Analysis system and production method of analysis image
An analysis system in which an image component part is provided, and the image component part includes a memory part and an image operation part, the memory part stores at least core image pixel information and operating image pixel information, the core image pixel information and the operating image pixel information include the same sample and the same analysis target region and include a predetermined number of pixels imaged by different imaging systems, the operating image pixel information includes analysis information and is image pixel information with luminance and/or resolution lower than the core image pixel information, and the image operation part performs operations including Hadamard product for at least one or more pieces of the core image pixel information and at least one or more pieces of the operating image pixel information so as to build a new created image pixel information.
1 . An analysis system, comprising:
an image component part, wherein the image component part includes a memory part and an image operation part;
the memory part stores at least core image pixel information and operating image pixel information;
the core image pixel information and the operating image pixel information include the same sample containing analysis target and the same analysis target region and include a predetermined number of pixels imaged by different imaging systems;
the operating image pixel information includes analysis information associated with a property parameter to be quantitatively detected in the same analysis target region;
the operating image pixel information is generated by reducing a number of pixels to one fourth or less with compared to the core image pixel information thereby increasing a signal-to-noise ratio;
the core image pixel information does not include the analysis information, or does include the analysis information but is not associated with the property parameter to be quantitatively detected, such that the core image pixel information contains a profile of the analysis target with higher sharpness than the profile of the analysis target contained in the operating image pixel information;
the image operation part:
executes positioning of the same analysis target region between the core image pixel information and the operating image pixel information, matches pixel numbers in the same analysis target region between the core image pixel information and the operating image pixel information; and
builds new created image pixel information by performing operations including Hadamard product, thereby fusing at least one or more pieces of the core image pixel information and at least one or more pieces of the operating image pixel information to increase contrast, which is defined as difference in the property parameter between the analysis target region and surrounding regions in the new created image pixel information.
2 . The analysis system according to claim 1 , further comprising:
an imaging part.
3 . A non-transitory computer-readable recording medium which stores a program to operate the analysis system according to claim 1 .
4 . The analysis system according to claim 1 , wherein the property comprises concentration of Cmp (3-carbamoyl-PROXYL), dynamic nuclear polarization (DNP), relaxation speed, diffusion, perfusion, magnetic susceptibility, or chemical shift.
5 . The analysis system according to claim 1 , wherein the operating image pixel information is generated by reducing the number of pixels to one sixty-fourth or less with compared to the core image pixel information thereby increasing the signal-to-noise ratio.
6 . A production method of an analysis image for building a new created image, comprising:
preparing core image pixel information and operating image pixel information;
preparing:
the operating image pixel information including analysis information associated with a property parameter to be quantitatively detected in an analysis target region, wherein the operating image pixel information is generated by reducing a number of pixels to one fourth or less with compared to the core image pixel information thereby increasing a signal-to-noise ratio;
the core image pixel information not including the analysis information, or including the analysis information that is not associated with the property parameter to be quantitatively detected in the same analysis target region as the one in the core image pixel information, and the operating image pixel information and the core image pixel information being image pixel information including the same sample containing the same analysis target in the target region and the same analysis target region, respectively, and including a predetermined number of pixels imaged by imaging systems different from each other;
executing positioning of the same analysis target region between the core image pixel information and the operating image pixel information, and matches pixel numbers in the same analysis target region between the core image pixel information and the operating image pixel information;
and building new created image pixel information by performing operations including Hadamard product, thereby fusing at least one or more pieces of the core image pixel information and at least one or more pieces of the operating image pixel information to increase contrast, which is defined as difference in the property parameter between the analysis target region and surrounding regions in the new created image pixel information.
7 . The production method according to claim 6 , wherein the property comprises concentration of Cmp (3-carbamoyl-PROXYL), dynamic nuclear polarization (DNP), relaxation speed, diffusion, perfusion, magnetic susceptibility, or chemical shift.
8 . The production method according to claim 6 , wherein the operating image pixel information is generated by reducing the number of pixels to one sixty-fourth or less with compared to the core image pixel information thereby increasing the signal-to-noise ratio.