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Hai-Shan Wu
Associate Professor
Mount Sinai School of Medicine
One Gustave L. Levy Place
Anng. Building,
Room 15-31
haishan.wu@mssm.edu
(212)241-0468
Joan Gil
Professor
(Part-time)
Department
of Pathology, Box 1194
Mount Sinai School of Medicine
One Gustave L. Levy Place
Anng. Building,
Room 15-29
Joan.Gil@mountsinai.org
(212)241-9154
Research
Projects:
- Eosinophil cell counts of
bi-lobed and single lobed nuclei (Hai-Shan Wu, and Harry Lumerman)
- P63 (Hai-Shan Wu, M. Ramer, and David Burstein)
- Bone images (Hai-Shan
Wu, Chris Price, and Karl Jepsen)
- Cell
counting with MIB-1 staining
- Generalized
clustering algorithm for segmentation of brain cell images (Hai-Shan Wu, Susan
Morgello, Jacinta.Murray, and Joan Gil)
- Reversibility
of Hepatic Fibrosis after Small Intestinal Transplantation in Patients
with TPN-Related Liver Disease
(M. Isabel Fiel,
Bernhard Sauter, Hai-Shan Wu, Gonzalo Rodriguez-Laiz, Kishore Iyer,
Gabriel Gondolesi, Thomas D. Schiano)
- Differential
automatic cell counts (H.-S. Wu, & J. Gil)
- Quantification of fibrosis from hepatic lobules and portal tracts
(H.-S. Wu, M.I. Fiel, T.D. Schiano, & J. Gil)
- Automatic counting of ??? cells (H.-S.
Wu, I.Bleiweiss, & J.
Gil)
- Segmentation
of electronic microscopy kidney tissue images (Hai-Shan Wu, Steven Dikman,
and Joan Gil)
- Measurement of stains from brain cell images
(Hai-Shan Wu, Susan
Morgello, Jacinta.Murray, Gabriella Tykocinski, and Joan Gil)
- Envelope
mapping for segmentation of pancreatic cell images (H.-S.
Wu, M.Bitar, D.Burstein, & J. Gil)
- Automatic image segmentation of vascular
layers (H.-S. Wu, S.P. Salzberg, & J. Gil)
- Estimation in
situ of cell counts in surface
layers of cultures (H.-S.
Wu, V.Hanson, & J. Gil)
- Estimation
of culture cells (Hai-Shan Wu, Maoxin Wu & Joan Gil)
- Counting skin (keratinocyte) cells (H.-S.
Wu & J. Gil)
- Counting of nuclei in
crypts
(Hai-Shan
Wu, Noam.Harpaz, Jean Luo, and Joan Gil)
- Automatic counting of stem
cells (H.-S. Wu, M.Shteyntsayg, R.-Y. Lin, & J. Gil)
- Multiple original approaches to
nuclear cell segmentation for specific materials
- Segmentation of glandular
images (ie, in
colonic adenocarcinoma) (H.-S.
Wu, R.Xu, N.Harpaz, D.Burstein & J. Gil)
- Characterization of chromatin texture for diagnosis
of individual cells in cytology and histology (H.-S. Wu, L.
Deligdisch, T. Kalir & J. Gil)
- Characterization of nuclear images based on analysis
of fractional summation systems (H.-S. Wu, A. J.
Einstein, L. Deligdisch, T. Kalir, and J. Gil)
- Characterization of Ovarian
Nuclei With the Parameter of Power Ratio (Hai-Shan
Wu, Joan Gil, Liane Deligdisch, & Tamara
Kalir)
- Detrended fluctuation analysis of chromatin texture for
diagnosis in breast cytology (A.J.Einstein, H.-S. Wu, and J.Gil)
- Multiple methods: autocorrelation, power ratios,
fractals (ie malignancy vs. dysplasia vs
reactive cells)
- Customized algorithms and original software
developed in the lab for specific applications
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