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Chrysalidocarpus lutescens, also known by its synonym Dypsis lutescens [2] and as golden cane palm, areca palm, [3] yellow palm, [3] butterfly palm, [3] or bamboo palm, [4] is a species of flowering plant in the family Arecaceae, native to Madagascar and naturalized in the Andaman Islands, Thailand, Vietnam, Réunion, El Salvador, Cuba, Puerto Rico, the Canary Islands, southern Florida, Haiti ...
Dypsis is a genus of flowering plants in the family Arecaceae. They are slender, evergreen palms with yellow flowers carried in panicles amongst the pinnate leaves. Many Dypsis species have aerial branching (above the main trunk), a rare growth habit among palms. [ 2 ]
Dypsis lutescens, a palm which is a popular houseplant Areca catechu , also known as the betel palm, is sometimes referred to as an "areca" palm, particularly in the Philippines Index of plants with the same common name
Chrysalidocarpus is a valid genus of African palms, family Arecaceae, first described by Hermann Wendland in 1878. [1] The native range of species in this genus includes the Comoros, Madagascar and Pemba Islands, but some have been naturalised elsewhere as ornamental plants. [2]
Lutescens or lutescans (Latin for "marshy, living in the marshes", from lutum "marsh, swamp, mud") may refer to: Caiman lutescens, a fossil species of caiman. Dypsis lutescens, a palm; Pitcairnia lutescens, a species of bromeliads; Craterellus lutescens, a mushroom; Helix lutescens, a snail; Aloeides lutescens, a butterfly; Thalassoma lutescens ...
The general secretion (Sec) involves secretion of unfolded proteins that first remain inside the cells. In Gram-negative bacteria, the secreted protein is sent to either the inner membrane or the periplasm. But in Gram-positive bacteria, the protein can stay in the cell or is mostly transported out of the bacteria using other secretion systems.
Two families of reaction centers in photosystems can be distinguished: type I reaction centers (such as photosystem I in chloroplasts and in green-sulfur bacteria) and type II reaction centers (such as photosystem II in chloroplasts and in non-sulfur purple bacteria). The two photosystems originated from a common ancestor, but have since ...
The bacterial DNA is not packaged using histones to form chromatin as in eukaryotes but instead exists as a highly compact supercoiled structure, the precise nature of which remains unclear. [6] Most bacterial chromosomes are circular, although some examples of linear chromosomes exist (e.g. Borrelia burgdorferi). Usually, a single bacterial ...