Moleküler genetik teknikleri



Moleküler Kanser Biyolojisi
Öyken, Merve; Erson Bensan, Ayşe Elif (null, 2018-04-01)
Moleküler Yapısal Değişikliklerin Kuvvet Kipli Raman Spektroskopisi ile Tespiti
Bek, Alpan; Demirtaş, Özge(2016-12-31)
Bu projede amaç Raman spektroskopisi yöntemi ile nano ve mikro elektromekanik sistemlerin (NEMS/MEMS) birleştirilmesiyle çalışan bir “dış kuvvet altında moleküllerin geçirdiği yapısal değişiklikleri kontrollü bir ortamda ölçmeye yarayan moleküler diagnostik” aygıtı (FORce ModulatEd Raman Spectroscopy - FORMERS) üretmek ve çalıştırmaktır. Bu aygıtın Raman spektroskopisine dayalı olarak tek bir molekülün üzerine uygulanan kuvvet altında geçirdiği yapısal değişikliklerin tespitine olanak sağlaması, yüzey artır...
Fluorescence sensing of cations, anions and neutral molecules towards information processing at molecular level
Baytekin, H. Tarık; Akkaya, Engin Umut; Department of Chemistry (2002)
Chromo and fluoro ionophores based on donor (D)-acceptor (A) system in which the ligand is part of the n system of the chromophores have received considerable attention over the last years. Perturbation of the % system by metal in complexation leads to spectral shifts and changes of the emissive properties. Because the aza groups responsible for metal cation binding are also directly involved with the formation of the charge-transfer excited state complexes, metal binding by perylene crown should have a dra...
Investigation of the structural properties of silicene nanoribbons by molecular dynamics simulations
İnce, Alper; Erkoç, Şakir; Aydınol, Mehmet Kadri; Department of Micro and Nanotechnology (2012)
With the emergence of nanotechnology, mankind has obtained the capability to manipulate materials at nanoscale and this led to the invention of a new group of novel materials like carbon nanotubes, graphene and quantum nanodots. Silicene nanoribbons (SiNRs) are one of the newest members of this nanomaterial family which has been synthesized very recently by deposition on silver substrates. A SiNR sheet is made up of a layer of two dimensional honeycomb structure solely composed of silicon atoms. In this the...
Towards practical applications for molecular logic gates: “and” logic as an additional layer of selectivity in singlet oxygen release for photodynamic therapy
Özlem, Suriye; Akkaya, Engin Umut; Department of Chemistry (2008)
There have been many examples of individual molecular logic gates and molecular equivalents of more complex digital designs in recent years such as half adder, half subtractor, multiplexer. Neverethless, the unresolved issues of addressability and lack of communication between logic gates remain to be the Achille’s heel for molecular logic gates. A few years ago we have demonstrated that appropriately decorated bodipy dyes can be very efficient generators for singlet oxygen, thus act as a satisfactory photo...
Citation Formats
S. Kocabıyık, Moleküler genetik teknikleri. 2013, p. 198.