Reseda and Hypoxis, are plants?
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Reseda (plant) Reseda (mignonette) is a genus of fragrant herbaceous plants native to the Europe, southwest Asia and North Africa, from the Canary Islands and Iberia east to northwest India. The genus includes herbaceous annual, biennial and perennial species 40–130 cm tall. The leaves form a basal rosette at ground level, and then spirally arranged up the stem; they can be entire, toothed or pinnate, and range from 1–15 cm long. The flowers are produced in a slender spike, each flower small (4–6 mm diameter), white, yellow, orange, or green, with four to six petals. The fruit is a small dry capsule containing several seeds.
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Hypoxis Hypoxis is a genus of flowering plants belonging to the family Hypoxidaceae. The genus has an "almost cosmopolitan" distribution, occurring in Africa, the Americas, Asia, and Australia. Europe lacks native species. Most species are in the Southern Hemisphere, especially in southern Africa. Common names for the genus include star-grass, star lily, yellow stars, African potato, and stars. The genus is the largest of the Hypoxidaceae family and has its centre of variation in South Africa, where it occurs in open undisturbed grasslands. The name "Hypoxis" was taken over by Linnaeus in 1759 from a name coined by Paul Reneaulme in 1611 for a superficially similar species of "Gagea" and meaning "a little sour", referring to the taste of that plant's leaves.
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Dyson tree A Dyson tree is a hypothetical genetically-engineered plant (perhaps resembling a tree) capable of growing in a comet, suggested by the physicist Freeman Dyson. Plants could produce a breathable atmosphere within hollow spaces in the comet (or even within the plants themselves), utilising solar energy for photosynthesis and cometary materials for nutrients, thus providing self-sustaining habitats for humanity in the outer solar system analogous to a greenhouse in space or a shell grown by a mollusc.
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Rhipidocladum Rhipidocladum is a genus of New World woody bamboo in the grass family). It found in Mesoamerica, Trinidad, and South America. The genus is characterized by 1) erect, non-pseudopetiolate culm leaves, 2) numerous branchlets arising in an apsidate (fan-like) array, and 3) fruits being true caryopses. The name is derived from the Greek "rhipid" meaning "fanlike" and "clad" meaning "branch".
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Sawdoniales The Sawdoniales were among the first vascular plants in the fossil record. They are zosterophylls, descending from the same ancestors that modern lycophytes evolved from. They bore lateral, reniform sporangia, branched dichotomously, and grew at the ends by unrolling (circinate vernation). Some had smooth stems, others were covered in small spines; fungal bodies have been reported in some spines.
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Acetabularia Acetabularia is a genus of green algae, specifically of the Polyphysaceae family, Typically found in subtropical waters, "Acetabularia" is a single-celled organism, but gigantic in size and complex in form, making it an excellent model organism for studying cell biology. In form, the mature "Acetabularia" resembles the round leaves of a nasturtium, is 0.5 to 10 cm tall and has three anatomical parts: a bottom rhizoid that resembles a set of short roots; a long stalk in the middle; and a top umbrella of branches that may fuse into a cap. The single nucleus of "Acetabularia" is located in the rhizoid, and allows the cell to regenerate completely if its cap is removed. The caps of two "Acetabularia" may also be exchanged, even from two different species. In addition, if a piece of the stem is removed, with no access to the nucleus in the rhizoid, this isolated stem piece will also grow a new cap.
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Hymenocoleus Hymenocoleus is a genus of flowering plants in family Rubiaceae.
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Anoxia (beetle) Anoxia is a genus of dung beetle in the family Scarabaeidae.
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Rhipilia In taxonomy, Rhipilia is a genus of green algae, specifically of the Udoteaceae.
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Rhizolith Rhizoliths are root systems that have been encased in mineral matter.  Rhizoliths are created through processes of chemical weathering, decomposition, reprecipitation and cementation.  Rhizoliths are formed through the transport of dissolved Ca and HCO enhancing the CaCO precipitation in a diameter of up to several centimeters around the roots. This is possible on calcareous sediments, where high amounts of Ca in the rhizosphere can lead to the formation of encrustations around roots termed rhizoliths.
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Dinosaur plant Dinosaur plant is a common name for several plants and may refer to:
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Indopiptadenia Indopiptadenia is a genus of flowering plants in the legume family, Fabaceae. It belongs to the mimosoid clade in the subfamily Caesalpinioideae.
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Reseda luteola Reseda luteola is a plant species in the genus "Reseda". Common names include dyer's rocket, dyer's weed, weld, woold, and yellow weed. A native of Eurasia, the plant can be found in North America as an introduced species and common weed.
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Hypnales Hypnales is the botanical name of an order of Bryophyta or leafy mosses. This group is sometimes called feather mosses, referring to their freely branched stems. The order includes more than 40 families and more than 4,000 species, making them the largest order of mosses.
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Hypolepis (plant) Hypolepis (beadfern) is a genus of ferns described as a genus in 1806. The word is derived from Greek, meaning "under scale". It is found in tropical and subtropical regions, primarily in the New World but also in the Old World and on various oceanic islands.
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Plants+HC+SAR megagroup The Archaeplastida+HC+SAR megagroup is a group of eukaryotes proposed by Burki "et al". (2008).
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Palafoxia Palafoxia, palafox, is a genus of North American flowering plants in the Bahia tribe within the (sunflower family).
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Dypsis intermedia Dypsis intermedia is a species of flowering plant in the Arecaceae family.
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Hypoxia-activated prodrug Hypoxia-Activated Prodrugs (HAPs) are prodrugs that target regions of tumor hypoxia within tumor cells. HAPs may offer the potential, alone and in combination with conventional chemotherapy, of improving cancer therapy. It is believed that tumor hypoxia contributes significantly to treatment failure and relapse among cancer patients because cells in the hypoxic zones of solid tumors resist traditional chemotherapy for at least two reasons: first, most antitumor agents cannot penetrate beyond 50-100 micrometers from capillaries, thereby never reaching those cells in the hypoxic regions. Secondly, the lower nutrient and oxygen supply to cells in the hypoxic zones of tumors cause them to divide more slowly than their well oxygenated counterparts, so hypoxic tumor cells exhibit greater resistance to chemotherapies and radiation which target rapidly dividing cells or require oxygen for efficacy.
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Arabis Arabis , or rockcress, is a genus of flowering plants, within the family Brassicaceae, subfamily Brassicoideae.
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Hypodoxa involuta Hypodoxa involuta is a moth of the family Geometridae. It is found on Buru.
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Pedinella Pedinella is a genus of small, unicellular planktonic or attached, flagellated Heterokonts first described in 1888 by A. V. Vysotskij. The genus is monospecific, and the single species is "Pedinella hexacostata" Vysotskij. "Pedinella" has an inverted bell or apple shape with a stalk arising from the posterior end, and has a single, long, ribbon-like, apical flagellum and, a second apical flagellum that is reduced to its basal body. The cells are radially symmetrical, with a large central nucleus, surrounded equatorially by a number of chloroplasts that cause the body to bulge out where the plastids are pushed up against the plasma membrane. The organism is found in freshwater and brackish freshwater habitats. "Pedinella" is a mixotroph and functions through either photosynthesis or by ingesting organic substances from its environment.