The rectangular boxes indicate substrates, and the blue or yellow ovals give the names of the enzymes catalyzing the reactions
Its wide distribution is associated with a wide range of biological functions and is fundamental to numerous biochemical and metabolic processes
Start low, go slow: Begin with 23 drops applied to clean, damp skin once daily
Firefighters and first responders are working tirelessly under extreme conditions, exposing themselves to harmful smoke and overwhelming stress
response to growth factor deprivation [24] Hydrogel encapsulation [12] Iso-acoustic focusing for phenotyping [29] Microfluidic cytometry [15, 43] PCR-based sorting [30] Viscoelastic carrier fluids [51] Mesenchymal stem cells Microfluidic cytometry [47] Mouse bone marrow stromal cells Microfluidic cytometry [44] Mouse hybridoma cells Analysis and sorting of single cells [25] Mouse pro-B lymphoid cells Cell size, density and deformability [26] Mouse insulinoma cells Enzymatic crosslinking of tyramine-functionalized polymer droplets [34] Neural cells Density matching [40] Single cell barcoding droplet microfluidics [33] Prostate cancer cells Printed droplet microfluidics: dispensing of picoliter droplets and cells [36] Rat liver lysosomes (stained with red tracker dye) Confocal light absorption and scattering spectroscopic (CLASS) microscopy [14] Review articles Extracellular matrix [56] Recent advances in research involving chemical and biological reactions in microdroplets [27] Staphylococcus aureus Microchannels [54] Tumor-infiltrating myeloid cells Tumour growth regulation [55] Yeast cells Acoustic cell manipulation [38] Biogenic magnetization [28] Hydrogel encapsulation [12] Polyglycerol microgel particles for the micro-encapsulation of yeast cells [11] 4
For years, the only way to effectively raise glutathione levels was through expensive and inconvenient intravenous (IV) drips
