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fbtwitterlinkedinvimeoflicker grey 14rssslideshare1
Joshi, Suchita
Languages: English
Types: Doctoral thesis
Subjects: RJ101, R1

Classified by OpenAIRE into

mesheuropmc: respiratory system
The findings of this thesis suggest that children with CLD continue to have airway abnormalities including reversible airway obstruction, air trapping and impaired gas transfer compare to term and preterm controls at 8-12 years of age. Although they had similar exercise capacity to preterm and term control groups, this was at the expense of using greater proportion of their ventilatory reserve. At school age, they do not have evidence of myocardial dysfunction or subclinical pulmonary arterial hypertension.
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    • [1] Burri PH. Structural aspects of postnatal lung devetepmentAlveotar formation and growth. Bio Neonate 2006;89: 313-22.
    • [2] Jeffery HL Thedevelopment of large and small airways. AmJ Amp* Crlt CareMed 199*157:5174-80.
    • [3] Kotecha S. Lung growth: Implications for the newborn Infant. Arch MsChid Petal Neonatal Ed2000;82:ft9-74.
    • [4] HMop AA. Growth of the vascular tree Paedtetr Aesplr Rev 2000;1<4)321-7.
    • [9] Kotecha S. Lung growth for beginners. Rsediatr Resplr Rev 2000riH)30B-13.
    • M Marcus PJFM, Have Opbroefc AJtH, (gianjer PR Human lung growth: a iw im Padiatr PUmcnot 1996;2lt6)c3g3-97.
    • [7] Mstop AA. Airway and Mood vessel Interaction during lung development J Anat 20(8 £01 325-34.
    • P] OchiM, Nyengaard JR, Jung A, Knudsen L, Vblgt M, Wahlan T, at a t Tha number of ahadi In human lung. Am J Pespir OK Cart Mad 2004,169:120-4.
    • P ] Ihurlbecfc WM. Postnatal human lung growth. Then* 1982;37: 3*4-71.
    • [10] ZamanKL, Bcnnat WD. Growth of the anal! airways and alveoli from chNdhood to the adult lung measured by acroaol-derlved airway morphology. J Appl Physiol 2006;100:956-71.
    • [11] MoaaMngarAC, ItordtogR, Adamson TM, Sin#) M, MuGT Roleof luig fluid vohsne h growth and maturation of tha fatal sheep ling. JClIn Invest 1990;86:1270-7.
    • [12] Ntterman JA, Chaplin CJ, VhnderMt JN, Porta HF, Scavo LM, Dobbs LG, at a l. Pro and postnatal lung davatopmant, maturation and plasticity Effects of ollgohydramntous on lung growth and maturation in tha fetal rat Am J Physiol Lung Call Mol Phystol 2D02;282|3):L43l-9.
    • [13] WAggtosworthJS, OesaIR-Effecton lung growth of cervicalcord section In tha rabbit fetus. Early Hum Oev 1979;3(1):51 -*5.
    • [14] Pawatt JE, Laa CC, Ktoerman JA. Efbcb of phrenic nerve section on tha respiratory system of fetal lambs. J Appl Physiol l981;51(2)&93-7.
    • [15] Mian RL, aoutier M, Ptadbaeuf 8. Tracheal occlusion: a review of obstructing fetal lungstomahe them grow and mature. AmJ Mad Genet CSemin Med Genet 2007;t f i g y i 23-38.
    • [16] Maeda % Owve % WMtaett JA. Yamcrtptional control of lung mnnSmganartt Physiol Pav 2007;87219-44.
    • [17] Mhrburton D, Belluad S, Dal moral R Kaartlnen X laaM , TefP 0, at aL Growth fector signalling In luig morphogenetic centres: automatictty, stareotypy and symmetry, Parplr Pas 2003;4(1):S.
    • p8) Voelhel NF, Vhndlvtcr my, Ibder DM. Vhscular endothelial grovdh factor m the ling. Am J Physiol Lung Cell Mol Physiol 2006;290:1209-21.
    • [19] Aehan VK, Wbng Y, SuganoS, Santos J, Ifetel S, Safcural R, at aL In utero nlcoUna CKposure attan fetal rat lung alveolar type II cell proliferation, dffferentiatlcn and metabolism. AmJ Physiol Lung Call Mol Physiol 2007;292(1):l323-33.
    • {20| Kajafcar, Radhfca. Environmental factors and developmental outcomes m the lung. Pharmacol Thar 2007;114(2>:129-45.
    • p i] TMbaud 8, Abman SH. Bronchopulmonary dysplasia: whore have all tha vesaelsgcne? Pales of angiogenicgmwth factors In chronic lung disease. Am J Aespir Crtt Care Med 2007;175 (101:978-85.
    • P2] Ikhanz SA, Makanya AN, Haemi 8, Burn PH. Effects of neonatal httfi-daae short-term glucocorticoid treatment on the luig: a morphologic and morphometrlc study in tha rat Pedfetr Res 2003;S3(1):72-80.
    • P3] Jones RAK. Randomized, controlled trial of dexamethasone in neonatal chronic lung dHaatr 13-17 year foltow-up study I. Respiratory status, growth, and blood pressure. Pedlstrta 2005;116(2):379-B4.
    • [24] Niton PL, Wbshbum LK, Schechter MS, O'Shea TM. Follow-up study of randomfeed controlled trial of postnatal dmamethasone therapy In very low birth wet#>t infants: effects on pulmonary outcome at age 8 to 11 years. J Padiatr 2007;150 (4):345-90.
