Everest Biolabs provides tools for extracellular vesicle (EV) research, focusing on isolation and analysis workflows. The company offers automated instruments, high-performance size exclusion chromatography (SEC) columns, and ELISA kits for EV quantification and purity assessment. These solutions aim to increase productivity and accelerate research translation in the EV field.
Funding
Funding not disclosed
Founders
Product
Problem
Extracellular vesicle (EV) research is often hindered by inefficient and inconsistent isolation and analysis methods. Traditional techniques are labor-intensive, lack reproducibility, and require large sample volumes, impeding progress in clinical applications.
Solution
Everest Biolabs offers automated, high-throughput solutions for EV isolation and analysis, addressing the limitations of conventional methods. Their Ascent instrument automates size-exclusion chromatography (SEC), enabling parallel processing of up to eight columns and precise fraction collection. Paired with Apex SEC Columns, the system delivers reproducible EV isolation with minimal variability. For downstream analysis, Atlas ELISA Kits allow direct EV quantification and purity assessment from biofluids or SEC fractions, eliminating the need for pre-concentration or purification. The Atlas ELISA Reader provides rapid absorbance measurements for efficient data acquisition.
Target Audience
The primary audience includes researchers in the extracellular vesicle field seeking to accelerate the translation of their work into clinical applications.
Features
- Ascent Instrument: Automates SEC-based EV isolation with parallel column processing and programmable fraction collection.
- Apex SEC Columns: Provide reproducible EV isolation with less than 5% CV, available in 4B (high-purity) and 6B (high-yield) gel types.
- Atlas ELISA Kits: Enable direct EV quantification and purity assessment from biofluids using only 50 μL of sample.
- Atlas ELISA Reader: Compact, high-performance absorbance reader for rapid 96-well plate measurements.
- Compatible with various column types and programmable fraction collection sequences.