Love Among the Roses

It was on one summer\u27s eveningin the merry month of JuneI beheld a damsel sitting \u27Mid flower\u27s sweet perfumeShe had a novel readingjust as I was passing byAnd as she turned another pageI saw the brightest eye A bewitching smile was on her faceAs charming as the posies I felt the smart of Cupid\u27s dart\u27Twas love among the roses. CHORUSNow I hate to tell but then I must,Within her heart I place my trustShe was sitting in the garden WHere the little butterlfy reposesAnd how we met,I\u27ll ne\u27er forgwet,\u27Twas Love among the Roses. Now I passed her house next eveningThe clock had just struck eightAnd I saw my future happinessShe was standing by the garden gateShe smile as I approached herAnd I begged her to excuse May I view those pretty flowers She murmured if you chooseI spoke about the violetsThen finally made proposesThro\u27 the garden we walked of happiness talked\u27Twas love among the roses. I confess I love Matilda,Matilda, that\u27s her name,And there is a charm about her Which I never can explain She dresses up to fashion To her style there is no endAnd of course she must look dashingFor she wears a Grecian Bend But she\u27s left her home and where she\u27s goneMost everyone supposes For as dear as life is my little wife\u27Twas love among the roses

Please buy my last paper : I want to go home /

Mode of access: Internet.From the Thomas A. Edison Collection of American Sheet Music

Ring the bell softly /

First line of chorus: Weary with mingling life's bitter and sweet.First line of text: Someone has gone from this strange world of ours.Caption title.For voice, chorus (SATB)--and piano.Mode of access: Internet.From the Thomas A. Edison Collection of American Sheet Music

The Family Acholeplasmataceae (Including Phytoplasmas)The Prokaryotes

The family Acholeplasmataceae was originally established to accommodate the genus Acholeplasma, comprising the mollicutes that could be cultivated without the supplement of cholesterol and that use UGA as a stop codon instead of coding for tryptophan. It was later shown that the phytoplasmas, a large group of uncultivable, wall-less, non-helical mollicutes that are associated with plants and insects, shared taxonomically relevant properties with members of the genus Acholeplasma. Being not cultivable in vitro in axenic culture, the phytoplasmas could not be classified using the standards used for other mollicutes and are named using the category of Candidatus, as “Ca. Phytoplasma.” Although phytoplasmas are associated with habitats and ecology different from acholeplasmas, the two genera Acholeplasma and “Candidatus Phytoplasma” are phylogenetically related and form a distinct clade within the Mollicutes. The persisting inability to grow the phytoplasmas in vitro hinders the identification of their distinctive phenotypic traits, important criteria for mollicute classification. Until supplemental phenotypic traits become available, the genus “Candidatus Phytoplasma” is designated, on the basis of phylogeny, as a tentative member in the family Acholeplasmataceae. Phylogenetic analysis based on gene sequences, in particular, ribosomal sequences, has provided the major supporting evidence for the composition and taxonomic subdivision of this group of organisms with diverse habitats and ecology and has become the mainstream for the Acholeplasmataceae systematics. However, without the ability to determine phenotypic properties, the circumscription of related species among the non culturable members of the family remains a major issue. The genus Acholeplasma comprises 14 species predominantly associated with animals and isolated from mammalian fluids but regarded as not normally pathogenic. Conversely, the genus “Ca. Phytoplasma” includes plant pathogens of major economic relevance worldwide. To date, 36 “Ca. Phytoplasma species” have been described