Zde - 2. lékařská fakulta - Univerzita Karlova
Zde - 2. lékařská fakulta - Univerzita Karlova Zde - 2. lékařská fakulta - Univerzita Karlova
P-22. ROLE PŘIROZENÉ IMUNITY V PATOGENEZI DIABETU MELLITU 1.TYPUKayserová J. 1 , Včeláková J. 2 , Dudková E. 1 , Štechová K. 2 , Šumnik Z. 2 , Koloušková S. 2 , HromádkováH. 1 , Ulmannová T. 2 , Špíšek R. 1 , Šedivá A. 11 Ústav imunologie, UK 2. LF a FN Motol, Praha; 2 Pediatrická klinika, UK 2. LF a FN Motol, PrahaŠkolitel: Prof. MUDr. Anna Šedivá, D.Sc.Úvod: Diabetes mellitus 1.typu (T1D) je autoimunitní onemocnění s progresivní destrukci β-buněkpankreatu a poruchou produkce insulinu, v jehož patogenezi se uplatňují především T lymfocyty.Poslední studie ale potvrzují i roli vrozené imunity na vzniku T1D.Cíl: Našim cílem bylo stanovit rozdílnou reaktivitu dendritických buněk po stimulací různými ligandyToll-like receptorů u pacientů s T1D.Materiál a metody: Vyšetřili jsme 59 pacientů s T1D: 46 pacientů s čerstvým záchytem T1D, 13pacientů s dlouhodobě kompenzovaným T1D, 58 prvostupňových příbuzných (rodič, sourozenec, dítě)a 63 zdravých kontrol bez autoimunitního onemocnění, i s negativní rodinnou anamnézou naautoimunitní onemocnění. Skupinu příbuzných jsme dále stratifikovali na základě positivitydiabetogenních autoprotilátek v séru (anti-GAD65, anti-IA-2) do 2 podskupiny.DC v periferní krvi jsme stanovili pomocí kombinace monoklonálních protilátek pomocí FACS Aria.Periferní mononukleární buňky jsme stimulovali různými TLR ligandy a pomocí Luminex kitů jsmestanovili koncentraci cytokinů v supernatantech.Výsledky: Signifikantní nižší počet myeloidních DC i plasmacytoidních DC byl nalezen mezi pacientys T1D (106/L, mean±SD: mDC 11.3±7.0; pDC 7.1±7.0) a jejich prvostupňovými příbuznými (mDC14.2±6.3; pDC 8.8±5.9) ve srovnání se zdravými kontrolami (mDC 18.3±9.1; pDC 13.4±7.9), (p
P-23. IMPAIRED GROWTH DURING CHILDHOOD IN PATIENTS WITH PRIMARY CILIARYDYSKINESIASvobodová T. 1 , Djakow J. 1 , Zemková D. 1 , Cipra A. 2 , Pohunek P. 1 and Lebl J. 11 Department of Paediatrics, 2nd Faculty of Medicine, Charles University in Prague and MotolUniversity Hospital; 2 Department of Paediatrics, Masaryk Hospital, Usti nad LabemSupervisor: Prof. Petr Pohunek, M.D., Ph.D.Introduction: Primary ciliary dyskinesia (PCD) is a congenital condition leading to early-onsetsymptoms of recurrent/chronic respiratory infections, resulting in chronic inflammation and potentiallyin chronic pulmonary disease with bronchiectases and possibility of developing respiratoryinsufficiency in subsequent age.Aims: Our phenotypic study aimed to analyse the statural growth in a cohort of clinically diagnosedchildren and young adults with primary ciliary dyskinesia.Materials and Methods: We analysed the statural growth of 30 children and young adults with PCDaged 1.5-24 years (median 14.5) diagnosed with the disease at the age of 0.5-17 years (median 8)and compared them to the