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G. Chadzynski · SciRah

Researcher profile · Semantic Scholar

G. Chadzynski

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G. Chadzynski — researcher profile on SciRah

h-index: 8
Works: 18
Citations: 196

Most-cited papers

31P CSI of the human brain in healthy subjects and tumor patients at 9.4 T with a three-layered multi-nuclear coil: initial results
Christian C. Mirkes, G. Shajan, G. Chadzynski, K. Buckenmaier +2 more
2016Magnetic Resonance Materials in Physics, Biology and Medicine37 citations
Semantic Scholar
Three-dimensional magnetic resonance spectroscopic imaging in the substantia nigra of healthy controls and patients with Parkinson’s disease
A. Gröger, G. Chadzynski, J. Godau, D. Berg +1 more
2011European Radiology34 citations
Semantic Scholar
Differentiation between idiopathic and atypical parkinsonian syndromes using three-dimensional magnetic resonance spectroscopic imaging
A. Gröger, B. Bender, I. Wurster, G. Chadzynski +2 more
2013Journal of Neurology Neurosurgery & Psychiatry30 citations
Semantic Scholar
Ultrashort‐TE stimulated echo acquisition mode (STEAM) improves the quantification of lipids and fatty acid chain unsaturation in the human liver at 7 T
M. Gajdošík, G. Chadzynski, G. Hangel, V. Mlynárik +7 more
2015NMR in Biomedicine28 citations
Semantic Scholar
Tissue specific resonance frequencies of water and metabolites within the human brain.
G. Chadzynski, B. Bender, A. Groeger, M. Erb +1 more
2011Journal of magnetic resonance (San Diego, Calif. 1997 : Print)18 citations
Semantic Scholar
Fast and efficient free induction decay MR spectroscopic imaging of the human brain at 9.4 Tesla
G. Chadzynski, J. Bause, G. Shajan, R. Pohmann +2 more
2017Magnetic Resonance in Medicine16 citations Open access
Semantic Scholar
Chemical shift imaging without water suppression at 3 T.
G. Chadzynski, U. Klose
2010Magnetic Resonance Imaging14 citations
Semantic Scholar
Proton CSI without solvent suppression with strongly reduced field gradient related sideband artifacts
G. Chadzynski, U. Klose
2013Magnetic Resonance Materials in Physics, Biology and Medicine9 citations
Semantic Scholar
In vivo proton magnetic resonance spectroscopic imaging of the healthy human brain at 9.4 T: initial experience
G. Chadzynski, R. Pohmann, G. Shajan, R. Kolb +3 more
2015Magnetic Resonance Materials in Physics, Biology and Medicine8 citations
Semantic Scholar
High Resolution Chemical Shift Imaging of the Human Brain without Water Suppression at 3T
G. Chadzynski, U. Klose
20092 citations
Semantic Scholar
Fast and efficient free induction decay MRSI at 9.4 T: assessment of neuronal activation-related changes in the human brain biochemistry
G. Chadzynski, J. Bause, G. Shajan, R. Pohmann +2 more
20160 citations
Semantic Scholar
A novel approach to assess an extended biochemical profile of the human brain by the means of fast and efficient in-vivo proton Magnetic Resonance Spectroscopic Imaging at 9.4 Tesla
G. Chadzynski, P. Ehses, J. Bause, G. Shajan +2 more
20160 citations
Semantic Scholar
Measurement of hepatic lipid content and composition in humans with proton ultra-short TE MR spectroscopy at 7T
M. Gajdošík, G. Chadzynski, G. Hangel, Mlynarik +7 more
2015MPG.PuRe (Max Planck Society)0 citations Open access
Semantic Scholar
Ultra-short TE STEAM improves hepatic lipid quantification and profiling at 7T
M. Gajdošík, G. Chadzynski, Mlynarik, M. Chmelík +5 more
20150 citations
Semantic Scholar
In-vivo Proton Chemical Shift Imaging at 9.4 Tesla: preliminary study
G. Chadzynski, G. Shajan, R. Kolb, R. Pohmann +2 more
20120 citations
Semantic Scholar
Development of CSI without Water Suppression for the Purpose of Clinical Applications in the Human Brain
G. Chadzynski
20120 citations
Semantic Scholar
Investigation of Region Specific Frequency Differences Between Water and N- Acetyl Aspartate Resonances Within the Human Brain
G. Chadzynski, A. Groeger, U. Klose
20100 citations
Semantic Scholar
Differences between patients with Parkinson ' s disease and healthy controls detected by high spatial resolution 3 D-MRSI at 3 T
A. Groeger, G. Chadzynski, K. Brockmann, K. Srulijes +2 more
20090 citations
Semantic Scholar

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