Technique • 889 papers
Amorphous materials-solids lacking long-range order-underpin technologies from thin-film electronics1, solar cells2 and phase-change memory3 to magnetic components4, medical devices5 and quantum technologies6-8. Yet the absence...
This work investigates the synthesis and characterization of Barium Titanate (BT) nanoparticles, which exhibit non-linear optical properties, with a focus on their potential application in...
The urinary bladder must remain distensible enough to expand as urine is produced yet strong enough to expel urine without rupture. Disruption in the arrangement...
Recent advancements in intravital microscopy have enabled the study of cell death in vivo under various experimental conditions, such as infection and cancer. However, the...
The metabolic effects of anesthetic agents like propofol on cancer cells remain poorly understood despite the widespread use of anesthesia during cancer diagnosis and treatment....
Three-photon microscopy (3PM) has emerged as a versatile intravital imaging technology, enabling analysis of cell dynamics and interactions with the tissue microenvironment beyond the capabilities...
Classical histology struggles to preserve three-dimensional spatial context, prompting the emergence of optical tissue clearing techniques that enable imaging of intact specimens at cellular or...
Optical imaging technologies are critical in biomedical studies for their ability to obtain both morphological and functional information from biological specimens at high spatial resolution....
Multimodal imaging techniques have the potential to enhance the interpretation of histology by offering additional molecular and structural information beyond that accessible through hematoxylin and...
Dermal fibroblasts play a central role in the production and remodeling of dermal extracellular matrix. Their spatially distinct subpopulations exhibit different functions during skin homeostasis,...