The phrase "and scalable process of" is correct and usable in written English.
It can be used when discussing a method or system that can grow or adapt in size or complexity without losing effectiveness.
Example: "We need to develop an efficient and scalable process of managing our resources to meet increasing demands."
Alternatives: "and adaptable method of" or "and flexible approach to".
Because L-lyxose is commercially available in bulk quantities it is a reasonable starting material and we set out to develop this proof of concept study into a short and scalable process for the preparation of 1, the final goal being a stable, crystalline and nonhygroscopic material for purposes of easy handling, shipping and long-time storage.
Thus it is imperative to develop cost effective and scalable process for the production of vaccines so as to make them affordable for mass use.
We demonstrate a single step, efficient, catalyst-and-solvent-free and scalable process for the synthesis of monodisperse, prolate spheroid shaped carbon (PSC) with 3 μm polar and 1.5 μm equatorial diameters by thermolysis of refined corn oil in a closed SS reactor at 700 °C.
A solution to this would be the use of modified RNA as format for delivery of TCR chains to primary lymphocytes, which we are currently exploring, as it may offer a simple, virus-free and scalable process for the manufacturing of reference samples in peripheral laboratories.
Nonplatinum group metal catalysts and scalable processes for the production of nanocatalysts are also covered.
Therefore, in the present work, an efficient, cost-effective, environmental friendly and easily scalable process of enzymatic glycerolysis has been developed to design a bioactive lipid-based delivery system from ratfish liver oil with potential application in the formulation of highly bioavailable and bioefficient nutritional supplements and functional foods.
This provides a simple and indefinitely scalable process of transgene delivery into field-grown plants, allowing transient expression on a large agricultural scale.
In pursuing this goal, we have developed a GMP-compliant scalable process of generating neural stem cells (NSCs) and further differentiate them into dopaminergic neurons in defined conditions from hESCs adapted to a defined medium.
In this work, a novel combination of characterization techniques is utilized, that facilitates the non-invasive assessment of CNT dispersion in epoxy produced by the scalable process of calendering.
