The phrase "abundant damage" is not commonly used in written English and may sound awkward.
It could be used in contexts where one wants to emphasize a large amount of damage, but it is better to use more standard expressions.
Example: "The storm caused abundant damage to the coastal towns, leaving many homes destroyed."
Alternatives: "extensive damage" or "significant damage".
We focus on the structures and molecular mechanisms for the protein components underlying synthesis, recognition, and cleavage of K63-linked ubiquitin chains, which are abundant at damage sites and obligatory for DSB repair.
Despite the high foliar Ni concentrations, at levels presumably toxic to most insects, abundant herbivory damage on the leaves of Actephila alanbakeri does not support the hypothesis that Ni hyperaccumulation affords protection, unless the herbivory damage is inflicted by specialised "high Ni-tolerant insects" (Boyd 2009).
Other abundant terms include those related to DNA interaction, DNA damage, cell cycle control and apoptosis (Table 6).
The abundant, diffusely damaged and disintegrated bone in the fracture region is puzzling.
A significant preservation of dopaminergic neurons was found in S14-injected rats compared with abundant dopaminergic neuron damage after injection with LPS (Fig. 5).
8-Hydroxydeoxyguanosine (8-OHdG) is one of the most reliable and abundant markers of DNA damage.
It is notable that sandstone is more abundant in the surrounding damage zones and shale is richer in the intact zones, which is also indicated by lower natural gamma ray values in the surrounding damage zones.
Sandstone is more abundant in the surrounding damage zones and shale is more common in the intact zone, indicating that shear localization may initiate more easily in the sandstone-rich zones.
The most abundant form of DNA damage induced by Cr VI) is Cr-DNA adducts, which cause mutations and chromosomal breaks.
8-Oxo-7,8-dihydro-2′-deoxyguanosine (8-oxodG) is the most abundant marker of DNA damage and it reflects oxidative stress.
