makima method Search Results


makita's method  (Makita)
90
Makita makita's method
<t>DOPU</t> measurement results for the medaka fish. (a)–(c) show the cross-sectional images and (d)–(i) show the en face DOPU images at two depths. When compared with the single-acquisition and SFA images, the MFA images [(c) and (i)] show fewer low-DOPU artifacts in the deeper regions. The white boxes in (a) indicate the ROIs selected for the quantitative analysis. The black circles in (a–c) indicate some small low-DOPU dots which may be resulted from the standard noise. (j) and (k) show the box plots of the DOPU values in the skin and muscle ROIs, respectively. In each box, the upper and lower boundaries denote the upper and lower quartiles, respectively, the center lines denote the medians, the stars denote the means, and the whiskers denote the minimum and maximum values. In the deeper region (i.e., the area with the lower ROIs), the MFA produces increased DOPU values, which may indicate the reduction of the MS signals caused by the MFA method. (l) shows the differences in the mean DOPU between the lower and upper ROIs, which is called the upper-lower difference, for the skin and muscle regions. Both the SFA and MFA methods provided smaller upper-lower differences of DOPU than the single acquisition method.
Makita's Method, supplied by Makita, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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oscillating sander makita  (Makita)
90
Makita oscillating sander makita
<t>DOPU</t> measurement results for the medaka fish. (a)–(c) show the cross-sectional images and (d)–(i) show the en face DOPU images at two depths. When compared with the single-acquisition and SFA images, the MFA images [(c) and (i)] show fewer low-DOPU artifacts in the deeper regions. The white boxes in (a) indicate the ROIs selected for the quantitative analysis. The black circles in (a–c) indicate some small low-DOPU dots which may be resulted from the standard noise. (j) and (k) show the box plots of the DOPU values in the skin and muscle ROIs, respectively. In each box, the upper and lower boundaries denote the upper and lower quartiles, respectively, the center lines denote the medians, the stars denote the means, and the whiskers denote the minimum and maximum values. In the deeper region (i.e., the area with the lower ROIs), the MFA produces increased DOPU values, which may indicate the reduction of the MS signals caused by the MFA method. (l) shows the differences in the mean DOPU between the lower and upper ROIs, which is called the upper-lower difference, for the skin and muscle regions. Both the SFA and MFA methods provided smaller upper-lower differences of DOPU than the single acquisition method.
Oscillating Sander Makita, supplied by Makita, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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manual oscillating sander  (Makita)
90
Makita manual oscillating sander
<t>DOPU</t> measurement results for the medaka fish. (a)–(c) show the cross-sectional images and (d)–(i) show the en face DOPU images at two depths. When compared with the single-acquisition and SFA images, the MFA images [(c) and (i)] show fewer low-DOPU artifacts in the deeper regions. The white boxes in (a) indicate the ROIs selected for the quantitative analysis. The black circles in (a–c) indicate some small low-DOPU dots which may be resulted from the standard noise. (j) and (k) show the box plots of the DOPU values in the skin and muscle ROIs, respectively. In each box, the upper and lower boundaries denote the upper and lower quartiles, respectively, the center lines denote the medians, the stars denote the means, and the whiskers denote the minimum and maximum values. In the deeper region (i.e., the area with the lower ROIs), the MFA produces increased DOPU values, which may indicate the reduction of the MS signals caused by the MFA method. (l) shows the differences in the mean DOPU between the lower and upper ROIs, which is called the upper-lower difference, for the skin and muscle regions. Both the SFA and MFA methods provided smaller upper-lower differences of DOPU than the single acquisition method.
Manual Oscillating Sander, supplied by Makita, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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retinal vessels  (Makita)
90
Makita retinal vessels
<t>DOPU</t> measurement results for the medaka fish. (a)–(c) show the cross-sectional images and (d)–(i) show the en face DOPU images at two depths. When compared with the single-acquisition and SFA images, the MFA images [(c) and (i)] show fewer low-DOPU artifacts in the deeper regions. The white boxes in (a) indicate the ROIs selected for the quantitative analysis. The black circles in (a–c) indicate some small low-DOPU dots which may be resulted from the standard noise. (j) and (k) show the box plots of the DOPU values in the skin and muscle ROIs, respectively. In each box, the upper and lower boundaries denote the upper and lower quartiles, respectively, the center lines denote the medians, the stars denote the means, and the whiskers denote the minimum and maximum values. In the deeper region (i.e., the area with the lower ROIs), the MFA produces increased DOPU values, which may indicate the reduction of the MS signals caused by the MFA method. (l) shows the differences in the mean DOPU between the lower and upper ROIs, which is called the upper-lower difference, for the skin and muscle regions. Both the SFA and MFA methods provided smaller upper-lower differences of DOPU than the single acquisition method.
Retinal Vessels, supplied by Makita, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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fourier domain optical coherence tomography  (Makita)
90
Makita fourier domain optical coherence tomography
