نتایج جستجو برای: targeted nano contrast agent

تعداد نتایج: 814854  

2011
Hanne Boll Stefanie Nittka Fabian Doyon Michael Neumaier Alexander Marx Martin Kramer Christoph Groden Marc A. Brockmann

BACKGROUND Micro-CT imaging of liver disease in mice relies on high soft tissue contrast to detect small lesions like liver metastases. Purpose of this study was to characterize the localization and time course of contrast enhancement of a nanoparticular alkaline earth metal-based contrast agent (VISCOVER ExiTron nano) developed for small animal liver CT imaging. METHODOLOGY ExiTron nano 6000...

Journal: :iranian journal of radiation research 0
m. izmirli department of radiation oncology, school of medicine, yuzuncu yıl university, turkey t. çakır department of radiation oncology, school of medicine, yuzuncu yıl university, turkey s. avcu department of radiology, school of medicine, gazi university, turkey m. nart department of radiation oncology, school of medicine, yuzuncu yıl university, turkey

background: use of contrast agents (cas) during ct simulation for treatment planing system leads to changes in  electron density. in this study we aimed to investigate the effect on  calculated dose of various concentrations of cas on treatment planing systems in different dose calculation algorithms. materials and methods: contrast agent (0.769 mg/ml iopromid) - water mixtures at concentration...

Journal: :Nanomedicine: Nanotechnology, Biology and Medicine 2012

2017
Katja Haedicke Christian Brand Murad Omar Vasilis Ntziachristos Thomas Reiner Jan Grimm

Optoacoustic imaging is a rapidly expanding field for the diagnosis, characterization, and treatment evaluation of cancer. However, the availability of tumor specific exogenous contrast agents is still limited. Here, we report on a small targeted contrast agent for optoacoustic imaging using a black hole quencher® (BHQ) dye. The sonophore BHQ-1 exhibited strong, concentration-dependent, optoaco...

2010
R. Ta A. X. Li M. Suchy R. H. Hudson S. Pasternak R. Bartha

slice images of Gd-DTPA, Gd-DOTACAT and 10% BSA at 37oC at 9.4T. Figure 2. Relaxation rate (R1 = 1/T1) as a function of concentration. Gd-DOTACAT has a greater relaxivity 6.9 (mM s) than clinically used Gd-DTPA (Magnevist®) of 3.2 (mM s). Figure 3. Signal intensity plots from 3 regions of interest: brain tissue, cerebral and non-cerebral blood vessels. There was an increase in signal intensity ...

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