… Duchenne muscular dystrophy (DMD) is a progressive form of muscular dystrophy that …
weakening and degeneration of muscles. In addition, beyond skeletal muscle, these mutations …

… The paper explains how the optical properties of tissue can be imaged by photon migration
… Brain function imaging: A DOT assessment of brain function complements positron emission …

… tissues from top of the brain, we build pseudo-3D human brain numerical phantoms to make
… MCXLAB to simulate the photons’ propagation inside the human brain numerical phantoms …

… skeletal muscle and prevented blood neutrophilia (Fig. 3j), indicating that the brain's signals
are … To determine whether motor innervation of the muscle itself was responsible for CXCL1 …

… brain slices co-cultured with CD8+ T cells to image migrating CD8+ T cells in healthy brain
tissue in response to cell migration … We find an increase in migration speed in response to …

… For example, a brain tissue has layers of scalp and skull and a muscle tissue has layers of …
of brain and muscle. Layer based MC model was used to simulate photon propagation inside …

… muscle is cerebrovascular reactivity (CVR) which reflects the intrinsic dynamic response
of blood vessels in the brain … (PET) and single-photon emission computed tomography (SPECT), …

… muscle. Designs must allow robust attachment to the gut wall in vivo during intense muscle
… of power, simulated as 9.96 × 10 6 photons emitted within a 120 full divergence angle over …

… fully manipulate specific areas of the brain, acting directly on network … We present here a
setup that combines a two-photon … With such a setup we investigate the drosophila brain in vivo, …

… with photon migration simulations. We modeled photon migration through brain tissues …
muscle, and nasal cavity. The impact of optical property settings for extracerebral tissues on …