<t>DOPU</t> measurement results for the medaka fish. (a)–(c) show the cross-sectional images and (d)–(i) show the en face DOPU images at two depths. When compared with the single-acquisition and SFA images, the MFA images [(c) and (i)] show fewer low-DOPU artifacts in the deeper regions. The white boxes in (a) indicate the ROIs selected for the quantitative analysis. The black circles in (a–c) indicate some small low-DOPU dots which may be resulted from the standard noise. (j) and (k) show the box plots of the DOPU values in the skin and muscle ROIs, respectively. In each box, the upper and lower boundaries denote the upper and lower quartiles, respectively, the center lines denote the medians, the stars denote the means, and the whiskers denote the minimum and maximum values. In the deeper region (i.e., the area with the lower ROIs), the MFA produces increased DOPU values, which may indicate the reduction of the MS signals caused by the MFA method. (l) shows the differences in the mean DOPU between the lower and upper ROIs, which is called the upper-lower difference, for the skin and muscle regions. Both the SFA and MFA methods provided smaller upper-lower differences of DOPU than the single acquisition method.
Fourier Domain Optical Coherence Tomography, supplied by Makita, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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angiographic method  (Makita)
90
Makita angiographic method
<t>DOPU</t> measurement results for the medaka fish. (a)–(c) show the cross-sectional images and (d)–(i) show the en face DOPU images at two depths. When compared with the single-acquisition and SFA images, the MFA images [(c) and (i)] show fewer low-DOPU artifacts in the deeper regions. The white boxes in (a) indicate the ROIs selected for the quantitative analysis. The black circles in (a–c) indicate some small low-DOPU dots which may be resulted from the standard noise. (j) and (k) show the box plots of the DOPU values in the skin and muscle ROIs, respectively. In each box, the upper and lower boundaries denote the upper and lower quartiles, respectively, the center lines denote the medians, the stars denote the means, and the whiskers denote the minimum and maximum values. In the deeper region (i.e., the area with the lower ROIs), the MFA produces increased DOPU values, which may indicate the reduction of the MS signals caused by the MFA method. (l) shows the differences in the mean DOPU between the lower and upper ROIs, which is called the upper-lower difference, for the skin and muscle regions. Both the SFA and MFA methods provided smaller upper-lower differences of DOPU than the single acquisition method.
Angiographic Method, supplied by Makita, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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liquid culture method using diffusion chambers  (Makita)
90
Makita liquid culture method using diffusion chambers
<t>DOPU</t> measurement results for the medaka fish. (a)–(c) show the cross-sectional images and (d)–(i) show the en face DOPU images at two depths. When compared with the single-acquisition and SFA images, the MFA images [(c) and (i)] show fewer low-DOPU artifacts in the deeper regions. The white boxes in (a) indicate the ROIs selected for the quantitative analysis. The black circles in (a–c) indicate some small low-DOPU dots which may be resulted from the standard noise. (j) and (k) show the box plots of the DOPU values in the skin and muscle ROIs, respectively. In each box, the upper and lower boundaries denote the upper and lower quartiles, respectively, the center lines denote the medians, the stars denote the means, and the whiskers denote the minimum and maximum values. In the deeper region (i.e., the area with the lower ROIs), the MFA produces increased DOPU values, which may indicate the reduction of the MS signals caused by the MFA method. (l) shows the differences in the mean DOPU between the lower and upper ROIs, which is called the upper-lower difference, for the skin and muscle regions. Both the SFA and MFA methods provided smaller upper-lower differences of DOPU than the single acquisition method.
Liquid Culture Method Using Diffusion Chambers, supplied by Makita, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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liquid culture method using diffusion chambers - by Bioz Stars, 2026-03
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trakmark  (Makita)
90
Makita trakmark
<t>DOPU</t> measurement results for the medaka fish. (a)–(c) show the cross-sectional images and (d)–(i) show the en face DOPU images at two depths. When compared with the single-acquisition and SFA images, the MFA images [(c) and (i)] show fewer low-DOPU artifacts in the deeper regions. The white boxes in (a) indicate the ROIs selected for the quantitative analysis. The black circles in (a–c) indicate some small low-DOPU dots which may be resulted from the standard noise. (j) and (k) show the box plots of the DOPU values in the skin and muscle ROIs, respectively. In each box, the upper and lower boundaries denote the upper and lower quartiles, respectively, the center lines denote the medians, the stars denote the means, and the whiskers denote the minimum and maximum values. In the deeper region (i.e., the area with the lower ROIs), the MFA produces increased DOPU values, which may indicate the reduction of the MS signals caused by the MFA method. (l) shows the differences in the mean DOPU between the lower and upper ROIs, which is called the upper-lower difference, for the skin and muscle regions. Both the SFA and MFA methods provided smaller upper-lower differences of DOPU than the single acquisition method.
Trakmark, supplied by Makita, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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phase-based octa method  (Makita)
