{"title":"Colorantes para Microscopia","description":"","products":[{"product_id":"aceite-de-inmersion","title":"Aceite inmersion","description":"\u003ch3\u003e\u003cspan style=\"font-family: arial, helvetica, sans-serif;\"\u003e¿Para que sirve el aceite de inmersion?\u003c\/span\u003e\u003c\/h3\u003e\u003cp\u003e\u003cspan style=\"font-family: arial, helvetica, sans-serif;\"\u003eEn general el aceite de inmersión sirve para aumentar la resolución de un microscopio mediante la inmersión de la lente objetivo y el espécimen en un aceite transparente de alto índice de refracción. \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;\"\u003e¿Por que usar aceite de inmersion con el objetivo de inmersion?\u003c\/span\u003e\u003c\/h3\u003e\u003cul\u003e\n\u003cli\u003e\u003cspan style=\"font-size: 12px; font-family: arial, helvetica, sans-serif;\"\u003eLos objetivos de mayor aumento, tienen una distancia focal muy pequeña y ademas la primera lente del objetivo es de pequeño diametro.\u003c\/span\u003e\u003c\/li\u003e\n\u003cli\u003e\u003cspan style=\"font-size: 12px; font-family: arial, helvetica, sans-serif;\"\u003eLos rayos que desde la muestra se dirigen al objetivo atraviesan el vidrio del cubreobjeto y al pasar al aire se separan de la normal. Algunos rayos incluso sufren reflexión total en la interfase vidrio-aire\u003c\/span\u003e\u003c\/li\u003e\n\u003cli\u003e\u003cspan style=\"font-size: 12px; font-family: arial, helvetica, sans-serif;\"\u003eSolo llega al microscopio una pequeña parte de la luz que parte de la muestra, con el problema que conlleva para la visión.\u003c\/span\u003e\u003c\/li\u003e\n\u003cli\u003e\u003cspan style=\"font-size: 12px; font-family: arial, helvetica, sans-serif;\"\u003eAl intercalar, entre el objetivo y el cubreobjeto una gota de aceite de cedro, de indice de refracción casi igual al vidrio, los rayos emergentes ya no se apartan de la normal, sino que continuan su camino sin desviación, consiguiendo así que una mayor cantidad de luz llegue al objetivo, mejorando notablemente la visión.\u003c\/span\u003e\u003c\/li\u003e\n\u003c\/ul\u003e\u003ch3\u003e\u003cspan style=\"font-family: arial, helvetica, sans-serif;\"\u003e¿Como se utiliza el aceite de inmersion?\u003c\/span\u003e\u003c\/h3\u003e\u003cspan style=\"font-family: arial, helvetica, sans-serif;\"\u003eSe utiliza colocando una gota en el objetivo para facilitar la visión del microscopio al entrar en contacto con el cubre-objetos. Su falta o secado puede producir una mala visión en el microscopio. Para usos de laboratorio, análisis, investigación y química fina.