Line-scanning temporal focusing microscopy (LineTFM) is capable of imaging biological
samples more than 10 times faster than two-photon laser point-scanning microscopy …

Temporal focusing two-photon microscopy has been utilized for high-resolution imaging of
neuronal and synaptic structures across volumes spanning hundreds of microns in vivo …

Two‐photon microscopy (2PM) is one of the most widely used tools for in vivo deep tissue
imaging. However, the spatial resolution and penetration depth are still limited due to the …

Compared with two-photon point-scanning microscopy, line-scanning temporal focusing
microscopy breaks the limitation on imaging rate and maintains the axial resolution, which …

Super-resolution structured illumination microscopy (SR-SIM) has attracted a great deal of
attention in the past few decades. As a wide-field imaging technique, SR-SIM usually suffers …

Multiphoton microscopy (MPM) plays important role in biological imaging for its low
scattering nature, yet it typically requires high illumination intensity. Although time-stretch of …

The first ever demonstration of temporal focusing with short wave infrared (SWIR) excitation
and emission is demonstrated, achieving a penetration depth of 500 µm in brain tissue. This …

High-resolution fluorescent microscopic imaging techniques are in high demand to observe
detailed structures or dynamic mechanisms of biological samples. Structured illumination …

Line-scanning temporal focusing microscopy (LTFM) is promising for various biomedical
studies, due to its higher imaging speed compared to the gold-standard point-scanning two …

Significance: Line scanning-based temporal focusing multiphoton microscopy (TFMPM) has
superior axial excitation confinement (AEC) compared to conventional widefield TFMPM, but …