90
Makita phase-based octa method
<t>DOPU</t> measurement results for the medaka fish. (a)–(c) show the cross-sectional images and (d)–(i) show the en face DOPU images at two depths. When compared with the single-acquisition and SFA images, the MFA images [(c) and (i)] show fewer low-DOPU artifacts in the deeper regions. The white boxes in (a) indicate the ROIs selected for the quantitative analysis. The black circles in (a–c) indicate some small low-DOPU dots which may be resulted from the standard noise. (j) and (k) show the box plots of the DOPU values in the skin and muscle ROIs, respectively. In each box, the upper and lower boundaries denote the upper and lower quartiles, respectively, the center lines denote the medians, the stars denote the means, and the whiskers denote the minimum and maximum values. In the deeper region (i.e., the area with the lower ROIs), the MFA produces increased DOPU values, which may indicate the reduction of the MS signals caused by the MFA method. (l) shows the differences in the mean DOPU between the lower and upper ROIs, which is called the upper-lower difference, for the skin and muscle regions. Both the SFA and MFA methods provided smaller upper-lower differences of DOPU than the single acquisition method.
Phase Based Octa Method, supplied by Makita, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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high-performance gas-diffusion electrode  (Makita)
90
Makita high-performance gas-diffusion electrode
<t>DOPU</t> measurement results for the medaka fish. (a)–(c) show the cross-sectional images and (d)–(i) show the en face DOPU images at two depths. When compared with the single-acquisition and SFA images, the MFA images [(c) and (i)] show fewer low-DOPU artifacts in the deeper regions. The white boxes in (a) indicate the ROIs selected for the quantitative analysis. The black circles in (a–c) indicate some small low-DOPU dots which may be resulted from the standard noise. (j) and (k) show the box plots of the DOPU values in the skin and muscle ROIs, respectively. In each box, the upper and lower boundaries denote the upper and lower quartiles, respectively, the center lines denote the medians, the stars denote the means, and the whiskers denote the minimum and maximum values. In the deeper region (i.e., the area with the lower ROIs), the MFA produces increased DOPU values, which may indicate the reduction of the MS signals caused by the MFA method. (l) shows the differences in the mean DOPU between the lower and upper ROIs, which is called the upper-lower difference, for the skin and muscle regions. Both the SFA and MFA methods provided smaller upper-lower differences of DOPU than the single acquisition method.
High Performance Gas Diffusion Electrode, supplied by Makita, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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super-selective adrenal venous sampling  (Makita)
90
Makita super-selective adrenal venous sampling
<t>DOPU</t> measurement results for the medaka fish. (a)–(c) show the cross-sectional images and (d)–(i) show the en face DOPU images at two depths. When compared with the single-acquisition and SFA images, the MFA images [(c) and (i)] show fewer low-DOPU artifacts in the deeper regions. The white boxes in (a) indicate the ROIs selected for the quantitative analysis. The black circles in (a–c) indicate some small low-DOPU dots which may be resulted from the standard noise. (j) and (k) show the box plots of the DOPU values in the skin and muscle ROIs, respectively. In each box, the upper and lower boundaries denote the upper and lower quartiles, respectively, the center lines denote the medians, the stars denote the means, and the whiskers denote the minimum and maximum values. In the deeper region (i.e., the area with the lower ROIs), the MFA produces increased DOPU values, which may indicate the reduction of the MS signals caused by the MFA method. (l) shows the differences in the mean DOPU between the lower and upper ROIs, which is called the upper-lower difference, for the skin and muscle regions. Both the SFA and MFA methods provided smaller upper-lower differences of DOPU than the single acquisition method.
Super Selective Adrenal Venous Sampling, supplied by Makita, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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escherichia coli  (Makita)
90
Makita escherichia coli
<t>DOPU</t> measurement results for the medaka fish. (a)–(c) show the cross-sectional images and (d)–(i) show the en face DOPU images at two depths. When compared with the single-acquisition and SFA images, the MFA images [(c) and (i)] show fewer low-DOPU artifacts in the deeper regions. The white boxes in (a) indicate the ROIs selected for the quantitative analysis. The black circles in (a–c) indicate some small low-DOPU dots which may be resulted from the standard noise. (j) and (k) show the box plots of the DOPU values in the skin and muscle ROIs, respectively. In each box, the upper and lower boundaries denote the upper and lower quartiles, respectively, the center lines denote the medians, the stars denote the means, and the whiskers denote the minimum and maximum values. In the deeper region (i.e., the area with the lower ROIs), the MFA produces increased DOPU values, which may indicate the reduction of the MS signals caused by the MFA method. (l) shows the differences in the mean DOPU between the lower and upper ROIs, which is called the upper-lower difference, for the skin and muscle regions. Both the SFA and MFA methods provided smaller upper-lower differences of DOPU than the single acquisition method.
Escherichia Coli, supplied by Makita, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Image Search Results


