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Current File : /home/dna1981/mail/cur/1587311329.M744212P30903.dna.dna-1981.com,S=13516,W=13731:2,
Envelope-to: sales@thelogomasters.com
Delivery-date: Sun, 19 Apr 2020 09:48:49 -0600
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Content-Type: multipart/alternative; boundary="6517a1bf33f74e3a274242104a6967af_5197_476e"
Date: Sun, 19 Apr 2020 11:47:58 -0400
From: "**BNF - Coronavirus**" <BNFCoronavirus@heartgov.buzz>
Reply-To: "**BNF - Coronavirus**" <**BNFCoronavirus**@heartgov.buzz>
To: <sales@thelogomasters.com>
Message-ID: <2dz16l89hl6otkk1-dlzailacq0f703ah-5197-476e@heartgov.buzz>
 
 Content preview:  Urgent Coronavirus Video http://heartgov.buzz/XkOYitLj1S-oDKAwijHdJLJUew5HPL1GdxRGjyfvSc9l-EvS
    http://heartgov.buzz/4riCRb_gLITHkZVyglpwRruuAe3JNTd9txSPo4CFaqmvJ038 
 
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Subject:    Urgent Coronavirus Video

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Urgent Coronavirus Video

http://heartgov.buzz/XkOYitLj1S-oDKAwijHdJLJUew5HPL1GdxRGjyfvSc9l-EvS

http://heartgov.buzz/4riCRb_gLITHkZVyglpwRruuAe3JNTd9txSPo4CFaqmvJ038

avity is the primary obstacle to flight. Because it is impossible for any organism to have a density as low as that of air, flying animals must generate enough lift to ascend and remain airborne. One way to achieve this is with wings, which when moved through the air generate an upward lift force on the animal's body. Flying animals must be very light to achieve flight, the largest living flying animals being birds of around 20 kilograms. Other structural adaptations of flying animals include reduced and redistributed body weight, fusiform shape and powerful flight muscles; there may also be physiological adaptations. Active flight has independently evolved at least four times, in the insects, pterosaurs, birds, and bats. Insects were the first taxon to evolve flight, approximately 400 million years ago (mya), followed by pterosaurs approximately 220 mya, birds approximately 160 mya, then bats about 60 mya.[better source needed]

Gliding
Main article: Flying and gliding animals
Rather than active flight, some (semi-) arboreal animals reduce their rate of falling by gliding. Gliding is heavier-than-air flight without the use of thrust; the term "volplaning" also refers to this mode of flight in animals. This mode of flight involves flying a greater distance horizontally than vertically and therefore can be distinguished from a simple descent like a parachute. Gliding has evolved on more occasions than active flight. There are examples of gliding animals in several major taxonomic classes such as the invertebrates (e.g., gliding ants), reptiles (e.g., banded flying snake), amphibians (e.g., flying frog), mammals (e.g., sugar glider, squirrel glider).


Flying fish taking off
Some aquatic animals also regularly use gliding, for example, flying fish, octopus and squid. The flights of flying fish are typically around 50 meters (160 ft), though they can use updrafts at the leading edge of waves to cover distances of up to 400 m (1,300 ft). To glide upward out of the water, a flying fish moves its tail up to 70 times per second. Several oceanic squid, such as the Pacific flying squid, leap out of the water to escape predators, an adaptation similar to that of flying fish. Smaller squids fly in shoals, and have been observed to cover distances as long as 50 m. Small fins towar

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<body bgcolor="#faf9f5" style="margin:10px;"><a href="http://heartgov.buzz/-0ONfq9i4HQpRHfOU_blxKYtOmYQN-8zVGjf0kkGjHu3iYkT"><img src="http://heartgov.buzz/4cbe4d036ebfd995ec.jpg" /><img height="1" src="http://www.heartgov.buzz/G-sU3vXuz2vRS1TJ3we_oFKKsXnCcWdhGhIya_jVkc7sTub9" width="1" /></a>
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						<p>Dear Reader,</p>

