Life Science

CORE CAPABILITIES

Comprehensive Biomedical Image Annotation & Segmentation

Specialized annotation, segmentation, and data labeling for biomedical and life science research.
Focus on enhancing data precision and supporting AI-driven scientific discovery.

Expertise Across Imaging Modalities

Proficiency in a wide range of imaging techniques, including:
- Electron Microscopy
- Fluorescence Microscopy
- Simple & Compound Light Microscopy
- CT Scans
- Ultrasound / Sonography
- Histopathology and other diagnostic imaging formats

Cellular & Tissue-Level Annotation

Skilled identification and segmentation of diverse cell types and biological structures:
- Neurons, Astrocytes, Microglia
- Epithelial Cells
- Tangles and Plaques (neuropathology)
- Glomeruli and Renal Tubules (kidney tissue)
Expertise in interpreting dye-stained images (DAPI, HNE, IBA1, etc.).

Subcellular & Structural Annotation

High-resolution segmentation of organelles and subcellular components:
- Mitochondria, Golgi Apparatus, Endoplasmic Reticulum
- Nucleus, Plasma Membrane
- Ribosomes, Synapses, Myelin, Lipid Droplets, Vesicles, Cytoplasm
Artifact detection and correction to ensure data integrity.

Neuronal Annotation Expertise

Detailed annotation of neuronal structures across multiple imaging types:
- Unipolar, Bipolar, Multipolar Neurons
- Glial Cells and Supporting Neuronal Types

Multi-Organism Dataset Experience

Proven capability in handling datasets from various biological models:
- Zebrafish
- Mouse Brain
- Macaque
- Robin Bird

Support for Biomedical AI Development

Structuring complex biomedical image data for AI training and validation.
Enabling reliable, publication-grade insights through high-quality annotations.