The phrase "analysis of biological materials" is correct and usable in written English.
It can be used in contexts related to scientific research, laboratory work, or studies involving living organisms and their components.
Example: "The analysis of biological materials is crucial for understanding the effects of the new drug on cellular functions."
Alternatives: "examination of biological samples" or "evaluation of biological substances."
Computational methods originally developed for analysis in engineering have been applied to the analysis of biological materials for many years.
The analysis of biological materials from bio distribution studies plays a significant role in the application of atomic spectrometry to study NPs.
As the first technique, Raman imaging of unstained biological materials using slit-scanning confocal Raman microscopy (unstained Raman imaging) was performed, and as the second, field-emission scanning electron microscopy with energy-dispersive X-ray spectroscopy analysis of biological materials labeled with quantum dots (SEM-QD imaging) was demonstrated.
Cryo-electron microscopy is an excellent method for the structural analysis of biological materials.
The progress of science as well as the rapid development of analytical techniques allow for a comprehensive, precise and accurate analysis of biological materials of the element content.
Genome-wide transcription analysis of biological material (i.e. human, animal tissues, cell cultures) has shown promise in identifying disease-relevant biomarkers [1].
Analysis of biological material.
The small volume in which denaturation is carried out is also amenable to analysis of biological material isolated by laser capture microdissection or laser pressure catapulting [ 31].
According to the obtained results, it may be stated that both methods are quite similar, providing nearly 100% accuracy with a suitable precision, especially in the case of the analysis of biological material.> In order to determine the accuracy of the MEPS/HPLC-DAD method, the certified reference material of human serum was analyzed.
Analysis of cytotoxicity of biological materials is essential for the pharmacological trails.
The methodology holds promise as another viable forensic DNA analysis tool for characterization of biological materials.
