Flash Pathology provides advanced, label-free imaging technology for real-time visualization of unprocessed tissue samples. This system eliminates the multi-step H&E staining process, enabling instant histology analysis directly from fresh tissue. The technology accelerates diagnostic workflows and supports immediate surgical margin assessment and biopsy analysis.
Funding
$380K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Traditional histopathology relies on time-consuming tissue preparation methods, including fixation, slicing, and staining, which can introduce artifacts and delay diagnosis. The increasing demand for histological analysis, coupled with staff shortages, exacerbates these delays, while unrepresentative biopsies often necessitate repeat procedures.
Solution
This startup offers a healthcare technology that uses ultrashort infrared laser pulses to generate high-resolution microscopy images of fresh tissue samples, eliminating the need for traditional preparation steps. By foregoing fixation, slicing, and staining, the technology significantly reduces processing time and minimizes the risk of artifacts. The system optically sections the sample, generating multiple signals that reflect different tissue features and enabling the creation of 3D images. This approach allows pathologists to analyze tissue directly from the source, potentially reducing the need for repeat biopsies and accelerating time-to-diagnosis.
Target Audience
The primary target audience includes pathologists, medical laboratory technologists, and technicians seeking to improve the efficiency and accuracy of histopathological analysis.
Features
- Generates high-resolution microscopy images from fresh tissue samples using ultrashort infrared laser pulses.
- Eliminates the need for fixation, slicing, and staining, reducing processing time.
- Provides multiple signals reflecting different tissue features for comprehensive analysis.
- Enables optical sectioning of the sample to create 3D images.
- Reduces the likelihood of unrepresentative biopsies and the need for repeat procedures.