Sentence examples for molecules we could from inspiring English sources
Our thinking was that if we could find multiple systems to cross-reference chemically so that one type of chemistry could give rise to both those classes of molecules, we could use that to infer what geochemistry was at life's origin.
Despite that M1 macrophages typically upregulate MHC-II and costimulatory molecules, we could not detect an increased expression of MHC-II or CD86 on gastric macrophages or CD103+ DCs from either unimmunized or immunized mice after infection.
Because our experiments produced direct measurements of activity and mobility of single TRPV1 molecules, we could determine whether mobility changed upon channel activation.
From the kinetics of NPC passage for a wide range of inert molecules, we could estimate that NPCs behave towards inert material like a sieve with a dominating mesh radius of ≈2.63 nm.
By following this rational design concept of targeting multiple structural water molecules as binding partners for small organic molecules, we could enhance the binding affinity of our rationally designed phthalimide scaffold by a factor of 20.
Based on the analyses regarding αW43 in the teleost fish classical class II molecules, we could conclude that teleost fish classical class II molecules do not possess αW43 and therefore do not possess the DM system in which the interaction between αW43 of the classical class II molecule and αN125 of the DM molecule is critically important.
By coating the material with a cell specific aptamer, working as a capture molecule, we could improve the attachment of cells effectively and avoid the limitations of the currently available materials.
"Using this molecule, we could make a diagnostic test that can be put in a backpack and diagnose whether people are infected or not".
Using that molecule, we could provide them with an archive of all our scientific discoveries, our literature, and our immense treasure trove of cat videos.
In order to apply this analysis to a molecule, we could consider it as a rigid body, in which case it will give rise to just six lattice modes.
As we were printing into hydrated agar (which would allow for diffusion of any dosed molecule), we could not rely on the resolution specifications of the print head.