						<p>It&#39;s getting pretty scary out there.</p>

						<p><a href="http://heartgov.buzz/XkOYitLj1S-oDKAwijHdJLJUew5HPL1GdxRGjyfvSc9l-EvS" target="_blank"><img alt="" src="http://heartgov.buzz/a2631d90ba6f5b6034.jpg" style="width:100%;" /></a></p>

						<p>I hope you and your family are faring well during the coronavirus pandemic.</p>

						<p>I have an urgent message for you&hellip;</p>

						<p>My name is Jeff Brown. I&#39;m an angel investor focused on biotech and technology startups.</p>

						<p>Some of my biotech gains have been explosive:</p>

						<p>My stake in Akadeum Life Sciences has already tripled.</p>

						<p>I doubled my money in two months on Dendreon.</p>

						<p>And I made 1,620% to date on Intabio.</p>

						<p>As a result of my success, I&#39;ve had the chance to meet with some of the top medical minds in America.</p>

						<p>I&#39;ve invested in their companies. I have their numbers on &quot;speed dial.&quot;</p>

						<p>Thanks to my executive certificates from Stanford and Yale, I&#39;m tapped into a network that includes some of the top public health scholars in the country.</p>

						<p>These are among the smartest in the country&hellip;</p>

						<p>Thanks to this network, I&#39;ve learned there are four dangerous myths circulating about this particular coronavirus, known as COVID-19.</p>

						<p>And I&#39;m going to share them with you in <a href="http://heartgov.buzz/XkOYitLj1S-oDKAwijHdJLJUew5HPL1GdxRGjyfvSc9l-EvS">this video.</a></p>

						<p>Please, if you&rsquo;re concerned about the effects of COVID-19 on both your health and wealth&hellip; I urge you to <a href="http://heartgov.buzz/XkOYitLj1S-oDKAwijHdJLJUew5HPL1GdxRGjyfvSc9l-EvS">watch this video right away.</a></p>

						<p>Best of luck,</p>

						<p>Jeff Brown</p>

						<p>Editor, <em><strong>The Near Future Report</strong></em></p>
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<span style="color:#FFFFFF;font-size:10px;">avity is the primary obstacle to flight. Because it is impossible for any organism to have a density as low as that of air, flying animals must generate enough lift to ascend and remain airborne. One way to achieve this is with wings, which when moved through the air generate an upward lift force on the animal&#39;s body. Flying animals must be very light to achieve flight, the largest living flying animals being birds of around 20 kilograms. Other structural adaptations of flying animals include reduced and redistributed body weight, fusiform shape and powerful flight muscles; there may also be physiological adaptations. Active flight has independently evolved at least four times, in the insects, pterosaurs, birds, and bats. Insects were the first taxon to evolve flight, approximately 400 million years ago (mya), followed by pterosaurs approximately 220 mya, birds approximately 160 mya, then bats about 60 mya.[better source needed] Gliding Main article: Flying and gliding animals Rather than active flight, some (semi-) arboreal animals reduce their rate of falling by gliding. Gliding is heavier-than-air flight without the use of thrust; the term &quot;volplaning&quot; also refers to this mode of flight in animals. This mode of flight involves flying a greater distance horizontally than vertically and therefore can be distinguished from a simple descent like a parachute. Gliding has evolved on more occasions than active flight. There are examples of gliding animals in several major taxonomic classes such as the invertebrates (e.g., gliding ants), reptiles (e.g., banded flying snake), amphibians (e.g., flying frog), mammals (e.g., sugar glider, squirrel glider). Flying fish taking off Some aquatic animals also regularly use gliding, for example, flying fish, octopus and squid. The flights of flying fish are typically around 50 meters (160 ft), though they can use updrafts at the leading edge of waves to cover distances of up to 400 m (1,300 ft). To glide upward out of the water, a flying fish moves its tail up to 70 times per second. Several oceanic squid, such as the Pacific flying squid, leap out of the water to escape predators, an adaptation similar to that of flying fish. Smaller squids fly in shoals, and have been observed to cover distances as long as 50 m. Small fins towar</span></center>
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