Automatic Segmentation Output
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEiGTABKc4904scDrL7BwbNt4k9ih6yIFHM8sLBclA2r7WGFGxv3CajgJ0gyKaVs8vIdZ2icu9PKPHRdvT9RcYTy3TR7Zf-_AlhD-lAeEwo9Gf_aAPhV5M_iHQC_ciIebpmFoGdxJ9wfpRkm/s400/output032.jpg)
Original Image
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjCAosNcGRT5JwyoLJcXhMM8X2ihDg-CQp1P_A1bm6EEE6FbDKynz_sJk7YEB21H2hgJhMMInlj-g6lmPKTtxhekR9YNWTo8eZHXRjV_q6a19jlEKL2lPrpW1j8Df-0UNbEkjjdXZOweXpU/s400/output032_raw_image.jpg)
Tissue Type: Dentate Gyrus
Reference
Method: automatic segmentation of mitochondria utilizing patch classification, contour pair classification, and automatically seeded level sets
An open source project for automatic segmentation of neuropil. Modules under development include mitochondrion, vesicle, and inner-cell detectors. Cytoseg is part of the Cell Centered Database tool set.