DOPU measurement results for the medaka fish. (a)–(c) show the cross-sectional images and (d)–(i) show the en face DOPU images at two depths. When compared with the single-acquisition and SFA images, the MFA images [(c) and (i)] show fewer low-DOPU artifacts in the deeper regions. The white boxes in (a) indicate the ROIs selected for the quantitative analysis. The black circles in (a–c) indicate some small low-DOPU dots which may be resulted from the standard noise. (j) and (k) show the box plots of the DOPU values in the skin and muscle ROIs, respectively. In each box, the upper and lower boundaries denote the upper and lower quartiles, respectively, the center lines denote the medians, the stars denote the means, and the whiskers denote the minimum and maximum values. In the deeper region (i.e., the area with the lower ROIs), the MFA produces increased DOPU values, which may indicate the reduction of the MS signals caused by the MFA method. (l) shows the differences in the mean DOPU between the lower and upper ROIs, which is called the upper-lower difference, for the skin and muscle regions. Both the SFA and MFA methods provided smaller upper-lower differences of DOPU than the single acquisition method.

Journal: Biomedical Optics Express

Article Title: Polarization-artifact reduction and accuracy improvement of Jones-matrix polarization-sensitive optical coherence tomography by multi-focus-averaging based multiple scattering reduction

doi: 10.1364/BOE.509763

Figure Lengend Snippet: DOPU measurement results for the medaka fish. (a)–(c) show the cross-sectional images and (d)–(i) show the en face DOPU images at two depths. When compared with the single-acquisition and SFA images, the MFA images [(c) and (i)] show fewer low-DOPU artifacts in the deeper regions. The white boxes in (a) indicate the ROIs selected for the quantitative analysis. The black circles in (a–c) indicate some small low-DOPU dots which may be resulted from the standard noise. (j) and (k) show the box plots of the DOPU values in the skin and muscle ROIs, respectively. In each box, the upper and lower boundaries denote the upper and lower quartiles, respectively, the center lines denote the medians, the stars denote the means, and the whiskers denote the minimum and maximum values. In the deeper region (i.e., the area with the lower ROIs), the MFA produces increased DOPU values, which may indicate the reduction of the MS signals caused by the MFA method. (l) shows the differences in the mean DOPU between the lower and upper ROIs, which is called the upper-lower difference, for the skin and muscle regions. Both the SFA and MFA methods provided smaller upper-lower differences of DOPU than the single acquisition method.

Article Snippet: This can be the other cause of the incompatibility of Makita’s method to correct the DOPU artifact from the MS signals.

Techniques: