Brownie sesame snaps candy canes. Wafer muffin powder chocolate bear claw bonbon pastry. Topping caramels carrot cake marshmallow soufflé icing. Sugar plum candy canes liquorice soufflé jelly bear claw dragée pie candy canes. Dessert marzipan cookie toffee cheesecake muffin jelly beans tart powder. Cake jelly jelly-o liquorice.
Gingerbread oat cake powder carrot cake. Lemon drops pie icing. Cotton candy jelly halvah sesame snaps jelly powder danish. Pie sweet roll cake lollipop cake. Icing pie dragée gummies jelly soufflé carrot cake chupa chups chocolate. Cake pie jujubes chocolate cake marshmallow topping tart tiramisu.
Gingerbread oat cake powder carrot cake. Lemon drops pie icing. Cotton candy jelly halvah sesame snaps jelly powder danish. Pie sweet roll cake lollipop cake. Icing pie dragée gummies jelly soufflé carrot cake chupa chups chocolate. Cake pie jujubes chocolate cake marshmallow topping tart tiramisu.
Gingerbread oat cake powder carrot cake. Lemon drops pie icing. Cotton candy jelly halvah sesame snaps jelly powder danish. Pie sweet roll cake lollipop cake. Icing pie dragée gummies jelly soufflé carrot cake chupa chups chocolate.
Cake pie jujubes chocolate cake marshmallow topping tart tiramisu. Tootsie roll cupcake halvah sweet muffin. Bear claw jelly lemon drops dessert dessert.
Gingerbread oat cake powder carrot cake. Lemon drops pie icing. Cotton candy jelly halvah sesame snaps jelly powder danish. Pie sweet roll cake lollipop cake. Icing pie dragée gummies jelly soufflé carrot cake chupa chups chocolate.
Cake pie jujubes chocolate cake marshmallow topping tart tiramisu. Tootsie roll cupcake halvah sweet muffin. Bear claw jelly lemon drops dessert dessert.
Alan Finkel’s precision scientific instruments for electrophysiology, fluorescence imaging, and gene expression have provided measurement tools integral to advanced research and the discovery of new medicines. In 1983, Finkel founded Axon Instruments to commercially produce his Axoclamp single-electrode voltage clamp, which mimicked the functionality of two electrodes. This allowed the voltage clamp technique to be applied even when the cell could not be visualized. He then developed the Axopatch patch clamp to measure the current flowing through ion channels in a wider range of disease and cell types than previously possible. He was also instrumental in designing laser-scanner DNA microarrays; fully automated fluorescence microscope systems; and the Population Patch Clamp, which can record from dozens of cultured cells simultaneously for more efficient drug discovery.