In summary, druse crystals in plant cells are multifunctional structures that help with calcium regulation, deter herbivores, and might contribute to thermal protection. Their presence is a fascinating example …

A druse is a group of crystals of calcium oxalate, [1] silicates, or carbonates present in plants, and are thought to be a defense against herbivory due to their toxicity. Calcium oxalate (Ca (COO) 2, CaOx) …

In the cells of most plants, crystals consisting of calcium oxalate are found which are formed by a process called biomineralisation. It is thought that these crystals act as a storage reservoir for …

Many plant species produce crystal inclusions as a defense mechanism against herbivory. Most crystalline aggregations, or druse crystals, found in plants are made of calcium oxalate, which is the …

Jul 1, 2001 · Many plants have specialized cells, called crystal idioblasts, that contain single or multiple needle-like crystals that appear to serve a primary function in bulk regulation of calcium in tissues …

Here, we investigate the ontogeny of both raphide and druse crystals in leaves of ten species of Amorphophallus (Araceae).

Aug 16, 2023 · Druse crystals in plant cells primarily function to regulate and store calcium. They also play a role in defending the plant against herbivores by deterring them through irritation. Their ability …

Crystal formations that appear needle- or spear-shaped are referred to as raphides. Both are thought to deter herbivory, and a number of species of plants are poisonous to humans, as well as animals, due …

The formation of druse crystals is believed to be a mechanism for storing excess calcium and oxalate in plant tissues. These crystals can serve various functions, including detoxification, regulation of …

Oct 17, 2024 · They serve various functions such as detoxification, storage, and defense against herbivores. These crystals are commonly found in plants like the Dieffenbachia and Araceae family. …