reference growth data of the background population. Of these, eightsubjects carried pathogenic mutations in either DNAH5 or DNAI1 gene.Results: In children with PCD the body height (expressed as standard deviation score; SDS)progressively decreased from +0.46±0.24 SDS (mean±SEM) at their 1st birthday, +0.08±0.22 SDS at3 years and -0.21±0.22 SDS at 5 years, to -0.52±0.21 SDS (p=0.02 vs. 0) at 7 years, -0.71±0.23 SDS(p=0.007 vs. 0) at 9 years, -0.54±0.24 SDS (p=0.04 vs. 0) at 11 years, and to -0.56±0.26 SDS (p=0.04vs. 0) at 13 years. This reflects low growth velocity during the childhood growth period. Thereafter, theheight stabilised and did not differ from the background population up to the age of 17 years. Thegrowth deterioration was not dependent on sex, selected clinical signs or symptoms, the diseaseseverity or the occurrence of pathogenic mutations in the DNAH5 or DNAI1 genes.Conclusions: We conclude that PCD leads to chronic wasting with significant growth deteriorationduring childhood.Support: Supported by Ministry of Health, Czech Republic - the Internal grant agency project (No.NT11469-5) and the project for conceptual development of research organization 00064203(University Hospital Motol).55
- Page 1: ABSTRAKTA 2013PŘEDNÁŠKY01. SYNCH
- Page 5 and 6: 05. AKTIVACE TH17 DRÁHY U PACIENT
- Page 7: 07. POLYMORFISMUS GENU PRO CONNEXIN
- Page 10 and 11: 10. IMPACT OF ISCHEMIC INJURY ON TH
- Page 12 and 13: 12. DYNAMIKA A VÝVOJ PRELEUKEMICK
- Page 14 and 15: 14. L-ASPARAGINÁZA OVLIVŇUJE BIOE
- Page 16 and 17: 16. CÉVNÍ PROTÉZY POKRYTÉ AUTOL
- Page 18 and 19: 18. PROTEINURIE U DĚTÍ PO TRANSPL
- Page 20 and 21: 20. SOMATOGNOSTICKÉ FUNKCE A PROST
- Page 22 and 23: 22. KLINICKÝ VÝZNAM STANOVENÍ RE
- Page 24 and 25: 24. DYNAMIKA PROTINÁDOROVÉ IMUNIT
- Page 26 and 27: P-02. ADOPTIVNÍ TRANSFER TUMOR SPE
- Page 28 and 29: P-04. INFANTILNÍ HEMANGIOM - PDL L
- Page 30 and 31: P-06. ÚLOHA BMH PROTEINŮ V REGULA
- Page 32 and 33: P-08. VALPROOVÁ KYSELINA INDUKUJE
- Page 34 and 35: P-10. GONIOVÝ ÚHEL V IDENTIFIKACI
- Page 36 and 37: P-12. LOKALIZAČNÍ VÝZNAM IKTÁLN
- Page 38 and 39: P-14. DIAGNOSTICKÝ A PROGNOSTICKÝ
- Page 40 and 41: P-16. ROLE GENU WT1 A JEHO IZOFOREM
- Page 42 and 43: P-18. SENSORY VASOPRESSIN AND OXYTO
- Page 44 and 45: P-20. ANALÝZA PORUCH ACIDOBÁZICK
- Page 48 and 49: P-24. CHIRURGICKÁ SÍŤKA FUNKCION
- Page 50 and 51: P-26. POROVNÁNÍ PŮSOBENÍ TAKROL
- Page 52 and 53: P-28. EFEKT MUTACE FV LEIDEN A FII
- Page 54 and 55: P-30. ADENO-ASOCIOVANÝ VIRUS JAKO
- Page 56 and 57: P-32. VLIV POHYBOVÉ TERAPIE NA END
- Page 58 and 59: P-34. MORPHOMETRIC ANALYSIS AND DTI
- Page 60 and 61: P-36. TWO-PHOTON PROCESSOR AND SENE
- Page 62 and 63: P-38. CARDIAC SUBMILISIVERT VOLUME
- Page 64 and 65: P-40. CLOSTRIDIUM DIFFICILE: MOLEKU
- Page 66 and 67: P-42. ANALÝZA KINETICKÉHO PROFILU
- Page 68 and 69: P-44. HLADINOVÉ KOAXIÁLNÍ ZVLÁK
- Page 70 and 71: P-46. VYŠŠÍ BMI A NIŽŠÍ HDL U
