A magnetic resonance imaging system (100, 300) comprising: - a radio-frequency system (116, 122, 124, 126, 126', 126", 126''') for acquiring magnetic resonance data from a subject in an imaging zone, wherein the radio-frequency system comprises multiple antenna elements (126, 126', 126", 126"'); - a memory containing machine executable instructions and pulse sequence commands, wherein the pulse sequence commands cause the processor to acquire magnetic resonance data from the multiple antenna elements according to a SENSE protocol; - a processor, wherein execution of the machine executable instructions causes the processor to: - control the magnetic resonance imaging system with the pulse sequence commands to acquire the magnetic resonance data; - reconstruct a preliminary image using the magnetic resonance imaging data; - calculate a fit between an anatomical model and the preliminary image, wherein the anatomical model comprises a motion likelihood map, wherein the motion likelihood map represents a likelihood that a particular region identified by the anatomical model could be in motion during the acquisition of the magnetic resonance data; - identify at least one image artifact origin for a ghosting artifact at least partially using the motion likelihood map and the fit; - determine an extended SENSE equation at least partially using the at least one image artifact origin, wherein the extended SENSE equation comprises an extended coil sensitivity matrix with one or more additional columns used for minimizing sensitivity at the at least one image artifact origin; and - construct a corrected SENSE image from the magnetic resonance data using the extended SENSE equation. - a radio-frequency system (116, 122, 124, 126, 126', 126", 126''') for acquiring magnetic resonance data from a subject in an imaging zone, wherein the radio-frequency system comprises multiple antenna elements (126, 126', 126", 126"'); - a memory containing machine executable instructions and pulse sequence commands, wherein the pulse sequence commands cause the processor to acquire magnetic resonance data from the multiple antenna elements according to a SENSE protocol; - a processor, wherein execution of the machine executable instructions causes the processor to: - control the magnetic resonance imaging system with the pulse sequence commands to acquire the magnetic resonance data; - reconstruct a preliminary image using the magnetic resonance imaging data; - calculate a fit between an anatomical model and the preliminary image, wherein the anatomical model comprises a motion likelihood map, wherein the motion likelihood map represents a likelihood that a particular region identified by the anatomical model could be in motion during the acquisition of the magnetic resonance data; - identify at least one image artifact origin for a ghosting artifact at least partially using the motion likelihood map and the fit; - determine an extended SENSE equation at least partially using the at least one image artifact origin, wherein the extended SENSE equation comprises an extended coil sensitivity matrix with one or more additional columns used for minimizing sensitivity at the at least one image artifact origin; and - construct a corrected SENSE image from the magnetic resonance data using the extended SENSE equation. - control the magnetic resonance imaging system with the pulse sequence commands to acquire the magnetic resonance data; - reconstruct a preliminary image using the magnetic resonance imaging data; - calculate a fit between an anatomical model and the preliminary image, wherein the anatomical model comprises a motion likelihood map, wherein the motion likelihood map represents a likelihood that a particular region identified by the anatomical model could be in motion during the acquisition of the magnetic resonance data; - identify at least one image artifact origin for a ghosting artifact at least partially using the motion likelihood map and the fit; - determine an extended SENSE equation at least partially using the at least one image artifact origin, wherein the extended SENSE equation comprises an extended coil sensitivity matrix with one or more additional columns used for minimizing sensitivity at the at least one image artifact origin; and - construct a corrected SENSE image from the magnetic resonance data using the extended SENSE equation.