… required to perform three- photon fluorescence structural or functional brain imaging. On the
… label for structural three- photon brain imaging. In addition, three photons with enough peak …

… The thickness and the optical properties of the phantom are sufficient to avoid that a
significant number of photons probe the muscle. Given that the phantom keeps constant optical …

… of the brain in larval zebrafish [21], we performed in vivo time-lapse two-photon imaging and
… of microglia in response to local brain injury mimicked by two-photon laser-based neuron …

… migration is affected by cell-cycle modulations during muscle regeneration in vivo, we
established an intravital imaging technique to observe live mouse muscle … two-photon microscope …

… cellular photoacceptors could result in photon-induced modulation of … Upon the absorption
of photons by CCO, the energy is … optic nerve to the suprachiasmatic nucleus in the brain [21]. …

… imaged via single photon, dual … -muscle myosin II motor activity, was incubated with the
brain slices with U251 (Figure 1d) and PDX lines (Figure 1e) and found to decrease migration …

… We used in vivo two-photon imaging through noninvasive cranial windows to study the …
Smooth muscle cells are very brightly labeled and densely packed on penetrating arterioles…

… , gaining optical access to the live brain , and in vivo two-photon microscopy. In addition, we
… Constitutive expression is seen specifically in brain smooth muscle cells and ensheathing …

… Resect the remaining skin and muscle tissue using a surgical … migrate to the brain and
cervical cord in a wild-type rat model. Theoretically, additional WJ-MSCs can migrate to the brain …

… electromyography (EMG) and EEG based brain-computer interfaces. In this … muscle tissue
contributes significantly to the measured signal. A Monte Carlo simulation for photon migration …