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Dive into the research topics where Joachim Möcks is active.

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Featured researches published by Joachim Möcks.


European Journal of Heart Failure | 2012

N-terminal pro brain natriuretic peptide in the management of patients in the medical emergency department (PROMPT): correlation with disease severity, utilization of hospital resources, and prognosis in a large, prospective, randomized multicentre trial

Andreas Luchner; Martin Möckel; Eberhard Spanuth; Joachim Möcks; Dirk Peetz; Hannsjörg Baum; Christoph Spes; Christian E. Wrede; J. Vollert; Reinhold Muller; Hugo A. Katus; Evangelos Giannitsis

N‐terminal pro brain natriuretic peptide (NT‐proBNP) is a potent marker of heart failure and other cardiac diseases. The value of NT‐proBNP testing in the medical emergency department (ED) was assessed in patients >65 years old.


International Journal of Neuroscience | 1987

Trial-to-Trial Variability of Single Potentials: Methodological Concepts and Results

Joachim Möcks; Theo Gasser; Pham Dinh Tuan; Walter Köhler

Variability of single visual evoked potentials was investigated by means of three statistical tests sensitive to amplitude variations, gradual changes, and latency jitter, respectively. In a sample of (n = 78) normal children, a considerable number of inhomogeneous responders was found, and most prominent were gradual potential changes and latency jitter. Removal of latency jitter demonstrated that the gradual changes are not of latency type and only partly of the amplitude type. As found from empirical densities, there is strong indication that there were subpopulations differing in their response style. On the whole, however, it was concluded that there was no clear, interindividually stable type of response variation in these data.


IEEE Transactions on Biomedical Engineering | 1986

Performance and Measures of Performance for Estimators of Brain Potentials Using Real Data

Theo Gasser; Joachim Möcks; Walter Köhler; Johannes P. C. De Weerd

A number of filtering and smoothing procedures have been proposed for estimating evoked brain potentials. Their common goal is to reduce noise further than averaging. A statistical method is proposed for comparing these estimators for real data, thereby avoiding the use of simulated data, which usually are not representative of the shapes encountered for signal and noise and might also rely on some artificial assumptions. This approach is applied to visual evoked potential (both flash and pattern reversal). Filtering methods offer substantial gains in mean square error, but most of the gain is obtained trivially by attenuating the average. This points out the need for also using other loss functions. In terms of these, adaptive filtering brings at best gains equivalent to smoothing.


Psychophysiology | 1986

The Correction of EOG Artifacts by Frequency Dependent and Frequency Independent Methods

Theo Gasser; Lothar Sroka; Joachim Möcks


IEEE Transactions on Biomedical Engineering | 1986

Amplitude Probability Distribution of Noise for Flash-Evoked Potentials and Robust Response Estimates

Theo Gasser; Joachim Möcks; Walter Köhler


Archive | 2005

Method and device for spectroscopically examining body fluids and tissue samples with regard to an increased suspicion of alzheimer's disease

Wolfgang Petrich; Joachim Möcks


Pharmaceutical Statistics | 2002

Dealing with selective dropout in clinical trials

Joachim Möcks; Walter Köhler; Martin Scott; Joerg Maurer; Michael Budde; Sam Givens


Archive | 2004

Method and apparatus for spectroscopic analysis of body fluids and tissue samples in terms of an increased Alzheimer suspicion

Joachim Möcks; Wolfgang Petrich


Archive | 2004

Verfahren und Vorrichtung zur spektroskopischen Untersuchung von Körperflüssigkeiten und Gewebeproben hinsichtlich eines erhöhten Alzheimerverdachts

Joachim Möcks; Wolfgang Petrich


Archive | 2004

Verfahren und Vorrichtung zur spektroskopischen Untersuchung von Körperflüssigkeiten und Gewebeproben hinsichtlich eines erhöhten Alzheimerverdachts Method and apparatus for spectroscopic analysis of body fluids and tissue samples for an increased Alzheimer suspicion

Joachim Möcks; Wolfgang Petrich

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J. Vollert

Thermo Fisher Scientific

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Joerg Maurer

Center for Global Development

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Martin Scott

Center for Global Development

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