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Abstract book 6th RMS 16.indd

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Methods: Urine samples were collected<br />

from individuals with history of dark<br />

urine and from all their family members.<br />

Diagnosis was made by observing<br />

changing in urine colour after prolonged<br />

standing of samples, and by adding ferric<br />

chloride (FeCL3). Confirmation of diagnosis<br />

was done by measuring the levels of<br />

homogentisic acid. Signs and symptoms<br />

were assessed by performing clinical<br />

examination. Radiological examination<br />

was performed to assess the progression<br />

and complications of the disease using<br />

x-ray, ultrasound, CT-scan, and MRI.<br />

Results: Preliminary results have<br />

identified 60 cases of AKU (age range,<br />

1-60 years). The clinical, biochemical and<br />

genetic findings will be presented. Five<br />

novel mutations have been identified in<br />

Jordanian population.<br />

Conclusion: The prevalence of AKU is likely<br />

to be high in Jordan due to the high rate of<br />

consanguineous marriages. Furthermore,<br />

AKU should be in mind of physicians when<br />

evaluating patients with history of dark<br />

urine and low back pain.<br />

375<br />

Prevalence of Meropenem<br />

Susceptibilty among Gram Negative<br />

Pathogens Isolated from Intensive<br />

Care Units in Jordan<br />

Naheel Haloub MD*, Jamal Wadi, Mais Al<br />

Ahmad, Amani Samara, Amani Romman<br />

* Head of Microbiology Dep. Specialty<br />

hospital, Amman Jordan<br />

falakqadery@specialty-hospital.com<br />

Objectives: Meropenem is a relatively new<br />

carbapenem in some Middle East countries;<br />

our aim is to evaluate its susceptibility in<br />

gram-negative pathogens isolated from<br />

ICU patients and to identify the prevalence<br />

of ICU bacterial isolates identified as<br />

pathogens based on CDC-NHSN definition<br />

for pathogens in the affected organs<br />

Methods:<br />

Results: One-hundred and seventy-three<br />

gram-negative pathogens were reviewed<br />

for susceptibilities and ESBL production.<br />

E. coli was a dominant pathogen followed<br />

by Klebsiella, and Pseudomonas. ESBLproduction<br />

was in E. coli (62.7%) and<br />

Klebsiella (58.6%), considering all gramnegative<br />

bacilli studied; ESBL rates were<br />

30.7%. Both Meropnem and Imipenem<br />

showed superior activity against gramnegative<br />

pathogens. Meropenem did better<br />

than imipenem against pseudomonas<br />

species, but PIP/TAZ did better than both<br />

carbapenems (p = 0.02). The difference<br />

in susceptibility patterns among ESBLproducing<br />

pathogens compared with<br />

same non-ESBL producers species showed<br />

that carbapenems were superior to other<br />

classes of antibacterials tested in this<br />

regard, and rates of resistant ESBL to both<br />

carbapenems were 5.6%; trustworthy<br />

in the initial empiric therapy in ICUs and<br />

hospitals that suffer from high rates of<br />

ESBL-producers. While PIP/TAZ showed<br />

highly significant difference (p < 0.0001)<br />

in activity against ESBL and non-ESBL<br />

producers<br />

Conclusion: Meropenem and imipenem<br />

are trustworthy in the initial empiric<br />

therapy. Gram-negative pathogens are<br />

highly susceptibility to both carbapenems,<br />

and benefit extends to ICUs with high<br />

rates of ESBL-producers.<br />

376<br />

Snapshot on Molecular Genetic<br />

Pathology Updates<br />

Rame Khasawneh MD, Pathology Specialist,<br />

King Hussein Medical Center (Jordan)<br />

dr.r.khasawneh@gmail.com<br />

Objectives: This presentation highlight and<br />

emphasis on the most important updates<br />

in molecular oncology and genetics with<br />

relevant and clear clinical utility.<br />

Methods: Online resources including<br />

journals, webinars, and different genetic<br />

committee guidelines were reviewed.<br />

Results: Molecular genetics pathology is<br />

an emerging field of pathology; simply it<br />

implies medicine under submicroscopic<br />

level through studying human biomarkers<br />

that aid in elucidating disease etiology<br />

and pathogenesis, help in diagnosis,<br />

set prognostic stratifications and most<br />

importantly pave the road for applying<br />

personalized medicine through targeted<br />

and tailored therapeutic options.<br />

Conclusion: Molecular genetics<br />

pathology is a fast pace specialty where<br />

at least a weekly updates is a mandatory<br />

to catch up important updates, new<br />

guidelines and recommendations in<br />

www.jrms.gov.jo<br />

186

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