Ali Gul
Related Authors
Justin Kenardy
The University of Queensland, Australia
Resul YILMAZ
Selcuk University (Selçuk Üniversitesi)
rudolph bauer
Washington Center for Consciousness Studies
Minyahil Woldu
Addis Ababa University
aaron lerner
Technion Israel Institute of Technology
Eliane Miotto
Universidade de São Paulo
Mariana Castells
Harvard Medical School
Dr.Vykunta Raju K.N
Rajiv Gandhi University of Health Sciences
Julie Steele
University of Wollongong
Christophe Dupont
Université Paris Descartes
Uploads
Books by Ali Gul
(LRT) RSV infections were investigated for genetically susceptibility(1). We aimed to determine the association of surfactant B and
D gene polymorphisms with acute bronchiolitis in infants younger than 1 year of age.
Materials and Methods: One hundred and six patients diagnosed with acute bronchiolitis and 107 healthy children from outpatient
of pediatric polyclinics of Gaziosmanpasa University hospital between January 2015 and January 2016 were enrolled to the study.
Acute bronchiolitis was diagnosed with clinical symptoms and findings (2). Blood samples were collected from each subject, and
DNA was extracted from peripheral blood samples using a GeneAll® ExgeneTM Blood SV Genomic DNA Kit according to the
manufacturer‘s instructions. SP-B intron 4 and C/A-18 gene polymorphisms were analyzed by a polymerase chain reaction (PCR)-
based restriction fragment length polymorphism (RFLP) method.
Results and Discussion: A total of 106 infants with acute bronchiolitis were enrolled in this study and another 107 infants without
bronchiolitis were recruited for the control group. Forty-five (42.5%) of 106 patients diagnosed with bronchiolitis in the study were
female. In bronchiolitis patient group, ten infants were 1–3 months, and 96 were 3–12 months of age. The respective genotype
frequencies of the inv/inv, inv/(ins/del), ins/ins, and del/del genotypes of SP-B intron 4 were 93.3%, 4.7%, 0.9% and 0.9% in acute
bronchiolitis subjects and 84.1%, 15.8%, 0% and 0% in controls (p = .0111). SP-B C/A-18 polymorphisms did not influence the risk
of acute bronchiolitis (p > 0.05). The genotype frequencies of the CC, CA, and AA genotypes of SP-B C/A-18 were 22.1%, 48.0,
and 29.8% in acute bronchiolitis infants and 17.4%, 53.3%, and 29.1% in controls, respectively (p=0.6428). The allelic frequency of
the C allele and A allele were 46.3% in acute bronchiolitis subjects and 32.4% in controls (p = 0.3440).
There is a possible association between the SP-B gene and susceptibility to acute bronchiolitis infection. We did not be able to find
any research about SP-B and acute bronchiolitis. But, the A-allele of SP-C gene is suggested to associate with reduced pulmonary
function and may predispose to lower respiratory disease (3). Some variant of SP-B gene has been variably associated with increased
risk for ARDS, COPD, and newborn RDS, as well (4). Also, there was suggested that the SP-B gene variants may increase the
incidence or severity of disease in genetically vulnerable individuals. (5). The carriers of inv/inv homozygous genotype may have an
increased risk for acute bronchiolitis disease in comparison with carriers of inv/(ins/inv) heterozygote genotype.
ABSTRACT Objective: Idiopathic hypercalciuria (IHC) is very frequently seen metabolic disorder in children and causes to some symptoms as hematuria, disuria, enuresis, cholic pain and growth retardation. IHC is generally ended with urolithiasis. In this research , we aim to notice frequency and clinically importance of hypercalciuria. Method: In pediatric polyclinic, 4 to 15 year old children detected for hypercalciuria by calcium, creatinine, sodium and potasium measuring in spot urine samples. we calculated the urine calcium creatinine ratio (Uca/Ucr) and 0,20 and above accepted hypercalciuria (3). Urinary tract symptoms were recorded. Results: We studied 223 children in our pediatric polyclinic with an age range of 4 to 15 years (mean= 8.7 ±3,18.7 ±3,1). 124 (%55.6) chidren were female and 99 (%44.4) were male. In study group, we found urine calcium creatinine ratio 0,20 and above in 32 (%14.3). The prevalence was %18.2 in males and in females was %11.3. 92(%41.3) children were have urinary system symptoms and hypercaluria was found in 25(%27.2) from these 92 symptomatic children. Of all hypercalciuric 32 children, 25(%78.1) children were symptomatic and the most frequently symptoms was abdominal pain with %68.8 frequency (22 children). However in nonhypercaiuric 191 children abdominal pain was found 47(%24.6) children, from hypercalciuric children 22(%68,8) patients had abdominal pain (p<0,001). The mean sodium creatinine ratio, in hypercalciuric children was 3,71±3,62 and in nonhypercaiuric was 1,70±1,28 (p<0,001). Conclusions: Because of the IHC frequently ended in urolithiasis, especially in urinary tract sympomatic children Uca/Ucr should be studied that is not invasive test and patients with IHC can be treated firstly with sodium restricted and potasium richly diets. Key words: Idiopathic hypercalciuria, urine calcium creatinine ratio, urinary tract symptoms, urinary excretion of sodium.
