Itcn Imagej Plugin May 2026

// Simple macro for batch counting dir = getDirectory("Choose Source Directory"); list = getFileList(dir); for (i=0; i<list.length; i++) open(dir+list[i]); run("ITCN", "width=15 min=10 threshold=20"); saveAs("Results", dir+list[i]+"_counts.csv"); close();

– If using ITCN in published work, cite: “Image-based Tool for Counting Nuclei (ITCN)” – available via ImageJ.net, and reference the ImageJ software (Schneider et al., 2012, Nat Methods). itcn imagej plugin

ITCN remains the best first-line tool for standard DAPI/Hoechst-stained monolayers or sections with round/oval nuclei. If ITCN fails after 15 minutes of parameter tuning, then invest time in deep-learning tools. 8. Conclusion The ITCN ImageJ plugin exemplifies the philosophy of “simple but not simplistic.” Its Laplacian-of-Gaussian detector elegantly solves the clustered-nuclei problem that basic thresholding cannot. For the majority of cell counting assays—where nuclei are roughly round, stain uniformly, and SNR is reasonable—ITCN delivers 95% of the accuracy of deep learning at 1% of the computational cost and zero training overhead. // Simple macro for batch counting dir =