Suchergebnisse

Scheffler, K.: Magnetic field sensor-based navigation system to track MR image-guided interventional procedures. US20050245811A1 (2005)

Scheffler, K.; Seifritz, E.: Low-impact noise acquisition magnetic resonance imaging. US20050242810A1 (2005)

Ernst, M.; Bülthoff, H.: Fördereinrichtung, insbesondere für ein Laufband. DE102004016429A1 (2005)

Seifritz, E.; Scheffler, K.; Lüthi, A.: Translational sensory stimulation procedure for the stimulation of amygdala-hippocampal complex. US20050222639A1 (2005)

Oeltermann, A.: Measurements on the visual system of a proband. US20050165302A1 (2005)

Loffler, M.; Morschhauser, R.; Kayser, C.: Surfactant-containing cosmetic, dermatological and pharmaceutical agents. US20040141937A1 (2004)

Hennig, J.; Scheffler, K.; Speck, O.: Method for measuring the magnetic resonance (NMR) by steady state signals (SSFP). US6677750B2 (2004)

Blanz, V.; Vetter, T.: Method and apparatus for the processing of images. US6556196B1 (2003)

Blanz, V.; Vetter, T.: Method and device for the processing of images based on morphable models. US6556196B1 (2003)

Oeltermann, A.: Methods and devices for measuring electrical currents. EP1273922A1 (2003)

Götz, K.: Mechanoelektrischer Messumformer. DE2361385B2 (1978)

Götz, K.: Mechanical-Electrical Transducer. US3956618A (1976)

Hanák, B.: luox-2022-0001 deposition. (eingereicht)

Zeitzer, J.: luox-2022-0002 deposition. (eingereicht)

Agnorelli, C.; Peill, J.; Kurtin, D.; Mallon, O.; Sawicka, G.; Shatalina, E.; Godfrey, K.; Murphy, R.; Ahmad, K.; Oestreich, L. et al.; Sumner, R.; Alberti, M.; Wall, M.; Ertl, N.; Searle, G.; Clarke, M.; Zhou, K.; Osugo, M.; Sarem, U.; Weiss, B.; Greenway, K.; Jauhar, S.; Fagiolini, A.; Carhart-Harris, R.; Matthews, P.; Rabiner, E.; Nutt, D.; Erritzoe, D.: Neurite Complexity and Plasticity Markers Track Synaptic Vesicle Density in the Living Human Brain: A Multimodal PET-MRI-EEG Study. (eingereicht)

Heinrichs, H.; Glebowicz, D.; Spitschan, M.: Phasic pupil responses to melanopsin- and cone-directed stimulation remain stable across circadian time. (eingereicht)

Iwama, G.; Breska, A.; Helfrich, R.: Predictive processing for sensory and action neural representations. (eingereicht)

Khani, A.; Beste, C.; Safavi, S.: PyGPLA: A Python Package for Generalized Phase Locking Analysis. (eingereicht)

Majka, P.; Cho, E.; Łabuszewska, K.; Nguyen, T.; Syc, M.; Walkiewicz, T.; Worthy, K.; Zhaoping, L.; Rosa, M.: Feedback to the primary visual cortex is highly concentrated on the central visual field representation. (eingereicht)

Sands, L.; Batten, S.; Hartle, A.; Lohrenz, T.; White, J.; Barbosa, L.; Howe, W.; Bang, D.; Dayan, P.; Yang, Q. et al.; Dede, A.; Sheriff, A.; Lane, G.; Tan, B.; Lenkowski, P.; Zelano, C.; Montague, P.: Dynamics of dopamine transients in human olfactory epithelium during reward learning. (eingereicht)