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Gaming TV Redmi Gaming TV X Pro

26.10.2022

Chinese tech giant Xiaomi has announced a new Redmi Gaming TV X Pro smart TV.

The device comes in 65-inch and 75-inch versions, which are priced at 2999 yuan ($414) and 4299 yuan ($595), respectively.

Redmi Gaming TV X Pro gaming TVs are characterized by a resolution of 3840 x 2160 pixels, DCI-P3 94% wide color gamut, 1.07 billion colors, support for Dolby Vision and Dolby Atmos, a refresh rate of 120 Hz and MEMC 120 Hz.

The devices are equipped with a split backlight in hardware that can adjust the brightness at the level of 4096 and supports variable refresh rate (VRR). Variable Refresh Rate intelligently matches the screen refresh rate to the game's frame rate to prevent tearing.

When the TV detects that a game has started, Low Latency Mode (ALLM) is automatically activated. Equally, unneeded features are disabled and game display latency is optimized.

Redmi Gaming TV X Pro is equipped with a 4-core A73 chip, 3 GB of RAM, 32 GB of internal memory. The new product has passed AMD FreeSync Premium professional gaming certification and is suitable for use with consoles, PCs and handheld devices.

Redmi Gaming TV X Pro supports cloud gaming, allowing users to play more than 40 game masterpieces without downloading thanks to the cooperation between Redmi and Migu Kuaiyou. For interfaces, the TV is equipped with HDMI 2.1, HDMI 2.02, USB 2.02, network cable port, AV input port, S/PDIF coaxial interface and antenna interface.

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Antibiotics interfere with childhood vaccinations 20.05.2022

The level of vaccine antibodies in young children is lower if they were given antibiotics at the time of vaccination.

Children receive (if they receive) their first vaccinations in their first six months of life, but if the child is not lucky and has caught some kind of infection, then antibiotics are also waiting for him. Rochester Central Hospital Research Institute and Rochester Institute of Technology researchers have been comparing vaccine responses in children aged six months to one year for ten years: some of them received antibiotics, some did not. There were four types of vaccines: combined against diphtheria, tetanus and whooping cough, against poliomyelitis, against pneumococci and against Haemophilus influenzae.

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The type of antibiotics and duration of use also played a role. Broad-spectrum antibiotics lowered vaccine antibody levels more than specific-target antibiotics; and if the treatment was extended for ten days, then this affected vaccine immunity worse than when antibiotics were given only five days (in general, a five-day course of antibiotics had almost no effect on the level of antibodies).

Antibiotics kill not only harmful bacteria, but also beneficial symbionts in the intestinal microflora. And the microflora, as we already know well, is needed not only for proper digestion - it actively interacts with the immune system, helping to calibrate immune reactions, helping the immune system learn to distinguish its own from others, harmful microbes from harmless ones. Obviously, due to losses in the microflora after a course of antibiotics, children's immunity cannot respond effectively enough to the vaccine.

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