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Strategies & Market Trends : 2026 TeoTwawKi ... 2032 Darkest Interregnum -- Ignore unavailable to you. Want to Upgrade?

To: TobagoJack who wrote (176054)	8/10/2021 4:04:43 AM
From: Haim R. Branisteanu	1 Recommendation Recommended By marcher Respond to of 218881

My vaccination expire in September this is crazy why get a vaccine from the same unsuccessful manufacturer, had no side effects but why triple up had two shoots. New vaccines are in development work differently and all natural is much better I do have the mix and think it works. By September we will have pomegranates this is a supper supper vaccine if combined with D3 - 8000 U and full 1/2 lemon 1 apple 1 red beetroot 1/2 carrot done in blender then mixed with milk and honey and forgot the ginger 1 oz raw Two half cups a day keeps the doctor away and lowers blood pressure too. NO is a virus killer and and blood pressure lower. NO is plenty generated by red beetroot. See Royal Society of Chemistry 2021-12-4740 pubs.rsc.org The generation of reactive oxygen species (ROS) and reactive nitrogen species (RNS) as “unconventional” therapeutics with precise spatiotemporal control by using light stimuli may open entirely new horizons for innovative therapeutic modalities. Among ROS and RNS, peroxynitrite (ONOO-) plays a dominant role in chemistry and biology in view of its potent oxidizing power and cytotoxic action. We have designed and synthesized a molecular hybrid based on benzophenothiazine as a red light-harvesting antenna joined to an N-nitroso appendage through a flexible spacer. Single photon red light excitation of this molecular construct triggers the release of nitric oxide (?NO) and simultaneously produces superoxide anions (O2?-). The diffusion-controlled reaction between these two radical species generates ONOO-, as confirmed by the use of fluorescein-boronate as a highly selective chemical probe. Besides, the red fluorescence of the hybrid allows its tracking in different types of cancer cells where it is well-tolerated in the dark but induces remarkable cell mortality under irradiation with red light in a very low concentration range, with very low light doses (ca. 1 J cm-2). This ONOO- generator activatable by highly biocompatible and tissue penetrating single photon red light can open up intriguing prospects in biomedical research, where precise and spatiotemporally controlled concentrations of ONOO- are required.