How can I extract the GLCM features from each nucleus of mircroscope blood smear image?

I want to extract GLCM features for each nucleus as in my attached image. Extracting shape features for each cell using regionprops is ok but I have no idea how to extract texture features for each cell using graycoprops. Please give me a piece of advice.

bw

grayNucleus

Here is my code:

    % code
cells = bwconncomp(bw);
cellsdata = regionprops(cells, 'Area','BoundingBox','MajorAxisLength','MinorAxisLength','Eccentricity','ConvexArea','Orientation','Extent','Solidity','Perimeter','EquivDiameter');
numberOfCells = size(cellsdata, 1);
%Shape Features
for k = 1 : numberOfCells
    Area=cellsdata(k).Area;%F1
    BoundingBox=cellsdata(k).BoundingBox;%F2
 MajorAxisLength=cellsdata(k).MajorAxisLength;%F3
 MinorAxisLength=cellsdata(k).MinorAxisLength;%F4
Eccentricity=cellsdata(k).Eccentricity;%F5
ConvexArea=cellsdata(k).ConvexArea;%F6
Orientation=cellsdata(k).Orientation;%F7
Extent=cellsdata(k).Extent;%F8
Solidity=cellsdata(k).Solidity;%F9
Perimeter=cellsdata(k).Perimeter;%F10
ED=cellsdata(k).EquivDiameter;%F11
SFeature(k,:)=[Area BoundingBox MajorAxisLength MinorAxisLength Eccentricity ConvexArea Orientation Extent Solidity Perimeter ED];
end
%GLCM features 
offsets = [0 1; -1 1;-1 0;-1 -1];
[glcms, SI] = graycomatrix(grayNucleus,'Offset',offsets);
stats = graycoprops(glcms,{'Contrast','Correlation','Energy','Homogeneity'});
for k=1:numberOfCells
Contrast= stats.Contrast;
Correlation = stats.Correlation;
Energy = stats.Energy;
Homogeneity = stats.Homogeneity;
 TextureFeatures(k,:)=[Contrast Correlation Energy Homogeneity]; % It returns the same glcm features values for all cells
end

[Afiq Asri]

Anyone please ? I facing same problem

Answer 1

[Constantino Carlos Reyes-Aldasoro]

One way to do this would be to crop each region, once you have found each object, you can use regionprops to determine the extremes or the bounding box, use that and address your matrix so that you select only the region of interest and then use that as the input to your texture analysis.