Archives

MSc Thesis Defense: Sevgi Gokce Kafali

Sevgi Gokce Kafali has successfully defended her MSc thesis on April 17th, 2018. The title of her thesis is “PHASE-CORRECTING DENOISING FOR DIFFUSION MAGNETIC RESONANCE IMAGING.” This work proposes a simultaneous solution to low-SNR and motion-induced phase problems experienced in diffusion MRI, via a novel phase-correcting non-local means (PC-NLM) filter. Sevgi’s first-author paper on this […]

Read More

MS Thesis Defense: BISMILLAH NASIR ASHFAQ

Bismillah Nasir Ashfaq has successfully defended his MS thesis on 29th of March 2018. The title of the thesis is “A GATE MODULATED DIGITALLY CONTROLLED MODIFIED CLASS-E AMPLIFIER FOR ON-COIL APPLICATION IN MRI.” This highly innovative work may have applications beyond MRI. Nasir is returning to his home, Pakistan, to join Fatima. They are expecting […]

Read More

Dr. Oktay Algin won 2018 BAGEP award

Together with Dr. Algin, five Bilkent University faculty (Ozcan Ozturk,Onur Tokel,Ferdi Karadas,Barbaros Cetin,Meral Ugur Cinar) won the award. This award is given to the young faculty members in order to praise their scientific work by the Science Academy. Earlier, Drs. Saritas and Cukur won this award in 2016 and 2017, respectively.  Ergin Atalar of UMRAM […]

Read More

European patent “NANOPARTICLE FORMULATION CONTAINING FARNESYLTHIOSALICYCLIC ACID”

European patent application (WO2015167408)(PCT/TR2014/000248) entitled “NANOPARTICLE FORMULATION CONTAINING FARNESYLTHIOSALICYCLIC ACID” has been concluded positively and the registration decision has been finalized. Farnesylthiosalicylic acid (Salirasib, FT A), a new generation antineoplastic agent, is a specific inhibitor of Ras protein, which presents in high rate in most of malignant tumors.The patentable study is a targeted chemotherapy  to […]

Read More

PhD Thesis Defense: Utku Kaya

Utku Kaya (Graduate Researcher at UMRAM) successfully defended his PhD thesis entitled “Neural Mechanisms Underlying Sub-second Crossmodal Time Perception”. He aimed to understand neural correlates of auditory influences on perceived visual timing, visual time intervals and apparent motion. To achieve this aim, he designed precise experiments within sub-second range and provided comprehensive EEG analyses.

Read More