caffeine earrings | silver pp_lab inorganic chemists working with lanthanides

inorganic chemists working with lanthanides or actinides

The rough ER folds secreted and membrane proteins

It also tends to land with people who like the underlying idea more than the maths: that you can build a surface with no inside and no outside out of one strip and a twist

The therapeutic window exists because cancer cells' molecular dependence on PML-RARA makes them far more vulnerable to arsenic's effects than normal cells

Most often the everyday lab piece for working neuroscientists

caffeine earrings | silver pp_lab inorganic chemists working with lanthanidesCaffeine earrings sterling silver Caffeine is 1,3,7 trimethylxanthine, three methyl groups on a purine backbone. Six cups of coffee, a triple espresso, or steady focus without the jittery spike. The molecule that powers labs and lectures, worn here as a 14 mm sterling silver hoop for anyone who knows what they depend on. The Science Behind Caffeine Caffeine is a methylxanthine alkaloid, first isolated by Friedlieb Ferdinand Runge in Goethe's lab in