List of 100+ Radiography Dissertation Topics & Ideas
Updated List of Latest Radiography Dissertation Topics
- Assessing the impact of artificial intelligence on diagnostic accuracy in chest radiography: A comparative study of AI-assisted interpretation versus traditional radiologist assessment.
- Optimisation of radiation dose reduction techniques in pediatric CT imaging: Balancing image quality and patient safety in high-risk populations.
- Evaluating the effectiveness of dual-energy subtraction radiography in detecting early-stage lung cancer: A prospective study comparing sensitivity and specificity with conventional chest X-rays.
- Evaluation of metal artifact reduction techniques in computed tomography: A quantitative analysis of image quality improvement in patients with orthopedic implants.
- Determining the role of contrast-enhanced spectral mammography in breast cancer detection: Diagnostic accuracy and potential as an alternative to MRI in high-risk patients.
- Assessment of image quality and radiation dose in digital tomosynthesis versus conventional radiography for detection of subtle fractures in extremities.
- The impact of iterative reconstruction algorithms on image quality and diagnostic confidence in low-dose abdominal CT examinations: A multi-center study.
- Comparison of different digital radiography detector technologies: Evaluating image quality, dose efficiency, and clinical performance in various radiographic examinations.
- The effectiveness of virtual non-contrast CT reconstructions from dual-energy CT data: Potential for reducing contrast media use in abdominal imaging.
- Evaluation of deep learning-based image reconstruction techniques in low-dose CT: Impact on image quality, diagnostic accuracy, and radiologist workflow efficiency.
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Trending List of Radiography Research Topics & Ideas
Aims:
The aim of the study to assess the utility of cone-beam CT in interventional radiology through analysing the radiation dose required, the accuracy of the technique, and the results of the procedures when comparing these to standard CT guidance.
Objectives:
- To assess the relative radiation dose of cone beam Ct and conventional Ct during interventional radiology.
- To measure the reliability of cone-beam CT to direct interventional processes to conventional CT.
- To determine the procedural results of interventional radiology procedures performed under the guidance of cone beam CT as compared to conventional CT.
Aims:
The aim of the study to evaluate the diagnostic yield of established as well as newly introduced ultra-low dose CT protocols in pulmonary cancer screening to balance the chance factors of early detection with that of radiation induced morbidity in a high-risk population.
Objectives:
- To assess sensitivity and specificity of ultra-low dose CT protocols in identifying early lung cancer in high-risk individuals.
- To obtain the data for comparing the radiation dosage hazards related to ultra-low dose as well as standard dose in lung cancer screening.
- To evaluate a range of patient outcome and follow-up data from lung cancer screening employing ultra-low dose CT protocols.
Aims:
The aim of the study to assess the diagnostic yield and radiation exposure for digital breast tomosynthesis compared to full field digital mammography in organized breast cancer screening trials.
Objectives:
- To evaluate DDTS with regard to FFDM for screening for breast cancer.
- To assess the radiation dose provided by DBT compared to full-field digital mammography.
- To compare the effects of implementing digital breast tomosynthesis on recall rates, biopsy rates, cancer detection rates in the screening programmes.
Aims:
The aim of the study to assess the implications of the photon-counting detector in clinical CT imaging, with an emphasis placed on the parameters of spatial resolution, contrast sensitivity, material decomposition.
Objectives:
- To evaluate the improvement in spatial resolution brought by the photon-counting detector technology in clinical CT scanners.
- To assess the benefits of the photon-counting detectors and compare the images with conventional CT detectors.
- To assess the performance of photon-counting detectors in material decomposition and study the possibilities of using them in a clinic.
Aims:
The aims of the study are to improve MRI-guided radiotherapy techniques by assessing the reliability of target contouring particularly in soft tissue regions and monitoring target motion during treatment delivery.
Objectives:
- To evaluate the degree of target lesion volume melting in soft tissues when using MRI-guided radiotherapy instead of conventional methods.
- To assess the accuracy of real-time tumour tracking for enhancing the treatment accuracy of MRI-guided radiotherapy.
- In order to compare the effects of MRI-guided radiotherapy and conventional radiotherapy for the treatment of patients, their outcomes must be carefully defined and compared.
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Aims:
The study aims to identify the multi-detector computed tomographic features of abdominal hernias and illustrate the clinical applications of multi-detector computed tomography in diagnosing abdominal hernias.
Objectives:
- To determine the sensitivity and specificity of an MDCT in the diagnosis of abdominal hernia.
- To analyse Morphological Variations in Abdominal Hernias using MDCT.
- To evaluate the Role of MDCT in Predicting Complications and Recurrences the following evaluation criteria have been established.
Aims:
This study aims to evaluate preoperative accuracy in functional mapping, the effects of fMRI-integrated surgical planning on the outcomes, and the applicability of this imaging modality in the setting of brain tumour surgical operations.
Objectives:
- To assess the functionality of fMRI in mapping Brain Functions.
- To evaluate the Functions of fMRI in Maintaining the Basic Functions of the Human Brain.
- To explore the application of fMRI in identifying and preservation of functional connectivity networks.
Aims:
This study aims to diagnose radiology and the safety of the patients there are always question marks regarding risk aspects and ways of avoiding them.
Objectives:
- To assess the Incidence and Risk Factors of Contrast-Induced Nephropathy.
- To examine Methodologies used in CIN Surveillance for timely identification.
- To analyse The Role of Patient Education/ Informed Consent Within CIN.
Aims:
The study aims to compare the diagnostic accuracy and clinical effectiveness of each of the imaging modalities in identifying patients with airway diseases to enable more effective utilisation of these various modalities.
Objectives:
- To evaluate the place of MDCT Virtual Tracheo-Bronchoscopy in the Characterisation of Lesions.
- To assess the review the patient’s level of comfort and identify risks to patient safety.
- To provide Recommendations as to How the Diagnostic Management of Airway Diseases Should be Conducted.
Aims:
The goal is to investigate the feasibility of using reduced radiation doses among children regarding advanced imaging techniques in paediatric radiography.
Objectives:
- To investigate the current application of new techniques in pediatric radiology.
- To assess the degree of decrease in the radiation dose due to the use of modern techniques of imaging.
- To emphasise the role of reduction of radiation in increasing the diagnostic outcomes and the quality of images in paediatric patients.
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