• Development of sodium alginate nanocarriers for the treatment of ophthalmic infection and inflammation 

  Datta, Nondita (Department of Biomedical Engineering (BME),BUET, 2023-11-01)

  Limited bioavailability of the current eye drops caused by insufficient corneal penetration and quick drug washout often leads to the requirement of frequent doses during the treatment of ophthalmic diseases. In this study, ...
• Computational hemodynamic analysis of bypass graft for patients with severe femoral periphheral arterial disease 

  Nowreen Afsana (Biomedical Engineering, 2023-07-16)

  Peripheral arterial disease (PAD) is a condition in which narrowed arteries reduce blood flowtothearmsorlegs.Thismaycauselegpainwhenwalking(claudication)and othersymptoms.PADisusuallyasignofabuildupoffattydepositsinthearteries ...
• End-to-end deep learning architecture for multi-class brain tumor segmentation and classification from MRI images 

  Salman Fazle Rabby (Biomedical Engineering (BME) BUET, 2024-02-12)

  Brain tumors are severe medical conditions that can prove fatal if not detected andtreated early. Radiologists often use MRI and CT scan imaging to diagnose brain tumorsearly.However, a shortage of skilled radiologists to ...
• Immobilization of antimicrobial peptide on novel PCL-sodium alginate fiber to address resistant bacteria in surgical site infection 

  Taufiq Hasan Aneem (Biomedical Engineering, 2023-11-06)

  Surgical site infections (SSIs) caused by pathogenic bacteria lead to delayed wound healing, extended hospital stay, and thus, create a burden in healthcare. The overuse and misuse of antibioticsinmoderntimeshavecausedas ...
• Multimodal feature fusion based thoracic disease classification framework combining medical data and chest x-ray images 

  Nusrat Binta Nizam (Department of Biomedical Engineering(BME), BUET, 2023-06-19)

  Chest X-rays are commonly used in clinical settings to diagnose thoracic diseases, es- pecially in low-resource settings. However, interpreting these images can be challeng- ing, particularly in resource-constrained ...

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