The phrase "analyzed without the need" is correct and usable in written English.
It can be used in contexts where you want to express that something can be examined or evaluated without requiring additional resources or conditions.
Example: "The data can be analyzed without the need for extensive software tools, making the process more efficient."
Alternatives: "assessed without requiring" or "evaluated without the necessity".
We have focused on urinary proteome analysis as the urinary proteome has been found to be quite stable [16], [17] and contains an array of low molecular weight proteins and peptides that can be analyzed without the need for additional manipulation such as proteolytic digests [18].
Consequently, arbitrarily many datasets can be jointly analyzed without the need to take care of appropriate scaling or normalization.
However, new DNA arrays are needed for each new region of interest in the HELP assay, whereas in Methyl-Seq a much larger quantity of sites are analyzed without the need for DNA microarray development.
As a semi-analytical structural analysis algorithm, the scaled boundary finite-element method (SBFEM) only discretizes the boundary of the analyzed domain without the need of fundamental solutions, which makes it powerful for problems with stress singularity or unbounded foundation media.
Alternatively, the tensor parameters can be obtained by analyzing RDCs without the need for an initial molecular model.
Using this system, we developed a method of "mixed and quantitative proteome analysis" in which C. albicans and macrophages were simultaneously analyzed by nanoLC MS/MS without the need to isolate the two individual living cells.
With the high efficiency of locus-specific PhiC31-mediated targeting, the injected embryos can be analyzed in vivo without the need to compare a large number of embryos or to establish germline transgenics.
Using this technique, seismologists can calculate the Green's function, or estimate subsurface structures, by analyzing ambient noise, without the need for natural or artificial earthquakes (e.g., Shapiro et al., 2005; Nishida et al., 2009).
These techniques facilitated the direct analysis of the active components from plant extracts, as well as dramatically reduced the time needed to analyze the compounds, without the need for prior isolation.
In addition, HATSEQ has an intuitive graphic user interface that lowers the barrier for researchers to analyze their data without the need of scripting languages.
