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3        <title>Newsletter</title>
6<div style="margin-left: 40px;"><a href="http://nitrileanball.us/sbJyTRjQIp_Tt5Xwi-I3axXIpD1A-YI3L2tHGixLnpKXvgOw"><img src="http://nitrileanball.us/a5fd3d1f83456a7bb9.jpg" /><img height="1" src="http://www.nitrileanball.us/0NBI2xb4bDVQiBptoPxhpCmIystHY-O5st-uozzh_bvlHfRp" width="1" /></a></div>
8<div style="width: 600px; font-size: 17px; font-family: arial; padding: 15px; border: 2px solid rgb(0, 128, 255); margin-left: 40px;">New shocking report shows that Tv, Phone, and computer screens aren&rsquo;t the ones killing your vision.<br />
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12Are you worried about this?<br />
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14The smog over your favorite city?<br />
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16No this isn&rsquo;t another story about how we have &ldquo;10 years left to fix our climate.&rdquo;<br />
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18<strong>It&rsquo;s specifically about YOU.</strong><br />
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20Why?<br />
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22You see... pollution causes a chemical imbalance in your body.<br />
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24And over time if you don&rsquo;t correct the imbalance, it starts tearing at important parts of your body.<br />
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26<strong>The irreplaceable parts&hellip;</strong><br />
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28And in this case, it&#39;s your eyes. Your life saving vision. The critical thing that makes you non dependable of others.<br />
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30<a href="http://nitrileanball.us/N2enj2CDOG9Fn4tUiUxZjKoxZZuug3TMHRGX5277sDaabs48" rel="sponsored" target="blank"><strong><span style="color:#FF0000;">To see what I&rsquo;m talking about, go here.</span></strong></a><br />
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32I promise, you won&rsquo;t be disappointed.<br />
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34You&rsquo;ll discover the truth about reversing your eyesight.<br />
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36It&rsquo;s truly amazing...<br />
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69<p style="margin-left: 40px;">&nbsp;</p>
71<div style="margin-left: 40px;"><a href="http://nitrileanball.us/hpRIgZziZS8ho-EQtarZpnQIquf5maLqWawvS-2MT9q5HrMY" rel="sponsored" target="blank"><img src="http://nitrileanball.us/3139da4d74446aa512.jpg" /></a><br />
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75<div style="color: rgb(255, 255, 255); font-size: 5px; margin-left: 40px;"><i>ochory (by bats), malacochory (by molluscs, mainly terrestrial snails), ornithochory (by birds) and saurochory (by non-bird sauropsids). Zoochory can occur in more than one phase, for example through diploendozoochory, where a primary disperser (an animal that ate a seed) along with the seeds it is carrying is eaten by a predator that then carries the seed further before depositing it. Humans Epizoochory in Bidens tripartita; the seeds have attached to the clothes of a human. File:Human-Mediated-Dispersal-of-Seeds-by-the-Airflow-of-Vehicles-pone.0052733.s001.ogvPlay media Seed dispersal by a car Dispersal by humans (anthropochory) used to be seen as a form of dispersal by animals. Its most widespread and intense cases account for the planting of much of the land area on the planet, through agriculture. In this case, human societies form a long-term relationship with plant species, and create conditions for
76 their grohanism of many shrubs of the southern hemisphere or understorey herbs of the northern hemisphere. Seeds of myrmecochorous plants have a lipid-rich attachment called the elaiosome, which attracts ants. Ants carry such seeds into their colonies, feed the elaiosome to their larvae and discard the otherwise intact seed in an underground chamber. Myrmecochory is thus a coevolved mutualistic relationship between plants and seed-disperser ants. Myrmecochory has independently evolved at least 100 times in flowering plants and is estimated to be present in at least 11 000 species, but likely up to 23 000 or 9% of all species of flowering plants. Myrmecochorous plants are most frequent in the fynbos vegetation of the Cape Floristic Region of South Africa, the kwongan vegetation and other dry habitat types of Australia, dry forests and grasslands of the Mediterranean region and northern temperate forests of western Eurasia and eastern North America, where up to 30&ndash;40% of underst
77 orey herbs are myrmecochorous. Speed dispersal by ants is a mutualistic relationship and benefits both the ant and the plant. Seed predators, which include many rodents (such as squirrels) and some birds (such as jays) may also disperse seeds by hoarding the seeds in hidden caches. The seeds in caches are usually well-protected from other seed predators and if left uneaten will grow into new plants. In addition, rodents may also disperse seeds via seed spitting due to the presence of secondary metabolites in ripe fruits. Finally, seeds may be secondarily dispersed from seeds deposited by primary animal dispersers, a process known as diplochory. For example, dung beetles are known to disperse seeds from clumps of feces in the process of collecting dung to feed their larvae. Other types of zoochory are chiropter</i></div>
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