francis; Gingras, Dan; Gargus, Regina A.; Johnson, Katharine; Lainwala, Shabnam; Leach, Theresa M.; Leonard, Martha R.; Lillie, Sarah E.; Mehta, Kalida; Moore, James R.; Noel, Lucy; Ventura, Suzy; Walden, Rachel V.; Watson, Victoria E.; Walsh, Michele C.; Fanaroff, Avroy A.; Newman, Nancy S.; Wilson-Costello, Deanne E.; Siner, Bonnie S.; Zadell, Arlene; DiFiore, Julie; Bhola, Monika; Friedman, Harriet; Yalcinkaya, Gulgun; Schibler, Kurt; Donovan, Edward F.; Yolton, Kimberly; Narendran, Vivek; Bridges, Kate; Alexander, Barbara; Grisby, Cathy; Mersmann, Marcia Worley; Mincey, Holly L.; Hessling, Jody; Gratton, Teresa L.; Goldberg, Ronald N.; Cotten, C. Michael; Goldstein, Ricki F.; Ashley, Patricia L.; Auten, Kathy J.; Fisher, Kimberley; Foy, Katherine A.; Freedman, Sharon F.; Gustafson, Kathryn E.; Lohmeyer, Melody B.; Malcolm, William; Wallace, David K.; Stoll, Barbara J.; Buchter, Susie; Piazza, Anthony J.; Carlton, David P.; Adams‐Chapman, Ira; Black, Linda; Blackwelder, Ann M.; Carter, Sheena; Dinkins, Elisabeth; Fritz, Sobha; Hale, Ellen C.; Hutchinson, Amy K.; LaRossa, Maureen Mulligan; Smikle, Gloria V.; Archer, Stephanie Wilson; Lemons, James A.; Dusick, Anna M.; Wilson, Leslie D.; Hamer, Faithe; Cook, Ann B.; Herron, Dianne E.; Lytle, Carolyn; Minnich, Heike M.; Berberich, Mary Anne; Blaisdell, Carol J.; Gail, Dorothy B.; Kiley, James P.; Poole, W. Kenneth; Gantz, Marie G.; Newman, Jamie; Hastings, Betty K.; Auman, Jeanette O’Donnell; Huitema, Carolyn Petrie; Pickett, James W.; Wallace, Dennis; Zaterka-Baxter, Kristin M.; Stevenson, David K.; Hintz, Susan R.; Ball, Michelle; Bentley, Barbara; Bruno, Elizabeth F.; Davis, Alexis S.; DeAnda, Maria Elena; DeBattista, Anne M.; Kohn, Jean G.; Proud, Melinda S.; Pyle, Renee P.; John, Nicholas H. St.; Weiss, Hali E.; Frantz, Ivan D.; Fiascone, John M.; McGowan, Elisabeth C.; Furey, Anne; MacKinnon, Brenda; Nylen, Ellen; Brussa, Ana K.; Sibley, Cecelia E.; Ambalavanan, Namasivayam; Collins, Monica V.; Cosby, Shirley S.; Peralta‐Carcelen, Myriam; Phillips, Vivien A.; Bailey, Kirstin J.; Biasini, Fred J.; Hopkins, Maria; Johnston, Kristen C.; Krzywanski, Sara; Nelson, Kathleen G.; Patterson, Cryshelle S.; Rector, Richard V.; Rodríguez, Leslie; Soong, Amanda; Whitley, Sally; York, Sheree; Finer, Neil N.; Rasmussen, Maynard; Wozniak, Paul R.; Vaucher, Yvonne E.; Rich, Wade; Arnell, Kathy; Barbieri-Welge, Rene; Ben-Tall, Ayala; Bridge, Renee; Demetrio, Clarence; Fuller, Martha