\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":"Amarillo de eosina","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":"Haematoxylon","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":"Azul 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":"Naranja-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":"Safranina","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":"Methylene Blue","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":"Azul de alanin","description":"\u003cp\u003eAniline Blue WS, también llamada azul de anilina, azul de China o azul soluble, es una mezcla de azul de metilo y azul de agua. También puede ser uno de ellos. Es un colorante soluble utilizado como un colorante biológico, en microscopía de fluorescencia, que aparece un color amarillo-verde después de la excitación con luz violeta. Es una mezcla de trisulfonatos de trifenil rosanilina y de difenil rosanilina.\u003c\/p\u003e\u003cp\u003eEl azul de anilina o sus constituyentes se utilizan para teñir el colágeno, ya que la fibra se tiñe en el tricrómico de Masson, así como para revelar estructuras callosas en los tejidos de las plantas.\u003c\/p\u003e\u003cp\u003eSe puede utilizar en la mancha de tejido conectivo de Mallory y en la mancha tricrómica de Gömöri. Se utiliza en la tinción diferencial.\u003c\/p\u003e\u003cp\u003e\u003cimg alt=\"\" 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%0A03rQTFle\/bz4+lyoZHmYl526XrM6Z1J\/lW22XHy86rAuqZi9+qQdj9X7jPVh5+7W9Vh3DqzrivrZMk9h3tbPqNW50fbFU5Ym9ceqHqpMyumcnKerS1510aIutRKDh\/+pj+46LMri8x3YO2ISxoZ5fspV\/cx69qvls2xWbuZlaXVNsayfneIx9+BiJIfAvG5o5Psfkonqdsj8OPJ8H9fK9CVkj45QlvdKZ296LREuVmD3CuNnxFM\/WtbVYFWXTMp1Z3mxdszeqfGtrkMtjPWypT1Sz9dvkSOPQTsm03Mr96fVtd3HNdPsvOg\/fz7rkH0mAYGf9MclB\/CXYYtR4\/oUs07mYFWJ9wfRJ7P3uo9hy\/Nb0W9xOZqaqrFh+EeY05y+WO8SKuqduH+JWO58LuLWv4xNdiMr29vQNJThPxb3wYZzLrG8mprZnjMo\/Y93ELZBzQUhUzWHWG5bVKrmFNDlWHK\/E\/UVhjRNsudiSP2srG\/BKziV8T5cTS6czwnF6lnGVNPG\/ZA94DdRkTsVKblfw1UrP8i3iV7mJmV+U9P3KBn1CRZu\/9bknBxB6V\/isaTmB9TMOoVfrtrj9YFXPhwmqax9p6U2YXmeTqNk1etwPfmxmP4dypY\/g9yS3yE5+LiPMvWzz17nVfS2MgcZPgjmqbzlMT2fF47FNeI4Xa9jeOFyXR0U28QUvKccv6N1PdCWMuXzMyVHA4xlp99bkzoXUP29iBNbViGv3wuoEe93bUhA4Rx\/9Ukej9X7TOrDA6Na12NtzVKbUpi39TNq631m9ceiHjaXhUk59ZDzzOui77qk50Sv4aNx90YtX4ssi02HMWLkADHHQ27b7LNsVm4m0\/xdU3zWT7NttJC9\/+0yUV1KLipc8nyHiqmyTG\/D5PdqlOVb0tmbX0sUlvvgva5gn3XJUxai\/MZ9hpS5H+MeT71aUaS2c7bbCh\/tUUkFMHkjmmQdkNcps3Nrktbfet\/NzkuI+PwtxcJTj6HcJaadX4TQ1Yvst4kWWgcE\/tIfp0zBjKS+cDj6YPCI3jhQLXo52iy\/zN7beBT7ti5DemRXEeV0RWT6K9jfnL5YrzPiRo1BgkxzHNwfwxIDGC6zvQ1N8AAMH\/Up1r2+BeVmPWJLIYgdHoX8dWtRUC4TQAmW29angO6C8IQxGBXnifh9kOs7+aB6HsV\/wfc+hGmdqw2ppk32w0RL5Poj0bP5UJtqNBzTZtyHcIfYx8HDMOBANeq9VmiWylr0QnympTZhu4zq1XL3uby\/ffbHLJX3ZXFMZdi6Jh2RMhOoMwrpeV\/o6qDYZvM5sHf+m7XnM2W2rYDqbwMq9u3CmvQoOEVPwxmZjrz9xtTlZsdj9b4G89TmlvzVFYsU5m39jNp6n536o9VDv8zWJY\/ZV10y6DECWVMqsKn0jDjtX+KDcylIjf6RNlNl\/lk2KzeTaf6uKT7rZ4B1XSHL9CHcG2xsfizS4kuW+6Bfl7+65CkLmbp\/CAYk3qe0J47uPdH7iFbnbV+HfLRHKWmYcG9P9d+2rteSr303Oy\/y83cBU5TjES+Dh2DCtO4266Q1Q4lcpfTHRsNk9CgjH\/XPGGV2iEC24eiHtNx38dywS\/jw2ceRU35Wm+FPF\/RNexUHnkuA+8MFeCinVK1IHXh87vpqHPCb79liP7zIHs8LODRxm4hcvxc9m9Ha9ACZprJuY1pq0\/MkLzh9sXNugqiPd2HumcfwVJLWa7ga9cZLJ7FJ0fvTtmfdw7Rz\/juKybYCrr8JSi\/Fcx6Vno3XKITV8Zi8L\/iMSX3w5Ye21ZW2fkbb\/Nn2UQ\/bxG5dkmRW10R8VfRnlG7eBNfk+9HX68pt9Vk2K7fW0xpsXVOsdGBdd5ldSwLRQenwr\/r1WvKx72bXWNPrbvsZAgIb6Y87WnAEYi+9h62f+\/tgXsLB3btQJqP6xm+x\/8CwVg+0OMKiMPTofhwSy7jrylG4u0KdYXsbeiGISZ6ICaOAnV\/UewVElttRiCgwJglpE0aINx5C7W1W2w5GZOx5LQX0RdSV7cLug\/5rjiP6H+TAtLY+8b6SjdjYZyhiW0Xbhv0wLb8wDOrXAw73\/0NN1TltWoBMU1m3IS21ZRmJSLgsBNnvVor6WIsPFz+gRcRtKVO7zFJ5d0JwZBQueY7JLzvnv6OYbctQfx29ETX0NPYeOgm3uw5lhbtxUHmvvh76YtyGxfssU5tb+VE7Upi39TNq\/T5rFvWwTcS5DKguiXeIz33aV\/+K7PV3WDzIZ\/VZNqsb3tPq+9u9plgx20YbOAOtO0YdkA6\/A9sjyf712se+m32mDNPcdR9j7cZuGB7bvi6R917ZSX\/c0RwxmLx6Gk7NvUtE3nJUIsLiKd3OiA07i\/ypUQjqvhCnZk5FolcvRghJwOPzv8cTkV0R+ezHCA4LU6fb3obKJR8MUZb7EZJ2p+CVyTHeJ8pqO8qDKxHKNpxJezHllUcQ08lq290QM3kepinpnuPx7EcuhMWa3DIwpn72OpauiF\/XG4teHO\/dYzDbD4eocKnpiFwwCE7lYateSHw8GQcfvh1BzkwUuv6LOMNtIY\/DmMr6tDjlAaaltiyjLoiI\/gaP9RDrUaZrDwAFWKaBMU\/l7XVMyjYtvvZlev61eW1iLDttsmSyregqs\/ory3sqLj8RBWfks\/goOAyxygqM5Sf+bGxD1ifz95nXh45OYa48vKWsP7DPqN\/3WbKoh9pclY9yMrBdlzxkA5AWAYwb3\/q6p5StyWfZrNxgMs3rGmVxTbFio647osdgZuRKxDr9fU3Sou4EoN3p8DuyPZJ8Xa8NnwlY7rvZeWn0muaM34DQRdmY1Ffebmg7Jjei65v8LvawD5C6\/0VlGFt5atksBTfRlcR6SM0uoDIvC7OwENtvsq9nsyrT9U309LKWAYu0nplzZhVmrm5vj5soQKyHdAvgCAERERFxhICIiIgYEBAREZHAgICIiIgYEBAREZFZQOA+hoIs+ROYgX8HtEMo32v1lwFKfu2jg7OKtZWv\/b3RjuWG5kZjZZGWbESf4MWK\/rxfuzJQvhfv5zvr7dexx2e6zz7qeocdo63Pk10+zkmHbicw7T9XvJ5Q27UKCNxVu7Cm5jdQE1G056c5jWxWVFupSLtdn+lfjReS6ynF6w2gXRfDhhIs+sdN6DVvL5qaXKh8Lhxb3voE3omYrj\/tS\/1q9+J\/nX5erqoAGsqr+Lm9OgEhkT1e1wdZOVtSVWq\/KmWVYlFp\/PQpX\/WjCcYUozLlpSE16HeHxfvVX7hS0keu3KumtFTW6y81rPxw20jR67Xvnn3R76d6kfBKr7qzFH9W3tM6zWbzxcSsB+H+2meKV+9jkT3YdThi8rOl\/lNvyp5wgZLuUzkmLcWm33Lyl\/bTuJw+7W8A6zY99zbSqXrXPVlOflIIexHlszkXB+Y\/jRkDld8URHBMGhbPTUKI\/LlQq5SiFqzKwCuNqfzTzr358iZ1q9Uv22nnw1OGjYeQ51m\/Z1ozUe5e5+NKpLTWnyt9OlVdnYvIwIrdFWJJM1Zpoz18f478133JbBunUZwtjsnz2ZbrHf873fmT2zWeK3VeS0p142dBS4fss0xMytj0+iGYfB5a13lt\/01T\/erPT8s6VA2oLJgvrsOyzFdhd0Ubf4acbnleAYF3qspNIkJ2+EmxqE\/5qhtNaJVi9CetU4PefpeIwmvVfAmudzDq\/X\/DdrOfR7aVbtksxahbdBr\/HQtdv0alTDtZ9goyczfg5VajHp70qp+JZR7EpykLsfUez\/b+ZL5PZhyDfKZ4VVTUo\/H+Jahp+g7vxW3BbGNaTTupN92V2DRrPUJzDqvnTklEc9l\/OflL+6kwS\/sr09zaWbf+3PtJqWtSpq3TpAaSQlhmAzuHoVG9W\/WAr20aZovUvaZEfS19G4vDXsG55nLVH40xzWzHp7S2TMmrr3M1S3B\/Yz30mQFamKeNtsV22lmzbfRCQuoQ5Bd9qR5H1ScouDsJCc3nT46QmKWQ9lc+\/spEsnP9MP88VEUb67x2bTK75snzY5Gi2F25GbNWhyLnvAs1S+5DY32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Las propiedades constantes del Entellan asegurarán una calidad de los preparados excelente.