{"title":"Colorants pour microscopie","description":"","products":[{"product_id":"aceite-de-inmersion","title":"Huile à immersion","description":"\u003ch3\u003e\u003cspan style=\"font-family: arial, helvetica, sans-serif;\"\u003eÀ quoi sert l'huile à immersion ?\u003c\/span\u003e\u003c\/h3\u003e\u003cp\u003e\u003cspan style=\"font-family: arial, helvetica, sans-serif;\"\u003eEn général, l'huile à immersion sert à augmenter la résolution d'un microscope en immergeant la lentille de l'objectif et le spécimen dans une huile transparente à haut indice de réfraction. \u003c\/span\u003e\u003c\/p\u003e\u003cp\u003e\u003cspan style=\"font-family: arial, helvetica, sans-serif;\"\u003e \u003c\/span\u003e\u003c\/p\u003e\u003ch3\u003e\u003cspan style=\"font-family: arial, helvetica, sans-serif;\"\u003ePourquoi utiliser de l'huile à immersion avec l'objectif à immersion ?\u003c\/span\u003e\u003c\/h3\u003e\u003cul\u003e\n\n\u003cli\u003e\u003cspan style=\"font-size: 12px; font-family: arial, helvetica, sans-serif;\"\u003eLes objectifs à fort grossissement ont une distance focale très courte et la première lentille de l'objectif est de petit diamètre.\u003c\/span\u003e\u003c\/li\u003e\n\n\u003cli\u003e\u003cspan style=\"font-size: 12px; font-family: arial, helvetica, sans-serif;\"\u003eLes rayons qui se dirigent de l'échantillon vers l'objectif traversent le verre de la lamelle et, en passant dans l'air, s'écartent de la normale. Certains rayons subissent même une réflexion totale à l'interface verre-air.\u003c\/span\u003e\u003c\/li\u003e\n\n\u003cli\u003e\u003cspan style=\"font-size: 12px; font-family: arial, helvetica, sans-serif;\"\u003eSeule une petite partie de la lumière provenant de l'échantillon atteint le microscope, ce qui pose un problème pour la vision.\u003c\/span\u003e\u003c\/li\u003e\n\n\u003cli\u003e\u003cspan style=\"font-size: 12px; font-family: arial, helvetica, sans-serif;\"\u003eEn intercalant, entre l'objectif et la lamelle, une goutte d'huile à immersion, dont l'indice de réfraction est presque identique à celui du verre, les rayons émergents ne s'écartent plus de la normale, mais poursuivent leur trajet sans déviation, permettant ainsi à une plus grande quantité de lumière d'atteindre l'objectif, améliorant notablement la vision.\u003c\/span\u003e\u003c\/li\u003e\n\n\n\u003c\/ul\u003e\u003ch3\u003e\u003cspan style=\"font-family: arial, helvetica, sans-serif;\"\u003eComment utilise-t-on l'huile à immersion ?\u003c\/span\u003e\u003c\/h3\u003e\u003cspan style=\"font-family: arial, helvetica, sans-serif;\"\u003eOn l'utilise en déposant une goutte sur l'objectif pour faciliter la vision au microscope lorsqu'elle entre en contact avec la lamelle. Son absence ou son séchage peut nuire à la qualité de l'observation au microscope. Pour des usages en laboratoire, analyse, recherche et chimie fine.\u003c\/span\u003e \u003cspan style=\"font-family: arial, helvetica, sans-serif;\"\u003e\u003cbr\u003e\u003c\/span\u003e\u003cspan\u003e\u003cbr\u003e\u003c\/span\u003e","brand":"Euromex Holland","offers":[{"title":"Default Title","offer_id":50117422514499,"sku":"PB.5255","price":9.0,"currency_code":"EUR","in_stock":true}],"thumbnail_url":"\/\/cdn.shopify.com\/s\/files\/1\/0900\/3440\/5699\/files\/15912.jpg?v=1731580432"},{"product_id":"amarillo-de-eosina-para-coloracion-superficial","title":"Jaune d'éosine","description":"","brand":"Euromex Holland","offers":[{"title":"Default Title","offer_id":50117423006019,"sku":"PB.5283","price":17.0,"currency_code":"EUR","in_stock":true}],"thumbnail_url":"\/\/cdn.shopify.com\/s\/files\/1\/0900\/3440\/5699\/files\/15914.jpg?v=1731580438"},{"product_id":"haematoxylon-segun-el-metodo-ehrlich-para-coloracion-de-nucleo-de-tejidos-animales","title":"Hématoxyle","description":"","brand":"Euromex Holland","offers":[{"title":"Default