Papers by Ali Gul
(LRT) RSV infections were investigated for genetically susceptibility(1). We aimed to determine the association of surfactant B and
D gene polymorphisms with acute bronchiolitis in infants younger than 1 year of age.
Materials and Methods: One hundred and six patients diagnosed with acute bronchiolitis and 107 healthy children from outpatient
of pediatric polyclinics of Gaziosmanpasa University hospital between January 2015 and January 2016 were enrolled to the study.
Acute bronchiolitis was diagnosed with clinical symptoms and findings (2). Blood samples were collected from each subject, and
DNA was extracted from peripheral blood samples using a GeneAll® ExgeneTM Blood SV Genomic DNA Kit according to the
manufacturer‘s instructions. SP-B intron 4 and C/A-18 gene polymorphisms were analyzed by a polymerase chain reaction (PCR)-
based restriction fragment length polymorphism (RFLP) method.
Results and Discussion: A total of 106 infants with acute bronchiolitis were enrolled in this study and another 107 infants without
bronchiolitis were recruited for the control group. Forty-five (42.5%) of 106 patients diagnosed with bronchiolitis in the study were
female. In bronchiolitis patient group, ten infants were 1–3 months, and 96 were 3–12 months of age. The respective genotype
frequencies of the inv/inv, inv/(ins/del), ins/ins, and del/del genotypes of SP-B intron 4 were 93.3%, 4.7%, 0.9% and 0.9% in acute
bronchiolitis subjects and 84.1%, 15.8%, 0% and 0% in controls (p = .0111). SP-B C/A-18 polymorphisms did not influence the risk
of acute bronchiolitis (p > 0.05). The genotype frequencies of the CC, CA, and AA genotypes of SP-B C/A-18 were 22.1%, 48.0,
and 29.8% in acute bronchiolitis infants and 17.4%, 53.3%, and 29.1% in controls, respectively (p=0.6428). The allelic frequency of
the C allele and A allele were 46.3% in acute bronchiolitis subjects and 32.4% in controls (p = 0.3440).
There is a possible association between the SP-B gene and susceptibility to acute bronchiolitis infection. We did not be able to find
any research about SP-B and acute bronchiolitis. But, the A-allele of SP-C gene is suggested to associate with reduced pulmonary
function and may predispose to lower respiratory disease (3). Some variant of SP-B gene has been variably associated with increased
risk for ARDS, COPD, and newborn RDS, as well (4). Also, there was suggested that the SP-B gene variants may increase the
incidence or severity of disease in genetically vulnerable individuals. (5). The carriers of inv/inv homozygous genotype may have an
increased risk for acute bronchiolitis disease in comparison with carriers of inv/(ins/inv) heterozygote genotype.
ABSTRACT Objective: Idiopathic hypercalciuria (IHC) is very frequently seen metabolic disorder in children and causes to some symptoms as hematuria, disuria, enuresis, cholic pain and growth retardation. IHC is generally ended with urolithiasis. In this research , we aim to notice frequency and clinically importance of hypercalciuria. Method: In pediatric polyclinic, 4 to 15 year old children detected for hypercalciuria by calcium, creatinine, sodium and potasium measuring in spot urine samples. we calculated the urine calcium creatinine ratio (Uca/Ucr) and 0,20 and above accepted hypercalciuria (3). Urinary tract symptoms were recorded. Results: We studied 223 children in our pediatric polyclinic with an age range of 4 to 15 years (mean= 8.7 ±3,18.7 ±3,1). 124 (%55.6) chidren were female and 99 (%44.4) were male. In study group, we found urine calcium creatinine ratio 0,20 and above in 32 (%14.3). The prevalence was %18.2 in males and in females was %11.3. 92(%41.3) children were have urinary system symptoms and hypercaluria was found in 25(%27.2) from these 92 symptomatic children. Of all hypercalciuric 32 children, 25(%78.1) children were symptomatic and the most frequently symptoms was abdominal pain with %68.8 frequency (22 children). However in nonhypercaiuric 191 children abdominal pain was found 47(%24.6) children, from hypercalciuric children 22(%68,8) patients had abdominal pain (p<0,001). The mean sodium creatinine ratio, in hypercalciuric children was 3,71±3,62 and in nonhypercaiuric was 1,70±1,28 (p<0,001). Conclusions: Because of the IHC frequently ended in urolithiasis, especially in urinary tract sympomatic children Uca/Ucr should be studied that is not invasive test and patients with IHC can be treated firstly with sodium restricted and potasium richly diets. Key words: Idiopathic hypercalciuria, urine calcium creatinine ratio, urinary tract symptoms, urinary excretion of sodium.