The phrase "approach and cell" is not correct and does not convey a clear meaning in written English.
It may be used in a context where "approach" refers to a method or strategy and "cell" refers to a biological or structural unit, but without additional context, it remains ambiguous.
Example: "In our study, we will examine the approach and cell used in the experiment to determine their effectiveness."
Alternatives: "method and unit" or "strategy and compartment".
Therefore, delayed necropsy, duration of scaffold storage, sterilization approach, and cell type used for re-cellularization may significantly impact the usefulness of this biological scaffold-based model of ex vivo lung tissue regeneration.
The likely explanation is because the previous study analyzed either transfected menin and/or analysis of methionine-labeled protein rather than unlabeled whole cell lysate, and these differences in approach and cell culture conditions may cause variations in the measurement of protein.
Here, we review two of these foundations: the genetic engineering approaches and cell types to engineer.
Different strategies have been explored, including pore-size modification, multilayered approaches, and cell electrospinning.
The study of DNA methylation, its effectors, and its roles, illustrates the complementarity of in vitro approaches and cell biology.
Besides surgical techniques, several biological approaches, including the injection of biological substances such as growth factors, bioengineering approaches, and cell or gene therapies have been tested in either preclinical or clinical contexts [3].
Using a gene trapping approach and haploid cells (HAP1 cells), the host cell receptor for CDT was identified as the lipolysis-stimulated lipoprotein receptor (LSR).
Various experimental strategies to improve neuronal survival, axonal regeneration and target reinnervation are described including pharmacological approaches and cell-based therapies.
Study how roots regulate stress responses at cell/tissue levels through cell specific omics approaches and cell-specific gene expression.
Therefore, the mRNA transcriptional phenotypes detected by the half-cell genomics approach and single-cell 3′ mRNA-seq were in good agreement, justifying the validity to use half-cell mRNA profiles to capture single-cell transcriptome and to examine single-cell gene expression heterogeneity.
Gene addition is generally the most common approach, and alters cell behavior by introducing genetic material and consequent proteins that are inherently missing in the host.
