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Different studies have shown that many plants accumulate proline amino acid under stress conditions (water deficit, low and high temperatures, high salinity) [2, 3, 21].
When exposed to abiotic and biotic stress, many plants accumulate high amounts of proline, in some cases several times the sum of other amino acids [ 22].
The need for phytochemical screening has become imperative, since many plants accumulate biologically active, complex organic chemicals (secondary plant metabolites) in their tissues.
At the biochemical level, many plants accumulate osmoprotectants such as sugars (sucrose, raffinose, trehalose), sugar alcohols (sorbitol and mannitol), amino acids (proline), and amines (glycine betaine and polyamines) [ 2, 3].
Many plants accumulate a considerable amount of the CO2 fixed during the day in the form of starch, which is remobilised to sucrose during the night to avoid carbon depletion in plant cells [ 13].
On exposure to environmental stress conditions, such as salt and drought stress, many plants accumulate compatible solutes, for example proline and glycine betaine, which are thought to offer physiological and biochemical protection enabling the organism to tolerate transient and in some cases sustained exposure to environmental stress.
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Many aromatic plants accumulate mixtures of secondary (or specialized) metabolites in anatomical structures called glandular trichomes (GTs).
Plants accumulate a plethora of specialized metabolites, many which possess potent pharmacological activities.
Many overwintering organisms, including insects, fish, bacteria, fungi, and plants, accumulate AFPs that bind to the faces of ice crystals during freezing and inhibit their growth [ 71].
Many plant species accumulate methylated arsenicals such as MAs V), DMAs V), and TMAs V O if they are available in soil.
In general, plants accumulate carbohydrates, e.g., starch.
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