G.; Ito, Elaine; Lukasik, Meghan Korey; Pontillo, Deborah; Posin, Donna; Runyan, Cheryl; Wilkes, James O.; Zlotnik, Paul; Widness, John A.; Klein, Jonathan M.; Colaizy, Tarah T.; Johnson, Karen; Acarregui, Michael J.; Eastman, Diane L.; Duara, Shahnaz; Bauer, Charles R.; Everett-Thomas, Ruth; Calejo, Maria; Diaz, Alexis N.; Eguaras, Silvia M. Frade; Garcia, Andrea; Hamlin-Smith, Kasey; Berkowits, Michelle Harwood; Hiriart-Fajardo, Sylvia; Mathews, Elaine O.; Pierre, Helina; Riguard, Arielle; Stroerger, Alexandra; Ohls, Robin K.; Fuller, Janell; Rohr, Julie; Lacy, Conra Backstrom; Lowe, Jean; Montman, Rebecca; Laroia, Nirupama; Phelps, Dale L.; Myers, Gary J.; Markowitz, Gary D; Reubens, Linda J.; Hust, Diane; Augostino, Lisa; Johnson, Julie; Burnell, Erica; Gelbard, Harris A.; Jensen, Rosemary L.; Kushner, Emily; Merzbach, Joan; Mink, Jonathan W.; Torres, Carlos; Wang, David; Yost, Kelley; Sánchez, Pablo J.; Rosenfeld, Charles R.; Salhab, Walid A.; Heyne, Roy J.; Adams, Sally S.; Allen, James; Grau, Laura; Guzman, Alicia; Hensley, Gaynelle; Heyne, Elizabeth T.; Lepps, Melissa H.; Madden, Linda A.; Martin, Mélissa; Miller, Nancy A.; Morgan, Janet S.; Solis, Araceli; Torres, Lizette E.; Boatman, Catherine Twell; Vasil, Diana M.; Wilder, Kerry; Kennedy, Kathleen A.; Tyson, Jon E.; Alaniz, Nora I.; Evans, Patricia W.; Harris, Beverly Foley; Green, Charles; Jiminez, Margarita; Lis, Anna E.; Martin, Sarah K.; McDavid, Georgia E.; Morris, Brenda H.; Poundstone, M. Layne; Reddoch, Stacy; Siddiki, Saba; Tate, Patti L. Pierce; Whitely, Laura L.; Wright, Sharon L.; Yoder, Bradley A.; Faix, Roger G.; Baker, Shawna; Bird, Karie; Burnett, Jill; Cole, Laura K.; Osborne, Karen A.; Spencer, Cynthia; Steffens, Mike; Weaver-Lewis, Kimberlee; Zanetti, Karen; O’Shea, T. Michael; Dillard, Robert G.; Washburn, Lisa K.; Peters, Nancy; Jackson, Barbara G.; Chiu, Korinne; Allred, Deborah Evans; Goldstein, Donald J.; Halfond, Raquel; Peterson, Carroll; Waldrep, Ellen; Welch, Cherrie D.; Morris, Melissa Whalen; Hounshell, Gail; Pappas, Athina; Sood, Beena G.; Bara, Rebecca; Billian, Elizabeth; Goldston, Laura A.; Johnson, Mary E.; Ehrenkranz, Richard A.; Bhandari, Vineet; Jacobs, Harris C.; Cervone, Pat; Gettner, Patricia; Konstantino, Monica; Poulsen, JoAnn; Taft, Janet; Butler, Christine G.; Close, Nancy; Gilliam, Walter; Greisman, Sheila; Romano, Elaine; Williams, Joanne

