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Current File : /home/dna1981/mail/.spam/new/1640094508.M963253P10754.dna.dna-1981.com,S=18464,W=18741
Envelope-to: b.smith@smithfamilycarpets.com
Delivery-date: Tue, 21 Dec 2021 07:48:28 -0600
To: <b.smith@smithfamilycarpets.com>
Date: Tue, 21 Dec 2021 05:47:40 -0800
Message-ID: <6235387481443546235305110451206300@79a0t7ow.metatox.biz>
From: "Escape Type 2 Diabetes" <EscapeType2Diabetes@metatox.biz>
Content-Language: en-us
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Subject:    Feed These Brain Cells And Escape Type 2 Diabetes

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Forget about the COVID vaccine, this is the most important discovery of this century...

While greedy Big Pharma is trying to rapidly push their side effect filled vaccines through the door, with the help of world’s elites and top execs...

These scientists have found the Holy Grail of Type 2 Diabetes.
http://www.metatox.biz/9I6235I104SG3051EJ5120P6300F170W48144354KO392077546.php
A way to send the disease into remission.

FOREVER.

It lowers your blood sugar to healthy levels and escapes you from the type 2 diabetes nightmare.


And it’s all found inside these nanoscopic brain cells...
http://www.metatox.biz/10J6235L104BP3051JM5120Q6300A170I48144354LF392077546.php
So if you or one of your loved ones need this, forget about anything else and see their findings, while the servers are still live.

DO IT NOW while Big Pharma is too busy profiteering from other sources.

It will be too late when these money dogs set their eyes on it.











http://www.metatox.biz/11H6235X104EK3051HL5120R6300C170N48144354YS392077546.html










The roots of a tree serve to anchor it to the ground and gather water and nutrients to transfer to all parts of the tree. They are also used for reproduction, defence, survival, energy storage and many other purposes. The radicle or embryonic root is the first part of a seedling to emerge from the seed during the process of germination. This develops into a taproot which goes straight downwards. Within a few weeks lateral roots branch out of the side of this and grow horizontally through the upper layers of the soil. In most trees, the taproot eventually withers away and the wide-spreading laterals remain. Near the tip of the finer roots are single cell root hairs. These are in immediate contact with the soil particles and can absorb water and nutrients such as potassium in solution. The roots require oxygen to respire and only a few species such as mangroves and the pond cypress (Taxodium ascendens) can live in permanently waterlogged soil.[49] In the soil, the roots encounter the hyphae of fungi. Many of these are known as mycorrhiza and form a mutualistic relationship with the tree roots. Some are specific to a single tree species, which will not flourish in the absence of its mycorrhizal associate. Others are generalists and associate with many species. The tree acquires minerals such as phosphorus from the fungus, while the fungus obtains the carbohydrate products of photosynthesis from the tree.[50] The hyphae of the fungus can link different trees and a network is formed, transferring nutrients and signals from one place to another.[51] The fungus promotes growth of the roots and helps protect the trees against predators and pathogens. It can also limit damage done to a tree by pollution as the fungus accumulate heavy metals within its tissues.[52] Fossil evidence shows that roots have been associated with mycorrhizal fungi since the early Paleozoic, four hundred million years ago, when the first vascular plants colonised dry land.[53] Buttress roots of the kapok tree (Ceiba pentandra) Some trees such as Alder (Alnus species) have a symbiotic relationship with Frankia species, a filamentous bacterium that can fix nitrogen from the air, converting it into ammonia. They have actinorhizal root nodules on their roots in which the bacteria live. This process enables the tree to live in low nitrogen habitats where they would otherwise be unable to thrive.[54] The plant hormones called cytokinins initiate root nodule formation, in a process closely related to mycorrhizal associatio







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