The phrase "array of tissue types" is correct and usable in written English.
It can be used when discussing biological or medical contexts, particularly when referring to different kinds of tissues in an organism or sample.
Example: "The study examined an array of tissue types to understand the effects of the treatment on various cellular structures."
Alternatives: "variety of tissue types" or "collection of tissue types".
Tissue array analysis was performed to examine the expression of neogenin in a variety of tissue types under the same conditions.
One limitation of such direct comparisons of tissue types is the methodological heterogeneity among studies with regards to the specific model of type 1 diabetes studied, the type of gene expression array, and the data analysis and statistical approaches.
The analysis of the tissue extracts has the potential to provide for identification of molecular biomarkers associated with any biological process in a wide array of different tissue types.
GPNMB/OA is expressed in a wide array of normal tissue types including: the bone, hematopoietic system and the skin.
Early diagnosis of ovarian cancer is important to improve treatment outcomes, and profiling using miRNA arrays may contribute to the detection of tissue type, stage, and prognosis.
Several recent studies have applied genome-wide DNase I hypersensitivity mapping to Arabidopsis thaliana and rice, generating chromatin accessibility landscapes for an array of tissues, cell types, and treatments.
This data suggested a very different but complementary mechanism for cancer gene deregulation: these MMU DMRs might represent a broad array of tissue- or cell type-specific regulatory sites important for development and differentiation.
To verify this hypothesis, we created, from a compendium of 3051 mouse arrays (Mouse430 2.0) from Genevestigator, selections of arrays representing various tissue types (muscle, liver, lung, fibroblast, Central Nervous System).
This subgroup in the Flow Cytometry Core Facility supports nanowell microengraving and imaging platforms, enabling the measurement of multiple traits from individual cells derived from a wide array of tissues or cell types, such as immune cells either in their native condition or upon stimulation.
