Lec.Dr. Ahmed Khalid Abdullah|

Full Name: Ahmed Khalid Abdullah                                                            

Date of Birth: 28-02-1979                 

 Nationality: Iraqi

Education:

  1. M.Sc. in medical physics from College of Sciences/ University of Baghdad/ Iraq 10-10-2007
  2. Ph.D. in Medical physics from School of Health Sciences / University of Salford/ United Kingdom 1-06-2018

Work:

  1. Radiological Technical at Radiology Department /Ibin Al-Betar Hospital for Cardiac Surgery/ Ministry of Health/ Iraq 3-12-2001
  2. Specialists Medical Technical in Radiology at Cardiac Catheterization Department Ibin Al-Betar Hospital for Cardiac Surgery/ Ministry of Health/ Iraq 1-11-2007
  3. Radiological Technical at Radiology Department /Al-Karkh Hospital/ Ministry of Health/ Iraq1-03-2008
  4. Assistant lecturer at Physiology and Medical Physics Department/ College of Medicine/ University of Diyala- Iraq 18-07-2010
  5. Lecturer at Physiology and Medical Physics Department/ College of Medicine/ University of Diyala- Iraq 1-07-2018
  6. Head of Physiology Department/ College of Medicine/ University of Diyala/ Iraq 26-06-2019

Experiences:

Computed Tomography CT-scan, Radiography systems, Mammography systems, Cardiac catheterization Systems, Digital fluoroscopy, Ultrasound and Echocardiography, ECG and EMG systems.

Publications:

No.Title  Status
1The impact of simulated motion blur on lesion detection performance in full field digital mammography. Br. J. Radiol., vol. 90, no. 1075, p. 20160871, Jul. 2017. A. K. Abdullah, J. Kelly, J. D. Thompson, C. E. Mercer, R. Aspin, and P. Hogg.Journal paper Published in BJR / British journal of Radiology
2The impact of image blurring on lesion detection performance in full field digital mammography. A. K. Abdullah, J. Thompson, C. E. Mercer, J. Kelly, R. Aspin, and P. Hogg.Conference paper published in European Congress of Radiology/ Viana 2017
3The impact of image blurring on lesion detection performance in full field digital mammography. A. K. Abdullah, J. Thompson, C. E. Mercer, J. Kelly, R. Aspin, and P. Hogg.Poster presented in UKRC congress Manchester / UK 2017 
4The impact of image blurring on lesion detection performance in full field digital mammography. A. K. Abdullah, J. Thompson, C. E. Mercer, J. Kelly, R. Aspin, and P. Hogg.Conference paper was presented in SPARC/ University of Salford /UK
5Impact of the anode heel effect on image quality and effective dose for AP pelvis: A pilot study. Book Chapter ‘Optimising image quality for medical imaging’ 19-08-2016. Buissink, C., Bowdler, M., Abdullah, A., Al-Murshedi, S., Custódio, S., Huhn, A., & Urdahl, T. and Hogg, P.Book Chapter OPTIMAX 2016
6The impact of simulated motion blur on lesion detection performance in full field digital mammography. A. K. Abdullah, J. Thompson, C. E. Mercer, J. Kelly, R. Aspin, and P. Hogg.Poster presented in Showcase event/ University of Salford Manchester / UK 2015 
7A comparison between single data and a combination of two readers’ data on mammography images with simulated motion blur. A. K. Abdullah, , J. D. Thompson, C. E. Mercer, J. Kelly, R. Aspin, and P. Hogg. doi: 10.1594/ecr2018/C-1048 E-poster presented in ECR/ European Congress of Radiology/ Viana 2017
8Malignant breast masses-conspicuity analysis in motion- simulated mammograms. Abdullah, A. K., Thompson, J. D., Mercer, C. E., Kelly, J., R. Aspin and Hogg, P. (2018) doi:10.1594/ecr2018/C-1043.E-poster presented in ECR congress  2018
9A comparison of the performance of a 2.4 MP colour monitor and a 5.0 MP monochrome monitor in visualising low contrast detail using the CDRAD phantom. S. Al-Murshedi, P. Hogg, Abdullah, A. and A. England (2017)E-poster Poster presented in ECR congress  2018
10The impact of simulated motion blur on the physical characteristics of malignant breast masses in full field digital mammography. A. K. Abdullah, J. Thompson, C. E. Mercer, J. Kelly, R. Aspin, and P. Hogg.Poster accepted in Symposium Mammographican 2018
11The impact of simulated double reporting on the detection performance of masses and microcalcifications in FFDM images containing different magnitudes of image blurring. A. K. Abdullah, J. Thompson, C. E. Mercer, J. Kelly,  R. Aspin, and P. Hogg.Poster accepted in Symposium Mammographican 2018

 Address: Baquba/ Diyala/ Iraq

Emails: ahmadkh1979@yahoo.com, abdullah@medicine.uodiyala.edu.iq

Mobile:  009647730343542