PubMed,

• Oil refining to fimbria motion oscillation frequency of human nasal cavity epithelium cell and influence of fatty oil
  http://aromahonjin.way-nifty.com/blog/2009/06/post-c79b.html
  ciliary beat frequency: . . Motion oscillation frequency nasal epithelial cells: Nasal cavity epithelium cell

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  freqüência de batida ciliary: . Pilhas epithelial nasais da freqüência da oscilação do movimento: Pilha nasal do epitélio da cavidade
  
  
• Stress adjustment anti- oxidation action of [supaikunado
  http://aromahonjin.way-nifty.com/blog/2009/09/post-8019.html
  department of pharmacology, institute of post-graduate medical education & research, 244-b and a. j. c. Bose road and kolkata 700,020. lyle.nazmun@gmail.com

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  departamento da farmacologia, instituto da instrução & pesquisa médicas de aperfeiçoamento, 244 b e estrada e kolkata do A.J.C. Bose 700.020. lyle.nazmun@gmail.com
  
  
• Essential fatty acid (linoleic acid Γ [rinoren]酸) scarcity horny layer structural functional abnormal inducement
  http://aromahonjin.way-nifty.com/blog/2009/09/post-5981.html
  extracellular lipid membranes: Lipid membrane extracellular outside cell matrix: Substrate the outside cell lipids are delivered to the extracellular space by the secretion of lamellar bodies, which contain phospholipids, glucosylceramides, sphingomyelin, cholesterol and enzymes. in the extracellular space and the lamellar body lipids are metabolized by enzymes to the lipids that form the lamellar membranes. the lipids contained in the lamellar bodies are derived from both epidermal lipid synthesis and extracutaneous sources. inhibition of cholesterol, fatty acid, ceramide, or glucosylceramide synthesis adversely affects lamellar body formation and thereby impairing barrier homeostasis.

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  membranas extracellular do lipido: Matriz exterior extracellular da pilha da membrana do lipido: A carcaça os lipidos exteriores da pilha é entregada ao espaço extracellular pelo secretion dos corpos lamelosos, que contêm phospholipids, glucosylceramides, sphingomyelin, colesterol e enzimas. no espaço extracellular e no corpo lameloso os lipidos são metabolizados por enzimas aos lipidos que dão forma às membranas lamelosas. os lipidos contidos nos corpos lamelosos são derivados da síntese epidérmica do lipido e das fontes extracutaneous. a inibição de colesterol, de ácido gordo, de ceramide, ou de síntese do glucosylceramide afeta adversamente a formação lamelosa do corpo e desse modo a danificação da homeostase da barreira.
  
  
• 過敏性腸症候群治療で食物繊維、鎮痙剤、およびペパーミントオイルの効果
  http://aromahonjin.way-nifty.com/blog/2010/01/post-c6d4.html
  conclusion: fibre, antispasmodics and peppermint oil were all more effective than placebo in the treatment of irritable bowel syndrome.

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  conclusão: a fibra, os antiespasmódicos e o óleo de peppermint eram todos mais eficazes do que o placebo no tratamento da síndrome de entranhas irritable.
  
  
• ローズマリー成分カルノシン酸・カルノソールの内臓脂肪抑制効果
  http://aromahonjin.way-nifty.com/blog/2009/06/post-c9f6.html
  cortical neurons. . Nervous s-alkylation s-[arukiru] conversion here, we found that ca and cs inhibited in vitro differentiation of mouse preadipocytes, 3t3-l1 cells and into adipocytes.

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  neurônios corticais. Conversão nervosa do s do s-alkylation [arukiru] aqui, nós encontramos que o Ca e o Cs inibiram in vitro a diferenciação de preadipocytes do rato, pilhas 3t3-l1 e em adipocytes.
  
  
• ホーリーバジル（トゥラシー）精油主成分オイゲノールのアセチルコリンエステラーゼ阻害作用
  http://aromahonjin.way-nifty.com/blog/2009/04/post-2ada.html
  commercially available essential oils extracted from artemisia dracunculus l., inula graveolens l., lavandula officinalis chaix and ocimum sanctum l. and the components of these oils were screened by the microplate assay method for determining their acetylcholinesterase (ache) inhibitory activity. the composition profiles of the oils were characterized by gas chromatography-mass spectrometry (gc-ms) analysis and the relationships between the oil components and the ache inhibitory activity of the oils were outlined.

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  os óleos essenciais disponíveis no comércio extraídos do dracunculus L. da artemísia, os graveolens L. do inula, o chaix dos officinalis do lavandula e o santuário L. do ocimum e os componentes destes óleos foram selecionados pelo método de ensaio do microplate para determinar sua atividade inhibitory do acetylcholinesterase (dor). os perfis de composição dos óleos foram caracterizados pela análise da espectrometria da cromatografia-massa do gás (gc-Senhora) e os relacionamentos entre os componentes do óleo e a atividade inhibitory da dor dos óleos foram esboçados.