    • [25] Klnana TB. Lung development and Implications for hypoplasia found in congenital Maphragmatlc hemla. Am J Med Genet C Semin Med Genet 2007;145C(2*117-24.
    • [26] Jani X , Cannie M, Peralta CF, Oeprcst JA, NicolaIdes KH, Dymarkowsld S. Luig volumes In fetuses with congenital diaphragmatic hernia: comparison of 3D US and MR imaging aaseasments. Radiotogy 2007;244<2):575-82.
    • 1. Mon K. Nafcagarva R. NB M. Edagawa T. Takehera Y. Inouc M et at Pulsed w m Daopter tatue echocardography i n t w r w t of tha long u i functon of tha rght and l i t v tn tn d tf during the a rty neonatal perod. Neon 2001,-90 US 0C
    • 2. Mori K, Hayabuchi Y. Kuroth Y. N* M. f-hnab* T. Lift vertncUar wall motion vatocum n heathy cMdtan measured by exited wove Dopplar tissue echocardiography- Normal values and rektion to a p and heart rate./ Am Sec Echocnrdogr 200(211:1002-11
    • 3. Kapusta L. Th e ten JM. Cuypers MHM. Pear PGM. D anes O Assessment of myocardal valocfoai n healthy children rang tesue Doppler m agng lltrosocrvd Med Btof 200034 229 37
    • 4. Hslop AA. Haworth SG Pulmonary vascular damage and the development of cor pulmonale followinghyafne menforane daces* Prckotnc Pufoiorof 1990,4 152-41.
    • 5. Evans NJ. Archer LN Doppfer assessment of pUmonary artery praasise and extrapulmonary sfxjntnj n the acute phase of hyalne membrane disease M i De Odd 1991,444-11
    • 4. Evans N | Archer LN1 Doppier assessment of pUmonary artery pressure diring recovery from hyaline membrane deease Arch On OvId 199144402-4.
    • 7. Dabestam A Mahan G. Gardin JM Evaluation of ptimanary artery pressure and ra*starve by puked Doppler achocardiofraphy. Am J Grrdol 1987.59442-8
    • 8. Skjaerpe T. Hade L Noninvasive estination of systolic pressure in the right ventrcle n patents with tricuspid re g itf tation. t i r Herat J 1984.7 704-10
    • 9. Motvam PM Sontag MK. Younoszai A Ivy DO. Abmat SH Qincal unity of echocardiogaphy for the diagsoss and rmnagamem of pulmorery vascular disease n young chldran w th chronic Itrig deease Pedtarxs 2008:121:317-25
    • 10. Brechot N Gembotti L Lefiua S. Roudaut R. Usefulness of right ventncukr isovolumc relaxa t on time in predicting systolic pulmonary artery pressure Etv / Ethocardngr 2008:9547-54
    • 11 Lindqvnt P. Waldenstrom A WAstrom G. Kazzam E. Rght verericUar myocardial isovolumc rataxaton tame and puknormry pressure Gm fhysaf Fund Imogng 2 0 0 4 2 4 1 -8
    • 12. Rapgopalan N. Simon MA Shdi K Mathier MA Lopez-Candaias A Unity of rght ventricular ussue Doppler imaging: correleon with right heart catheter ration Echocordogaphy 2008:25:704-11
    • 13. Lopea-Candsles A Rat^opalan N. Dohi K. Edelman K. Guiyasy B. Normal range of mechanical variables n pulmonary hypertension A tssue Doppler magng study Echocadiogrephy 2008:25 4 4 4 -7 2
    • 14. Pam JL. da Sbra MG, Fare S C Salem VM. Mady C Baltsbaeva A et of Qumtficetion of regional let and right ventricular deformation indices in healthy neonates by teing strain rate and strain magng. J Am Soc Ethocardqgr 200922: 349-75.
    • 15 Nestaat E. Stoytan A Sandvfc L. Bnmvand L. Fugeiseth D. feasibility and ralkMky of stram and stram n ta measurement n neonates by o p uneng the amiyse parameters settings. Ukrosound Med Biol 200731:270- 8.
    • 14 Fraser AG. Payne N. Madler CP. Janerot-Sjoberg B. Und B>Grocott-Mason RM et at FeMMity and rapnoducbiity of off-line tissue Doppler measurement of ragoml myocardal functon during dobutamme stress echocardiogr^hy. Eiv J Echocordog 2002443-53
    • 17. Bknd JM. Altimn DG Statistical mwhods far assessng ageem ent between two methods of clnreal measurement Lancet 1986,1 307-10.
    • 18 Subhedar NV. Shaw h f Intraobserver variation et Doppler utrasouid assessment of pulmonary artery pressure Arch Css Odd Fetol Neonatal Ed 19947 Sf59 F41
    • 19. Vtnaraanu D. Khokhar A Fraser AG. RaproducfoiBy of pulaad wave tissue Doppler echocardiography.; Am Soc Erhocnrcfofr 1999.12492-9
    • 20 Dambraiskate V. Dalcrobt H Oaus P. HarbatsL. PaJecakT. DHooge JetaL The evaluation of pubnonary typertensron using right verericUar myocardal eovolumic relaiettion tim e / Am Soc Echoctsdiogr 2005.18:1113-20.
    • 21. Paulks LB, Chan ICC Clang D. Kirby SK. Logan L DeGroff CG ft d. Regonal myocardal vefacibas and isovolumc contraction accekntron before and dter W ong'. Alan G Fraser2. Sailesh K otecha' 58.7(13.8) 4.4(1.1)
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