Fast quantification is the primary challenge in monitoring microplastic fiber (MPF) pollution in
water. The process of quantifying the number of MPFs in water typically involves filtration …

Event-based cameras are novel bio-inspired vision sensors that do not follow the
mechanism of traditional frame-based cameras. In the field of data acquisition, the …

The sensitive determination of folate receptors (FRs) in the early stages of cancer is of great
significance for controlling the progression of cancerous cells. Many folic acid (FA)-based …

Lensfree holographic microscopy is a compact and cost-effective modality for imaging large
fields of view with high resolution. When combined with automated image processing, it can …

In recent years, lens-free Digital In-Line Holographic Microscopy (DIHM) has become an
essential tool for in-vitro experiments. Specifically, it offers many innovative approaches to …

Wearable technology including sensors, sensor networks, and the associated devices have
opened up space in a variety of applications. Long-term, noninvasive, and nonintrusive …

Accurate and efficient classification and quantification of CD34+ cells are essential for the
diagnosis and monitoring of leukemia. Current methods, such as flow cytometry, are …

This study addresses the critical issue of anemia detection using machine learning (ML)
techniques. Although a widespread blood disorder with significant health implications …

Since its invention in century XVI, microscopy is one of the most important optics techniques.
Its use has revolutionized many knowledge areas and these applications have driven …

Many clinical procedures and biomedical research workflows rely on microscopy, including
diagnosis of cancer, genetic disorders, autoimmune diseases, infections, and quantification …