Title","offer_id":50117423169859,"sku":"PB.5286","price":17.0,"currency_code":"EUR","in_stock":true}],"thumbnail_url":"\/\/cdn.shopify.com\/s\/files\/1\/0900\/3440\/5699\/files\/17266.jpg?v=1731580441"},{"product_id":"azul-astra-para-coloracion-de-vegetales-utilizar-con-coloracion-de-safranine","title":"Bleu Astra","description":"","brand":"Euromex Holland","offers":[{"title":"Default Title","offer_id":50117424677187,"sku":"PB.5289","price":17.0,"currency_code":"EUR","in_stock":true}],"thumbnail_url":"\/\/cdn.shopify.com\/s\/files\/1\/0900\/3440\/5699\/files\/15916.jpg?v=1731580444"},{"product_id":"naranja-g-para-coloracion-al-azan-de-tejidos-animales","title":"Orange-G","description":"","brand":"Euromex Holland","offers":[{"title":"Default Title","offer_id":50117429199171,"sku":"PB.5292","price":17.0,"currency_code":"EUR","in_stock":true}],"thumbnail_url":"\/\/cdn.shopify.com\/s\/files\/1\/0900\/3440\/5699\/files\/17267.jpg?v=1731580446"},{"product_id":"safranina-para-coloracion-de-vegetales-utilizar-con-el-azul-astra","title":"Safranine","description":"","brand":"Euromex Holland","offers":[{"title":"Default Title","offer_id":50117429592387,"sku":"PB.5295","price":17.0,"currency_code":"EUR","in_stock":true}],"thumbnail_url":"\/\/cdn.shopify.com\/s\/files\/1\/0900\/3440\/5699\/files\/15918.jpg?v=1731580449"},{"product_id":"methylene-blue-25ml","title":"Bleu de méthylène","description":"","brand":"Euromex Holland","offers":[{"title":"Default Title","offer_id":50117429788995,"sku":"PB.5297","price":17.0,"currency_code":"EUR","in_stock":true}],"thumbnail_url":"\/\/cdn.shopify.com\/s\/files\/1\/0900\/3440\/5699\/files\/15919.jpg?v=1731580452"},{"product_id":"azul-de-alanin-utilizar-como-tercer-colorante-para-coloracion-al-azan","title":"Bleu d'alanine","description":"\u003cp\u003eLe bleu d'aniline hydrosoluble (WS), également appelé bleu d'aniline, bleu de Chine ou bleu soluble, est un mélange de bleu de méthyle et de bleu d'eau. Il peut également s'agir de l'un de ces deux composants. C'est un colorant hydrosoluble utilisé comme colorant biologique en microscopie à fluorescence, qui apparaît d'une couleur jaune-vert après excitation par une lumière violette. Il s'agit d'un mélange de trisulfonates de triphénylrosaniline et de diphénylrosaniline.\u003c\/p\u003e\u003cp\u003eLe bleu d'aniline ou ses constituants sont utilisés pour colorer le collagène, car la fibre est teintée dans le trichrome de Masson, ainsi que pour révéler les structures calleuses dans les tissus végétaux.\u003c\/p\u003e\u003cp\u003eIl peut être utilisé dans la coloration du tissu conjonctif de Mallory et dans la coloration trichrome de Gömöri. Il est utilisé dans la coloration différentielle.\u003c\/p\u003e\u003cp\u003e\u003cimg alt=\"\" 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%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Il peut être utilisé sur n'importe quelle préparation microscopique déshydratée.\u003c\/p\u003e\u003cp\u003e\u003cspan class=\"azulita\"\u003eLes échantillons préparés pourront être archivés pendant des années sans subir de changements de couleur\u003c\/span\u003e. Les propriétés constantes de l'Entellan garantiront une excellente qualité des préparations.\u003c\/p\u003e\u003cp\u003eIl produit des échantillons clairs, sans bulles d'air et avec une grande stabilité du colorant\u003c\/p\u003e\u003ch3\u003ePropriétés de la solution Entellan\u003c\/h3\u003e\u003cul\u003e\n\n\u003cli\u003eComplètement incolore et transparent\u003c\/li\u003e\n\n\u003cli\u003eTemps de prise à température ambiante de 20 minutes\u003c\/li\u003e\n\n\u003cli\u003eNeutralité acide \u0026lt; 2,50\u003c\/li\u003e\n\n\u003cli\u003eIndice de réfraction nd20 de 1,490 à 1,500\u003c\/li\u003e\n\n\u003cli\u003eRéfraction non perturbée par la lumière du jour ou ultraviolette\u003c\/li\u003e\n\n\u003cli\u003eRésistant aux hautes températures, jusqu'à 90 ºC\u003c\/li\u003e\n\n\u003cli\u003eRésistance aux basses températures, jusqu'à -17 ºC\u003c\/li\u003e\n\n\u003cli\u003eFluorescence intrinsèque sous lumière ultraviolette \u0026lt; 