SE0101938D0 -
Method and apparatus for determining the position change of an object in a body with computed tomographic technology or other medical three-dimensional imaging modality
- Google Patents
Method and apparatus for determining the position change of an object in a body with computed tomographic technology or other medical three-dimensional imaging modality
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Publication number
SE0101938D0
SE0101938D0SE0101938ASE0101938ASE0101938D0SE 0101938 D0SE0101938 D0SE 0101938D0SE 0101938 ASE0101938 ASE 0101938ASE 0101938 ASE0101938 ASE 0101938ASE 0101938 D0SE0101938 D0SE 0101938D0
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Application filed by Henrik Olivecrona, Joakim CrafoordfiledCriticalHenrik Olivecrona
Priority to SE0101938ApriorityCriticalpatent/SE0101938D0/en
Publication of SE0101938D0publicationCriticalpatent/SE0101938D0/en
Priority to SE0103824Aprioritypatent/SE518742C2/en
SE0101938A2001-06-012001-06-01
Method and apparatus for determining the position change of an object in a body with computed tomographic technology or other medical three-dimensional imaging modality
SE0101938D0
(en)
Method and apparatus for determining the position change of an object in a body with computed tomographic technology or other medical three-dimensional imaging modality
Detection of patient e.g. implant movement between surgical operations consists of tomography obviating exploratory surgery, via radiography and reconstruction imagery
Method and apparatus for determining the position change of an object in a body with computed tomographic technology or other medical three-dimensional imaging modality
Method and apparatus for determining the position change of an object in a body with computed tomographic technology or other medical three-dimensional imaging modality
Method and apparatus for determining the position change of an object in a body with computed tomographic technology or other medical three-dimensional imaging modality
Application of internal electrodes to the oesophageal and tracheal tube in an animal trial: evaluation of its clinical and technical potentiality in electrical impedance tomography
Ex vivo modeling of the airflow dynamics and two-and three-dimensional biomechanical effects of suture placements for prosthetic laryngoplasty in horses