Sentence examples for achieve versatility from inspiring English sources
During evolution, protein domains undergo many modifications in sequence and structure to achieve versatility in function.
Although in general, "well-to-well transfer" had been adopted in the MMV technology and could accomplish most necessary operations, we also developed an automated liquid handling (P-mode) system to achieve versatility and manageability, expanding the ability of the MMV system (Additional file 3: Figure S2).
You probably remember the GoFlex system, a recent Seagate innovation that adds some versatility to their drives at the cost of you having to buy adapters from them in order to achieve said versatility.
Open Source deployment and development model allows the user to achieve desired versatility in physical modeling without the sacrifice of complex geometry support and execution efficiency.
To achieve this versatility and accuracy in a code that provides rapid response we employ schematic atomic structures, scaled hydrogenic cross-sections and read-in tables.
This work envisages an accessible foundation for engineering sophisticated biomolecule MoS2 nanosheets conjugation due to the defect-rich biocompatible surface, to achieve great versatility, additional functions, and further advances in the biomedical field.
A concept of a sodium cooled fast spectrum materials testing reactor is presented as one of the potential design configurations to achieve the performance versatility with respect to supporting a range of testing environments from current thermal-spectrum LWRs to Generation IV advanced fast-spectrum reactors.
Such a unique topology may reflect a highly dedicated facet of SHP versatility to achieve subtle signalling regulatory effects in thymocyte selection and T-cell activation.
With the further development of artificial DNA bases using smart organic synthesis, DNA macromolecules based on elegant molecular assembly approaches are expected to achieve great diversity, additional versatility, and advanced functions.
The approach reported here is thus general and allows the high precision and versatility achieved for the synthesis of Cd-chalcogenide NCs and HNCs to be exploited to fabricate size-, shand-, and composition-controlled ternary CuInX2 (hetero nanocrystals, opening up routes toward materials with unprecedented properties, which would otherwise remain inaccessible.
