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Females can produce full clones of themselves through a modification of the normal meiosis process used to produce haploid egg cells for sexual reproduction. The female's germ cells undergo a process of premeiotic genome doubling, or endoreduplication, so that two consecutive division cycles in the process of meiosis result in a diploid, rather than haploid, genome.
Leopard geckos were first described as a species by zoologist Edward Blyth in 1854 as Eublepharis macularius. [1] The generic name Eublepharis is a combination of the Greek words eu (good) and blepharos (eyelid), as having eyelids is the primary characteristic that distinguishes members of this subfamily from other geckos, along with a lack of lamellae.
Some documented species, specifically salamanders and geckos, that rely on obligate parthenogenesis as their major method of reproduction. As such, there are over 80 species of unisex reptiles (mostly lizards but including a single snake species), amphibians and fishes in nature for which males are no longer a part of the reproductive process ...
Like most lizards, geckos can lose their tails in defence, a process called autotomy; the predator may attack the wriggling tail, allowing the gecko to escape. [ 8 ] The largest species, Gigarcanum delcourti , is only known from a single, stuffed specimen probably collected in the 19th century found in the basement of the Natural History Museum ...
Eublepharis is a genus of terrestrial geckos native to eastern and southwestern Asia.The genus was first described by the British zoologist John Edward Gray in 1827. The etymology of their name is 'eu' = good (=true) |'blephar' = eyelid, and all have fully functional eyelids.
The Eublepharidae are a family of geckos consisting of 43 described species in 6 genera.They occur in Asia, Africa, North America, and Central America. [1] [2] [3] [4 ...
The Lungcu slender gecko can reach about 3.4 inches in size and has a “triangular” head. Its body has a “brown sand” coloring with “irregular dark brown streaks.” A photo shows the ...
The first mouse from adult cells, Cumulina, was born in 1997 at the University of Hawaiʻi at Mānoa in the laboratory of Ryuzo Yanagimachi using the Honolulu technique. In 2008 Japanese scientists created a cloned mouse from a dead mouse that had been frozen for 16 years. This was the first time a mammal had been cloned from frozen cells. [61]