Exocrine pancreatic insufficiency is an important cause of chronic malnutrition, secondary to maldigestion-malabsorption, which can be caused in children especially by cystic fibrosis, but also by other much rarer diseases. The case of a 6 months and 3 weeks old male pediatric patient is reported, who was admitted to the clinic for head and forearms bruising. Laboratory findings identified vitamin K deficiency as the cause of the cutaneous hemorrhagic syndrome. Further investigations revealed association of steatorrhea which is a marker of fat malabsorption , iron-deficiency anemia and hypovitaminosis D, which had been produced by nutritional deficiencies caused by malabsorption syndrome. Based upon decreased levels of stool pancreatic elastase in repeated measurements, together with low serum lipase, the final diagnosis of exocrine pancreatic insufficiency was established.
|Published (Last):||9 November 2009|
|PDF File Size:||9.8 Mb|
|ePub File Size:||17.7 Mb|
|Price:||Free* [*Free Regsitration Required]|
Emanuiela Sevastian. Dumitru Bulucea — Craiova Conf. Paula Grigorescu-Sido — Cluj Prof. Genghiz Mustafa — Craiova Prof. Mircea Nanulescu — Cluj Prof. Antonia Popescu — Cluj Prof. Radu Spineanu — Oradea Prof. Popescu Dr. Valeriu Popescu, Dr. Constantin Arion Diagnosticul limfoamelor maligne non-Hodgking la copil Victoria Hurduc, Prof. Valeriu Popescu, Prof. Dimitrie Dragomir, Prof.
Hecser, Dr. Redactarea unei teze de doctorat Redactarea unui caz clinic Redactarea unui referat general Valeriu Popescu Medication errors in children Valeriu Popescu Infections of the newborns: etiology and epidemiology Valeriu Popescu Pathogenic mechanism in neonatal infections Valeriu Popescu Characteristic features of anti-infectious defens in newborns Valeriu Popescu Newborn with high risk Valeriu Popescu, Daniela Patrichi Diagnosis and management of hyperbilirubinemia in the neonate Valeriu Popescu EEG in newborn pathology Hecser, A.
Schiopu Limited neurological manifestations manifestations after head mild mechanic trauma in children Valeriu Popescu Correct answers for the test published in No. Preparing the manuscript for publication Editing a clinical cases Editing a general paper Sistems for detecting and order forms and color — coded-systems.
The transplacental route is the most common means by which microorganisms reaches the fetus in utero. Some viruses, Toxoplasma gondii, Treponema pallidum, and occasionally other bacteria are transmitted by this route.
Infection acquired in utero may result in resorption of the embryo, absorbtion, stillbirth, congenital malformations, intrauterine growth retardation, premature birth, acute diseases in the immediate neonatal, prenatal, or on asymptomatic, but persistent infection that cause neurologic sequelae later in life. Further on the author presents: — viral infections: rubella virus, cytomegalovirus, herpes virus hominis, hepatitis B, Coksackie, HIV, measles virus, mumps virus, varicella-zoster virus; — bacterial infections; — rickettiene infections; — infections with mycoplasme and chlamydia; — mycotic infections; — protozoar infections toxoplasma, malaria, leishmaniasis — Kala — Azar, trypanosomiasis ; — parasitic infections echinococosis, schistosomiasis, ankilostomiasis.
Keywords: infections of the newborn, epidemiology, etiology. Acest fapt 1. In: Mozziconacci P, 5. Davies PA — Bacterial infection in the fetus and newborn,. Arch Dis 6. Curs de Pediatrie, Child, , 46, 1. In: Mozziconacci P, newborn infant.
New York, A. Liss Inc. Pediatr, , 77, They also discussed the results of the antenatal infections on embrion and fetus, and the clinical variants of intra- and postnatal infections. The attention is focussed on the relationship between pathogenetic mechanisms and the relevant clinical and paraclinical alteration for the diagnosis of the most frequent encountered infections of the newborn.
Keywords: infections; pathogenesis; newborn. Actualmente, posibilitatea pa- schimburi cu organismul matern. Popescu V. WB Saunders Co, Philadelphia, 4.
De la contactul germenului antigenul incriminat. Deplasarea polimorfonuclearelor la nivelul de la adult. Fagocitoza bacteriilor opso- nizate, a Toxoplasmei gondii, a Staph. Rolul virusuri. Imunoglobulinele A 2.
Sunt 2. De asemenea, donal. Marks MI — Pediatric Infectious diseases for the practitioner, ch 3, p. Se insituie un la prematur. Uneori este vorba de un postmatur, cu o greu- transfuzii de plachete sanguine.
Astfel, o depresie tratament. In: 7. Paris, The term babies who are unwell, the preterm neonates, and the infants who have multiple comorbidities constitute a group vulnerable to bilirubin neurotxicity.
The current resurces for clinical interventions that can drastically and efficiently reduce the increased bilirubin-load-intensive phototherapy and exchange transfusions — are available for use in those infants who have excessive hyperbilirubinemia as judged by their postnatal age, wellenss and gestation ; however these interventions have a very narrow margin of safety for babies who have rapid or unrecognized increases in their bilirubin load. Because most babies are discharged before the hyperbilirubinemia reaches its peak during the first week of life, preventive and system-based strategies offer a safer, kinder and gentler means to prevent BIND, including kernicterus.
Introducerea 2. Leziunile SNC din icterul nuclear fig. Aceste 4. Extinderea leziunilor cerebrale este probabil eficiente Bhutani V.
Bhutani V. Modul de pentru dublu volum de exsanguonotrasfuzie ; alimentare este deteriorat? Cochrane Database Syst Rev, ; hyperbilirubinemia.
Available at htt:www. Pediatrics, , 94, Johnson L — The hyperbilirubiemic term infant: wen to warry, when 3. NY State J Med, , 11, Pediatrics, , 2 ; e Clin Perinatol, , 25 3 , Pediatrics, , Pediatrics, , 2 :e Perinatol, management neonatal jaundice and preventiaton of kernicterus.
Pediatr, ,93, Indian J Pediatr, , 70 5 , screening in glucosephosphate dehydrogenase-deficient neonates. Pediatric, , , Martinez JC, Garcia HD, Otheguy LE et al — Control of sever management of hyperbilirubinemia in the term neonate: for a safer hyperbilirubiemia in full-term newborns with the inhibitor of biliruin first week.
Clin N Am, , 51, 5, Pediatrics, , 1 , Newman TB, Klebanoff M —Neonatal hyperbiliruinemia and long- discharge hour — specific serum bilirubin for subsequent significant term outcome: another look at the collaborative perinatal project. Pediatrics, , 92, Brown AK — Neonatal hyperbilirubinemia. In: Behrman ER — prevention of extreme neonatal hyperbilirubinemia in a mature health Neonatology, cap. Arch Pediatr.
Med, , , Louis,
Esentialul in Pediatrie - Ciofu
V HC Identify the ways in which pediatric airway an atomy differs from that of an adult patient. Indicate how pediatric airway anatomy differe nces may manifest in clinical practice. Apply simple interventions to overcome the clinical problem that may manifest as a result of pediatric airway anatomy. Identify ways in which respiratory dist ress may differ from an adult patient. Give an example of both upper and lower airway disease in patients with Downs Syndrome.