doi:10.1016/j.jpeds.2021.06.026

Cited by 3 publications

(2 citation statements)

References 28 publications

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“…The 3D printing data came from DICOM files of CT scan[ 18 ]. According to the growth and development rate of infants[ 19 ], the DICOM files of airway CT scan of 7 infants aged 30, 60, 90, 120, 180, 270, and 360 were selected from the medical image database of Beijing Children’s Hospital. The slice thickness was 0.625mm and the pixel spacing was 0.4883 mm.…”

Section: Methodsmentioning

confidence: 99%

Convex and Concave Model 3D Printing for Designing Right-side Bronchial Blocker for Infants

Duan¹,

Wang²,

Ma³

et al. 2022

IJB

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It is technically challenging for pediatric anesthesiologists to use bronchial blocker (BB) to isolate the lungs of infants during thoracoscopic surgery. Further, BB currently sold in the market cannot match the anatomical characteristics of the infants, especially on the right main bronchus. It may easily cause poor exhaustion of the right upper lobe, which leads to interference with the thoracoscopic surgical field. The two dimensional reconstruction data of 124 normal infants’ airways were extracted from the medical image database of Beijing Children’s Hospital for statistical analysis. After using linear fitting and goodness-of-fit test, a good linear relationship was detected between infant age and various parameters related to aid in designing a new BB for infants (R2=0.502). According to the growth and development rate of infants, the DICOM files of airway CT scan of 7 infants aged 30, 60, 90, 120, 180, 270, and 360 days were selected to print non-transparent convex and transparent concave 3D models. The non-transparent convex model was precisely measured to obtain the important parameters for BB design infants only, to complete the design of BB, to generate the sample, and to verify the blocking effect of produced sample in transparent concave three-dimensional (3D) model.

show abstract

Section: Methodsmentioning

confidence: 99%

Convex and Concave Model 3D Printing for Designing Right-side Bronchial Blocker for Infants

Duan¹,

Wang²,

Ma³

et al. 2022

IJB

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show abstract

“…It is now well-recognized that infants born extremely preterm (<28 weeks gestation) during the late canalicular or early saccular stage of lung development, have the greatest burden of respiratory disease such as bronchopulmonary dysplasia (BPD) ( 12 ). However, even children born moderately preterm (32–34 weeks gestation, ~3.6% of births) ( 13 – 17 ) may require interventions such as supplemental oxygen (hyperoxia; typically <60% O 2 ) with or without additional mechanical respiratory support which is now most commonly provided in the form of non-invasive nasal CPAP rather than conventional MV ( 18 – 25 ).…”

Section: Introductionmentioning

confidence: 99%

Oxygen and mechanical stretch in the developing lung: risk factors for neonatal and pediatric lung disease

et al. 2023

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Chronic airway diseases, such as wheezing and asthma, remain significant sources of morbidity and mortality in the pediatric population. This is especially true for preterm infants who are impacted both by immature pulmonary development as well as disproportionate exposure to perinatal insults that may increase the risk of developing airway disease. Chronic pediatric airway disease is characterized by alterations in airway structure (remodeling) and function (increased airway hyperresponsiveness), similar to adult asthma. One of the most common perinatal risk factors for development of airway disease is respiratory support in the form of supplemental oxygen, mechanical ventilation, and/or CPAP. While clinical practice currently seeks to minimize oxygen exposure to decrease the risk of bronchopulmonary dysplasia (BPD), there is mounting evidence that lower levels of oxygen may carry risk for development of chronic airway, rather than alveolar disease. In addition, stretch exposure due to mechanical ventilation or CPAP may also play a role in development of chronic airway disease. Here, we summarize the current knowledge of the impact of perinatal oxygen and mechanical respiratory support on the development of chronic pediatric lung disease, with particular focus on pediatric airway disease. We further highlight mechanisms that could be explored as potential targets for novel therapies in the pediatric population.

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The Practice of Enteral Nutrition

Salas

Travers

2023

Clinics in Perinatology

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Growth Rates of Infants Randomized to Continuous Positive Airway Pressure or Intubation After Extremely Preterm Birth

Cited by 3 publications

References 28 publications

Convex and Concave Model 3D Printing for Designing Right-side Bronchial Blocker for Infants

Convex and Concave Model 3D Printing for Designing Right-side Bronchial Blocker for Infants

Oxygen and mechanical stretch in the developing lung: risk factors for neonatal and pediatric lung disease

The Practice of Enteral Nutrition

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