- Page 72 and 73: P-48. VZTAH BRÁNICE A KRČNÍ PÁT
- Page 74 and 75: P-50. IMPLANTACE KARDIOVERTERŮ-DEF
- Page 76 and 77: P-52. VLIV DELECE GENŮ PIM3 A SHAN
- Page 78 and 79: P-54. POUŽITÍ ADENOVIRUS-SPECIFIC
- Page 80 and 81: P-56. EXPRESSION OF CARBOANHYDRASE
- Page 82 and 83: P-58. VÝZNAM HYPOXIE A HIF-1α PRO
- Page 84 and 85: P-60. AUTOLOGOUS HUMAN PERICARDIUM,
- Page 86 and 87: P-62. PERICENTRICKÁ INVERZE NA CHR
- Page 88 and 89: P-64. METALOTHIONEINY V SÉRU U DĚ
- Page 90 and 91: P-66. KORELACE DYNAMICKÉHO NÁRAZO
- Page 92 and 93: P-68. NEUROGENIC AND GLIOGENIC POTE
- Page 94 and 95: P-70. GENE SHB IS UNDEREXPRESSED IN
P-23. IMPAIRED GROWTH DURING CHILDHOOD IN PATIENTS WITH PRIMARY CILIARYDYSKINESIASvobodová T. 1 , Djakow J. 1 , Zemková D. 1 , Cipra A. 2 , Pohunek P. 1 and Lebl J. 11 Department of Paediatrics, 2nd Faculty of Medicine, Charles University in Prague and MotolUniversity Hospital; 2 Department of Paediatrics, Masaryk Hospital, Usti nad LabemSupervisor: Prof. Petr Pohunek, M.D., Ph.D.Introduction: Primary ciliary dyskinesia (PCD) is a congenital condition leading to early-onsetsymptoms of recurrent/chronic respiratory infections, resulting in chronic inflammation and potentiallyin chronic pulmonary disease with bronchiectases and possibility of developing respiratoryinsufficiency in subsequent age.Aims: Our phenotypic study aimed to analyse the statural growth in a cohort of clinically diagnosedchildren and young adults with primary ciliary dyskinesia.Materials and Methods: We analysed the statural growth of 30 children and young adults with PCDaged 1.5-24 years (median 14.5) diagnosed with the disease at the age of 0.5-17 years (median 8)and compared them to the reference growth data of the background population. Of these, eightsubjects carried pathogenic mutations in either DNAH5 or DNAI1 gene.Results: In children with PCD the body height (expressed as standard deviation score; SDS)progressively decreased from +0.46±0.24 SDS (mean±SEM) at their 1st birthday, +0.08±0.22 SDS at3 years and -0.21±0.22 SDS at 5 years, to -0.52±0.21 SDS (p=0.02 vs. 0) at 7 years, -0.71±0.23 SDS(p=0.007 vs. 0) at 9 years, -0.54±0.24 SDS (p=0.04 vs. 0) at 11 years, and to -0.56±0.26 SDS (p=0.04vs. 0) at 13 years. This reflects low growth velocity during the childhood growth period. Thereafter, theheight stabilised and did not differ from the background population up to the age of 17 years. Thegrowth deterioration was not dependent on sex, selected clinical signs or symptoms, the diseaseseverity or the occurrence of pathogenic mutations in the DNAH5 or DNAI1 genes.Conclusions: We conclude that PCD leads to chronic wasting with significant growth deteriorationduring childhood.Support: Supported by Ministry of Health, Czech Republic - the Internal grant agency project (No.NT11469-5) and the project for conceptual development of research organization 00064203(University Hospital Motol).55