The phrase "abundant tissues" is correct and usable in written English.
It can be used in contexts where you are describing a large quantity of tissues, such as in biology, medicine, or even in a metaphorical sense.
Example: "The biopsy revealed abundant tissues, indicating a possible inflammatory response."
Alternatives: "plentiful tissues" or "ample tissues".
The mRNA levels in the ovary were about 28-fold (XtCry1) and 48-fold (XtCry2) higher than levels in the next abundant tissues, the retina and kidney, respectively.
Levels in the ovary were about 28-fold (XtCry1) and 48-fold (XtCry2) higher than levels in the next abundant tissues, the retina and kidney, respectively (Figure 2B, C).
Skeletal muscle, one of the most abundant tissues in the human body, has high metabolic requirements, and plays a major role in protein metabolism and storage.
The cerebral vessels constitute a small amount of tissue compared to other cell types, and miRNAs secreted from the vessels after SAH might therefore be concealed by the miRNAs secreted from more abundant tissues.
Adipose tissues, one of the most abundant tissues in the human body, can be easily obtained from patients using conventional liposuction methods and removed without functional defect [ 14, 15].
In previous analysis of DXPS transcripts in Norway spruce [ 32, 35], individual tissues were not separated and any detectable down-regulation of DXPS in CZ tissue may have been masked by the up-regulation of DXPS in CRD and other more abundant tissues.
Skeletal muscle tissue is the most abundant tissue in the vertebrate body, characterized by high metabolic requirements and defined structure.
The transcript levels of LhSorTGA2 observed in leaf, petal, root, and scale, were all lower than that in stem, making stem the most abundant tissue expressing LhSorTGA2.
Skeletal muscle is the most abundant tissue in the body, and its capability of generating an active force is one of the most significant features.
Skeletal muscle is the most abundant tissue in the body and serves various physiological functions including the generation of movement and support.
This study aimed to extract, purify, and characterize the type I collagen protein originating from bovine pericardium, considered to be an abundant tissue resource.
