A total of 320 samples of vaginal swabs was obtained from women complaining of vaginal infection and attending two hospitals in Al-Sader city, Baghdad, namely Ibn AlBaladi Hospital for Pediatrics and Gynecology and Fatimat Al-Zahraa Hospital for Obstetrics in Al-Habibia district during the period from Desember 1997 till July 1998. Results of direct smear and culture showed that Trichomonas vaginalis infection occurred in 19.1%, in addition to some microorganisms. The most common infection was by Candida spp. (24.7%), followed by Gardnerella vaginalis (13.8%) and Staph. aureus (10.9%). Infection with Escherichia coli, Klebsiella spp. and Proteus spp. were 6.6%, 3.8% and 2.5%, respectively. The infection with Neisseria gonorrhoeae was very low (1.3%). The most associated microorganisms with T. vaginalis were G. vaginalis (26.2%). Infection with N. gonorrhoeae was less associated with T. vaginalis (1.6%). Fungal infection was 14.8% with those positive for T. vaginalis and it was less than those with negative trichomoniasis (27%). No considerable differences were noticed in the percentages of other microorganisms associated or non associated with T. vaginalis.
Distribution of the Infection with Trichomonas vaginalis and Associated Microorganisms in Women Attending Two Hospitals in Al-Sader City, Baghdad
Publication Date
Wed Jul 05 2017
Journal Name
Chemical Engineering Communications
(100)
(96)
Publication Date
Sat Jun 03 2023
Journal Name
Iraqi Journal Of Science
Effect Effect Effect Effect Effect Effect Effect of Thickness on Some Physical PropertiesThickness on Some Physical PropertiesThickness on Some Physical PropertiesThickness on Some Physical PropertiesThickness on Some Physical Properties Thickness on Some
Fe2O3 thin films
PLD
XRD
AFM
Absorption Spectra
The effect of thickness variation on some physical properties of hematite α-Fe2O3 thin films was investigated. An Fe2O3 bulk in the form of pellet was prepared by cold pressing of Fe2O3 powder with subsequent sintering at 800 . Thin films with various thicknesses were obtained on glass substrates by pulsed laser deposition technique. The films properties were characterized by XRD, and FT-IR. The deposited iron oxide thin films showed a single hematite phase with polycrystalline rhombohedral crystal structure .The thickness of films were estimated by using spectrometer to be (185-232) nm. Using Debye Scherrerś formula, the average grain size for the samples was found to be (18-32) nm. Atomic force microscopy indicated that the films had
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