\u003c\/p\u003e\u003cp\u003eProduce muestras claras, sin burbujas de aire y con una gran estabilidad del colorante\u003c\/p\u003e\u003ch3\u003ePropiedades la solución Entellan\u003c\/h3\u003e\u003cul\u003e\n\u003cli\u003eCompletamente incoloro y transparente\u003c\/li\u003e\n\u003cli\u003eTiempo de configuración a temperatura ambiente de 20 minutos\u003c\/li\u003e\n\u003cli\u003eNeutralidad ácida \u0026lt; 2.50\u003c\/li\u003e\n\u003cli\u003eÍndice refractivo nd20 de 1.490 a 1.500\u003c\/li\u003e\n\u003cli\u003eRefracción no turbada por la luz diurna o ultravioleta\u003c\/li\u003e\n\u003cli\u003eResistente a altas temperaturas, hasta 90º C\u003c\/li\u003e\n\u003cli\u003eResistencia a bajas temperaturas, hasta -17º C\u003c\/li\u003e\n\u003cli\u003eFluorescencia intrínseca bajo luz ultravioleta \u0026lt; 50 ppb sulfato de quinina\u003c\/li\u003e\n\u003cli\u003eIndiferencia ante compuestos biológicos tales como el carmín, sudan III y la toluidina\u003c\/li\u003e\n\u003cli\u003eDensidad, 20 o\/4°C 0.940 - 0.960\u003c\/li\u003e\n\u003cli\u003eViscosidad \u0026lt; 450 cPa 20°C \u003c\/li\u003e\n\u003cli\u003eSe disuelve en acetona, éter, benzeno, cloroformo, dioxan, tolueno y xyleno\u003c\/li\u003e\n\u003cli\u003eReacción al agua leve, inmiscible en esta\u003c\/li\u003e\n\u003cli\u003ePérdida en el secado de aproximadamente el 75%\u003c\/li\u003e\n\u003c\/ul\u003e\u003ch3\u003eUso de la solución Entellan\u003c\/h3\u003eCubra el objeto con gotas de Entellan de manera que el espacio entre el cristal de cobertura y la muestra quede completamente relleno. El cristal de cobertura debe ser sellado hasta el extremos de sus bordes. El sobrante del agente de sellado se puede remover con un paño humedecido en xyleno. En el caso de preparados histológicos ó citológicos es recomendable usar xyleno en la fase final antes del sellado, de manera que las turbiditas creadas por la acción del alcohol serán evitadas.Como punto de precaución recomendamos que, al igual que otros agentes de sellado, todo trabajo que requiera el uso de Entellan sea usado bajo una campana de humos y en habitaciones bien ventiladas.Vuelva a poner el tapón de la botella inmediatamente después de su uso. Entellan podría volverse viscoso, en este caso se podrá llevar el Entellan al estado líquido deseado mediante el uso de xyleno. 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