<caption><image_12>The image is a photograph of a city skyline at sunset. The sky is a beautiful orange and pink color, with the sun setting behind the buildings. The buildings are tall and modern, with a mix of different styles and shapes. The sun is shining brightly in the center of the image, creating a warm glow that illuminates the skyline. The water in the foreground is calm and reflects the colors of the sky. The image is accompanied by a red banner with the text "Dr. Responde: Fotoprotección" and a logo for the website "Doctor en Casa".</caption><transcript><audio_13> nuestra piel son la radiación ultravioleta uva y la radiación ultravioleta uvb ambas pueden ser perjudiciales la diferencia entre ellas está en la capacidad de penetración que tienen en nuestra piel</transcript><transcript><audio_14> que los rayos UVB inciden en las primeras capas de la dermis, originando quemaduras, la radiación UVA afecta a las capas más profundas y puede provocar fotoenvejecimiento, fotoenvejecimiento prematuro de la piel.</transcript><transcript><audio_15> y lo más temido cáncer a la piel la radiación infrarroja se trata de un calor seco que puesto que no aumenta la temperatura superficial de la piel no lo sentimos y por lo tanto no somos conscientes</transcript><transcript><audio_16> del daño que nos está produciendo. Sin embargo, es la radiación que penetra más profundo en la piel. Como consecuencia, de a largo plazo y sumada a la radiación ultravioleta, puede ser muy perjudicial.</transcript><transcript><audio_17> de las respuestas inmunes en nuestra piel originando alergia al sol o también un aumento de los daños en nuestro ADN, el ADN de nuestras células que son el origen del cáncer. Hay</transcript> our skin are the ultraviolet radiation uva and the ultraviolet reaction uv b b both can be harmful the difference between  they are in  the penetration capacity they have of our skin while the vb100 rays in the first layers of the dermis causing burns, the uv-b radiation affects the deeper layers and can cause photoaging, premature photoaging of the skin, DNA alterations and the most  feared skin cancer, infrared radiation is a dry heat that, since it does not increase the surface temperature of the skin, we do not feel it and therefore we are not aware of the damage that is not occurring without  However, it is the radiation that penetrates deeper into the skin as a consequence and in the long term and added to the ultraviolet radiation it can generate, it can be very harmful, producing alterations in the immune responses in our skin, causing allergy to the sun or also an increase in damage.  in our dna of the dna in our cells that are the origin of cancer to this
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