50 ppb de sulfate de quinine\u003c\/li\u003e\n\n\u003cli\u003eIndifférence vis-à-vis des composés biologiques tels que le carmin, le Soudan III et la toluidine\u003c\/li\u003e\n\n\u003cli\u003eDensité, 20 o\/4 °C 0,940 - 0,960\u003c\/li\u003e\n\n\u003cli\u003eViscosité \u0026lt; 450 cPa 20 °C \u003c\/li\u003e\n\n\u003cli\u003eSe dissout dans l'acétone, l'éther, le benzène, le chloroforme, le dioxane, le toluène et le xylène\u003c\/li\u003e\n\n\u003cli\u003eRéaction légère à l'eau, non miscible dans celle-ci\u003c\/li\u003e\n\n\u003cli\u003ePerte au séchage d'environ 75 %\u003c\/li\u003e\n\n\n\u003c\/ul\u003e\u003ch3\u003eUtilisation de la solution Entellan\u003c\/h3\u003eCouvrez l'objet avec des gouttes d'Entellan de manière à ce que l'espace entre la lamelle couvre-objet et l'échantillon soit complètement rempli. La lamelle couvre-objet doit être scellée jusqu'aux extrémités de ses bords. L'excédent d'agent de scellage peut être éliminé avec un chiffon humidifié au xylène. Dans le cas de préparations histologiques ou cytologiques, il est recommandé d'utiliser du xylène lors de la phase finale avant le scellage, afin d'éviter les turbidités créées par l'action de l'alcool. Par mesure de précaution, nous recommandons que, comme pour les autres agents de scellage, tout travail nécessitant l'utilisation d'Entellan soit effectué sous une hotte aspirante et dans des pièces bien ventilées. Replacez le bouchon de la bouteille immédiatement après usage. L'Entellan pourrait devenir visqueux ; dans ce cas, il est possible de ramener l'Entellan à l'état liquide souhaité à l'aide de xylène. 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Comprenant 22 pièces d'équipement allant des colorants aux pinces en passant par une pipette, notre kit de préparation est tout ce dont vous avez besoin pour commencer à conserver et à observer des échantillons de votre environnement naturel.\u003c\/p\u003e\n\u003cp\u003e\u003cb\u003eCaractéristiques :\u003c\/b\u003e\u003c\/p\u003e\n\u003cul\u003e\n\n\u003cli\u003eKit de préparation de 22 lames\u003c\/li\u003e\n\n\u003cli\u003eInclut des poudres de coloration à l'éosine et au bleu de méthylène, des pinces, un écouvillon, 5 lames et lamelles vierges, 5 lames préparées, des étiquettes d'identification, un microtome, une boîte de Pétri, un cure-dent, un agitateur, un flacon et des lingettes Kimwipes.\u003c\/li\u003e\n\n\u003cli\u003eLes colorants sont fournis sous forme de poudre concentrée\u003c\/li\u003e\n\n\u003cli\u003ePoids de l'expédition : 1 lb\u003c\/li\u003e\n\n\n\u003c\/ul\u003e\n\u003cp\u003e \u003c\/p\u003e\n\u003cp\u003e\u003cb\u003eListe de colisage :\u003c\/b\u003e\u003c\/p\u003e\n\u003cul\u003e\n\n\u003cli\u003e1 Flacon d'éosine\u003c\/li\u003e\n\n\u003cli\u003e1 Flacon de bleu de méthylène\u003c\/li\u003e\n\n\u003cli\u003e1 Pinces\u003c\/li\u003e\n\n\u003cli\u003e1 Écouvillon\u003c\/li\u003e\n\n\u003cli\u003e5 Lames et lamelles vierges\u003c\/li\u003e\n\n\u003cli\u003e5 Lames préparées\u003c\/li\u003e\n\n\u003cli\u003e1 Jeu d'étiquettes d'identification\u003c\/li\u003e\n\n\u003cli\u003e1 Boîte de Pétri\u003c\/li\u003e\n\n\u003cli\u003e1 Cure-dent\u003c\/li\u003e\n\n\u003cli\u003e1 Agitateur\u003c\/li\u003e\n\n\u003cli\u003e1 Flacon\u003c\/li\u003e\n\n\u003cli\u003e1 Jeu de Kimwipes\u003c\/li\u003e\n\n\u003cli\u003e1 Pipette\u003c\/li\u003e\n\n\u003cli\u003e1 Microtome\u003c\/li\u003e\n\n\n\u003c\/ul\u003e","brand":"Euromex Holland","offers":[{"title":"Default Title","offer_id":53358211760451,"sku":"SP-14-3PL","price":35.0,"currency_code":"EUR","in_stock":true}],"thumbnail_url":"\/\/cdn.shopify.com\/s\/files\/1\/0900\/3440\/5699\/files\/71pD9oLzgPL._SL1500.jpg?v=1750778541"}],"thumbnail_url":"\/\/cdn.shopify.com\/s\/files\/1\/0900\/3440\/5699\/collections\/600.jpg?v=1735984988","url":"https:\/\/tiendamicroscopios.com\/fr\/collections\/colorantes-para-microscopia.oembed","provider":"Tiendamicroscopios","version":"1.0","type":"link"}