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Urge and urge and urge, Always the procreant urge of the world.
Out of the dimness opposite equals advance, always substance and increase, always sex, Always a knit of identity, always distinction, always a breed of life.
Moriarty is back but Sherlock and Hermione are no longer playing.
The game just got very dangerous and even more personal. In midst of it all, Sherlock feels no longer like himself. Ruby Lucas yearns for freedom and adventure but in the small town of Storybrooke, Maine, these don't come easy.
A collection of stories centered around the Snape family and the Unquestionable Love saga, set at various times between the Prequel, the original, and after the original. *At the behest of Lord Voldemort, Snape is forced to commit an act he finds most undesirable.
Stories will contain Drama, Humor, Hurt/Comfort, and Romance. While working to thwart the dark plot, he must find a way to live with himself and also atone for his actions to the one he hurt. The third, and final, installment of The Witch and The Detective trilogy.
This primal atom rapidly expanded for circa 10-20 Ga scattering matter and energy in all directions (565, 1401, 1486, 1487). E., was the first to teach that all heavenly bodies were brought into existence by the same processes that formed the earth and that all of these objects are made of the same materials (81). And now, two years later, Haru has the chance to see him again but something's different. Elizabeth is eighteen years old when her life changes dramatically. Oneshot, simply inspired by those times in the book when the cellar was too cold for Max to sleep in.Will our heroine be able to tell the fearless cat that she loves him? Tensions are raised when her father's thirty something year old friend Red, using a different alias, comes to stay for a week. Note: English is not my first language so sorry for any mistakes. Rumpelstiltskin has lived a long time and made many deals, but this is a story about one of his strangest deals and how it changed his life, and all began with a little 7 year-old girl named Belle. Amy Pond let the stone angel touch her, and now she's stuck in England, 1913.Alessandro Morbidelli (IT), John Chambers (US), Jonathan I. Pollack (US), and David Crisp (US) concluded that to keep the oceans from freezing on the primitive Earth a global "greenhouse" was necessary. Kimball (US) synthesized adenine, thymine, amino acids, and other biochemical compounds from HCN in a primitive Earth environment (1799, 1800, 2330). Stanley Lloyd Miller (US), in Harold Clayton Urey’s (US) laboratory, showed that a wet mixture of methane, hydrogen, and ammonia exposed to electrical discharge for a while, formed traces of organic compounds, including organic acids and amino-acids regarded as exclusive components of living things (1681). Christopher Reid (GB), Leslie Eleazer Orgel (GB-US), and Cyril Ponnamperuma (LK-US) have shown that random processes can form nucleotides and dinucleotides. John Desmond Bernal (GB) proposed that one way in which organic subunits may spontaneously combine into larger molecules is by adsorption of the reacting molecules onto the highly ordered negatively charged aluminosilicates of clays. Walker () also proposed that under primitive Earth conditions organic polymers could have condensed on extremely thin layers of negatively charged aluminosilicates separated by layers of water (437). Joshi (US), and Juan Oró (US) produced polynucleotide polymers under primitive Earth conditions (2329). Bruce Michael Alberts (US), Walter Gilbert (US), and Antonio Lazcano (MX) proposed that DNA and proteins were derived from RNA-based cells or cell-like units (46, 994, 1458). Hubbard (US) proposed how complex sequential metabolic pathways may have arisen as the result of selective pressure. Suppose that a contemporary cellular pathway makes a required substance such as an amino acid through the sequence A to B to C to D to E, in which A is a simple inorganic substance and E is the final organic product. Walter (US), Du Rulin (US), and Robert Joseph Horodyski (US) had previously discovered multi-cellular fossils (c.1.4 Ga.) in old Greyson Shale, lower Belt Supergroup, in Montana, US, and from the similarly aged Gaoyuzhuang Formation, upper Changcheng Group, in the Jixian section, Northern China. Lunine (US), Jean-Marc Petit (IT), Francois Robert (FR), Giovanni B. Cyr (US) proposed that as the solar system formed, Jupiter's powerful gravity perturbed asteroids to accrete into larger and larger objects resulting in terrestrial "embyros" near the size of Mars. Towe (US), Edward Anders (US), Gustaf Olaf Arrhenius (SE-US), Bibhas Ranjan De (US), Hannes Olof Gosta Alfvén (SE-US), Anne Benlow (GB), Arthur Jack Meadows (GB), Manfred A. Ahrens (US) proposed that on the primitive Earth, impact accretions from extraterrestrial objects represented a significant source of atmospheric and biogenic elements (82, 121, 238, 250, 723, 1442, 1980, 2376, 2434). This "greenhouse" would have offset the effects of a faint young Sun which was dimmer than today’s by 25-30%. Grotzinger (US) used greenhouse calculations and the sedimentary record to suggest that prior to 3.8 Ga. Master (US) synthesized amino acids from formaldehyde and hydroxylamine under primitive Earth conditions (1801). They have also demonstrated the formation of ATP through the ultimate agency of solar energy (2004). The clay surface performs a catalytic function (248, 249). Sidney Walter Fox (US), Kaoru Harada (JP), and Allen Vegotsky (US) showed how amino acids can be heated under Earth conditions to form proteinoids or "thermal proteins," which when placed in water self-organize into microspheres or protocells, possible precursors of the contemporary living cell (921-924). (US) and Juan Oró (US) synthesized peptides under plausible primitive Earth conditions (1133). Antonio Lazcano (MX) postulated that DNA evolved to replace RNA as the repository of hereditary information because, 1) DNA is much more resistant to harsh environmental conditions, 2) DNA is less prone to mutations which cannot be repaired, 3) cytosines in DNA are not as prone to spontaneously deaminate to uracil as they are in RNA, and 4) the duplex nature of DNA offered redundancy, which when coupled with repair mechanisms had a distinct advantage over simplex RNA without a repair mechanism (1459). Woese (US) originally described the progenote as the last common ancestor for archaebacteria (Archaea), eubacteria (Bacteria), and eukaryotes (Eucarya). Walter (US), speculated that life on Earth might have arisen as early as 3.9 Ga. Initially E was plentiful in the environment and was absorbed directly by primitive aggregates. (US) indicated that the Archaea and Bacteria diverged from one another near the time that life arose on Earth. The organism was identified as Grypania spiralis, a coiled ribbon-like creature.