[47763] in linux-announce channel archive
Your hair will not stop growing
daemon@ATHENA.MIT.EDU (This nutrient)
Sat Mar 1 12:39:36 2025
Date: Sat, 1 Mar 2025 18:39:34 +0100
From: "This nutrient" <Thinninghair@biowave.sa.com>
Reply-To: "This nutrient" <Thinninghair@biowave.sa.com>
To: <linuxch-announce.discuss@charon.mit.edu>
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Your hair will not stop growing
http://biowave.sa.com/rxEaQhdGA_scb5lFwSoD5kq5gSO9cZ7GhzmMUdLwKDuGiAYvwA
http://biowave.sa.com/XdinhDkk6gXD2duf8_kbnLle-GnW14KNoxNVz4prGmxr641tWQ
ssil record of roots—or rather, infilled voids where roots rotted after death—spans back to the late Silurian, about 430 million years ago. Their identification is difficult, because casts and molds of roots are so similar in appearance to animal burrows. They can be discriminated using a range of features. The evolutionary development of roots likely happened from the modification of shallow rhizomes (modified horizontal stems) which anchored primitive vascular plants combined with the development of filamentous outgrowths (called rhizoids) which anchored the plants and conducted water to the plant from the soil.
Environmental interactions
Coralloid roots of Cycas revoluta
Light has been shown to have some impact on roots, but it's not been studied as much as the effect of light on other plant systems. Early research in the 1930s found that light decreased the effectiveness of Indole-3-acetic acid on adventitious root initiation. Studies of the pea in the 1950s shows that lateral root formation was inhibited by light, and in the early 1960s researchers found that light could induce positive gravitropic responses in some situations. The effects of light on root elongation has been studied for monocotyledonous and dicotyledonous plants, with the majority of studies finding that light inhibited root elongation, whether pulsed or continuous. Studies of Arabidopsis in the 1990s showed negative phototropism and inhibition of the elongation of root hairs in light sensed by phyB.
Certain plants, namely Fabaceae, form root nodules in order to associate and form a symbiotic relationship with nitrogen-fixing bacteria called rhizobia. Owing to the high ener
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<div style="font-size:18px;font-family:'Roboto','Roboto','Oxygen','Ubuntu','Cantarell','Fira Sans','Droid Sans','Helvetica Neue',sans-serif;width:600px;padding:10px;">When it comes to hair loss, many men believe, "This happens to other unlucky folks, not me."<br />
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But the truth is, hair loss can affect anyone.<br />
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Approximately 85% of men will experience significant hair loss by the time they reach 50, with 25% facing it by the age of 30.<br />
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And when it happens, it's tough to handle.<br />
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Women don't see you the same way they used to...<br />
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You don't see yourself the same way either.<br />
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Suddenly feelings of unattractiveness, appearing older than your years, and self-doubt start setting in.<br />
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If you find yourself in this position then you have to try this solution, because it may very well save the little hair you have left and even grow back lost strands.<br />
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It only takes 2 ingredients and all you have to do is mix them with your shampoo.<br />
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Gently massage the scalp and let it set in for 1 minute before rinsing out with water.<br />
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<a href="http://biowave.sa.com/rxEaQhdGA_scb5lFwSoD5kq5gSO9cZ7GhzmMUdLwKDuGiAYvwA" target="blank"><b>If you follow the steps to the letter in this short video, you'll start seeing results in less than 2 months.</b></a><br />
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<a href="http://biowave.sa.com/rxEaQhdGA_scb5lFwSoD5kq5gSO9cZ7GhzmMUdLwKDuGiAYvwA" target="blank"><img alt=" " src="http://biowave.sa.com/6f1b1baf5e1eecba99.jpg" /></a><br />
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<div style="color:#FFFFFF;font-size:10px;">ssil record of roots—or rather, infilled voids where roots rotted after death—spans back to the late Silurian, about 430 million years ago. Their identification is difficult, because casts and molds of roots are so similar in appearance to animal burrows. They can be discriminated using a range of features. The evolutionary development of roots likely happened from the modification of shallow rhizomes (modified horizontal stems) which anchored primitive vascular plants combined with the development of filamentous outgrowths (called rhizoids) which anchored the plants and conducted water to the plant from the soil. Environmental interactions Coralloid roots of Cycas revoluta Light has been shown to have some impact on roots, but it's not been studied as much as the effect of light on other plant systems. Early research in the 1930s found that light decreased the effectiveness of Indole-3-acetic acid on adventitious root initiation. Studies of the pea in the 1950s shows that lateral root formation was inhibited by light, and in the early 1960s researchers found that light could induce positive gravitropic responses in some situations. The effects of light on root elongation has been studied for monocotyledonous and dicotyledonous plants, with the majority of studies finding that light inhibited root elongation, whether pulsed or continuous. Studies of Arabidopsis in the 1990s showed negative phototropism and inhibition of the elongation of root hairs in light sensed by phyB. Certain plants, namely Fabaceae, form root nodules in order to associate and form a symbiotic relationship with nitrogen-fixing bacteria called rhizobia. Owing to the high ener</div>
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