The phrase "analogous applications" is correct and usable in written English.
It can be used when discussing different contexts or fields where similar methods or principles are applied.
Example: "The research findings in this study have analogous applications in both environmental science and urban planning."
Alternatives: "similar uses" or "comparable applications".
Then I will discuss analogous applications to Lorentzian manifolds, relevant for QFT on curved spaces.
Composite technology is generally a viable option for improving these properties in many analogous applications.
Analogous applications of 'intrabodies' have already been described for e.g. erbB-2 (Deshane et al, 1994), Ras (Lener et al, 2000), huntingtin (LeCerf et al, 2001), as well as the anti-P-gp directed C219 ScFv (Heike et al, 2001).
Although the name did not remain in common usage for long, the Terrain Bituminifére found analogous application in the work of two English geologists, William D. Conybeare and William Phillips, in their synthesis of the geology of England and Wales in 1822.
While promising, the analogous application of this observation into clinical practice would imply life-long dosing and consequent immunosuppression, initiated in very young patients with a confirmed genetic background of PKD.
amazonensis) model, and analogous application of gentian violet (57) led to a complete elimination of parasites (1% gel, b.i.d., 20 days, topical), highlighting the therapeutic potential of triphenylmethanes and structurally similar electron carriers.
Understanding and reducing non-analogous application of biological phenomena may enable designers to more fully take advantage of biomimetic, or biologically inspired, design.
Possible future uses of microlattices and the demonstrated use of cellular materials analogous to applications of microlattices are also explored in this paper as practical applications are yet to be demonstrated for this innovative ultralight material.
Analogous transgenic applications can be envisaged, such as using cross-species APOBEC3 expression to purposefully impede known viruses (e.g., the AIDS virus HIV-1 or the Hepatitis B virus HBV).
Manipulating the topological invariants in these materials would allow the development of topological switching applications analogous to switching of transistors6.
This review discusses the highly analogous methods and applications of genomics and metabolomics, as well as recent attempts at integrating the two fields towards a more comprehensive and holistic understanding of gene function and the control of metabolic processes.
