Skala Lab
Dr. Melissa Skala’s lab develops new methods to understand and combat cancer using photonics-based technologies.
Pinned Repositories
cardiomyocyte_differentiation
Label-free imaging for quality control of cardiomyocyte differentiation
cell-analysis-tools
Collection of tools used for pre-processing, processing and post processing
cellpose_train
Workflow for train your own model
contrerasguzman_e-Mito-Hacker
Cellular Mitochondrial Analysis
desa_d_hydrogel-widefield-ORI
dimension_reduction
heaton_a-automated_immune_cell_segmentation
Publication release of code
Light-sheet-SPAD-array
skalalab.github.io
Tools, software and other relevant programming information
zebrafish_flim
Skala Lab's Repositories
skalalab/cell-analysis-tools
Collection of tools used for pre-processing, processing and post processing
skalalab/cardiomyocyte_differentiation
Label-free imaging for quality control of cardiomyocyte differentiation
skalalab/Light-sheet-SPAD-array
skalalab/cellpose_train
Workflow for train your own model
skalalab/contrerasguzman_e-Mito-Hacker
Cellular Mitochondrial Analysis
skalalab/desa_d_hydrogel-widefield-ORI
skalalab/dimension_reduction
skalalab/heaton_a-automated_immune_cell_segmentation
Publication release of code
skalalab/skalalab.github.io
Tools, software and other relevant programming information
skalalab/zebrafish_flim
skalalab/budde_k-VAMPIRE_SourceCode
Source code to run VAMPIRE without GUI
skalalab/Cellpose_PDCOs
Data and code regarding the Cellpose machine learning model discussed in Riendeau et al.
skalalab/contrerasguzman_e-MitoS-segmentation-tool
skalalab/contrerasguzman_e-relaynet_pytorch
Pytorch Implementation of retinal OCT Layer Segmentation (with trained models)
skalalab/flute_pipeline
skalalab/gallego_g-omi_toxoplasma_redox_ratio
skalalab/heaton_a-in-vivo-collagen-SHG-data
skalalab/Inosine_ClickChemistry
skalalab/learning-java-1
This repository is for the Linkedin Learning course: Learning Java
skalalab/OCT_fetal_membranes
"Optical coherence tomography of human fetal membrane sub-layers during loading." Pytorch implementation of ReLayNet OCT layer segmentation for fetal membranes (with trained models), and post-processing analysis code.
skalalab/redoxPlot
skalalab/samimi_k-oct_fetal_membranes
skalalab/schmitz_r-lymphocyte_activation
skalalab/time_domain_single_photon_excited_device