Indeed, the availability of prokaryotic homologs has resulted in structural and functional breakthroughs in the related field of rhomboid [42], [43], [44], [45] and S2P [46] intramembrane proteases.
Examples included "bounce rate," "conversation across multiple entry points," "cross-channel buying experience," "cross-functional breakthrough teams," "customer decision journey," "ecosystem playing field" and "zetabytes".
Despite these functional and structural breakthroughs, several points remain obscure.
The major breakthrough for functional nucleic acids occurred in 1990.
However, the MWO model suggests an alternative view under which the basic structure of the code results from anthropic selection inasmuch as only codes with a certain minimal level of robustness would allow the appearance of a functional replicase in the breakthrough system.
While the notion of state transitions from multipotent stem cells to mature functional cells is established, the breakthrough findings on transdifferentiation [ 4] and reprogramming [ 5] have sparked renewed interest into mechanisms driving cellular lineage choice with the prospect of therapeutic application [ 6].
The connection of the variable part of the heavy chain (VH) and and the variable part of the light chain (VL) by a peptide linker to form a consecutive polypeptide chain (single chain antibody, scFv) was a breakthrough for the functional production of antibody fragments in Escherichia coli.
His breakthrough to non-functional form came in 1963 when, with no purpose in mind, he remelted and finished a glass piece that he had earlier smashed in a fit of pique.
"A scientific breakthrough is to make functional cells that cure a diabetic mouse, but a major medical breakthrough is to be able to manufacture at large enough scale the functional cells to treat all diabetics.
Prof Chris Mason, a stem cell scientist at University College London, said: "A scientific breakthrough is to make functional cells that cure a diabetic mouse, but a major medical breakthrough is to be able to manufacture at large enough scale the functional cells to treat all diabetics.
Our work involves major breakthroughs by showing: the functional expression of an NRPS in yeast, the successful reconstitution of the complete, compartmentalized PEN biosynthetic pathway in H. polymorpha that PEN is highly efficiently secreted by H. polymorpha.
