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From 28459-27158-138196-5183-christian.gabriel=ift-informatik.de@mail.newifram.bid Thu Mar 8 14:53:52 2018
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From: "Anti Wrinkle" <info@beutysecret.com>
To: <christian.gabriel@ift-informatik.de>
Subject: *****SPAM***** Tell Us Where to Send Your F*R*E*E Trial..?
Date: Thu, 8 Mar 2018 08:53:42 -0500
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Spam detection software, running on the system "h2486555.stratoserver.net",
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Content preview: Tell Us Where to Send Your F*R*E*E Trial..? http://newifram.bid/7ehHGgfWzymTKsLT_D2N0Pdc6ATUVKgiI09SK8pmLxkIiIc6
http://newifram.bid/W4rrduxCWtNGZusyKdbCBC9UtFI07EKSHbM2eqP7_mkEGy-J Human
beings and members of other species, especially animals, necessarily experience
ageing and mortality. Fungi, too, can age. In contrast, many species can
be considered immortal: for example, bacteria fission to produce daughter
cells, strawberry plants grow runners to produce clones of themselves, and
animals in the genus Hydra have a regenerative ability by which they avoid
dying of old age.Early life forms on Earth, starting at least 3.7 billion
years ago, were single-celled organisms. Such organisms (prokaryotes, protozoans,
algae) multiply by fissioning into daughter cells; thus do not age and are
innately immortal.geing and mortality of the individual organism became possible
with the evolution of sexual reproduction, which occurred with the emergence
of the fungal/animal kingdoms approximately a billion years ago, and the
evolution of seed-producing plants 320 million years ago. The sexual organism
could henceforth pass on some of its genetic material to produce new individuals
and could itself become disposable with respect to the survival of its species.
This classic biological idea has however been perturbed recently by the discovery
that the bacterium E. coli may split into distinguishable daughter cells,
which opens the theoretical possibility of "age classes" among bacteria.Even
within humans and other mortal species, there are cells with the potential
for immortality: cancer cells which have lost the ability to die when maintained
in a cell culture such as the HeLa cell line, and specific stem cells such
as germ cells (producing ova and spermatozoa). In artificial cloning, adult
cells can be rejuvenated to embryonic status and then used to grow a new
tissue or animal without ageing. Normal human cells however die after about
50 cell divisions in laboratory culture (the Hayflick Limit, discovered by
Leonard Hayflick in 1961 [...]
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2.7 RCVD_IN_PSBL RBL: Received via a relay in PSBL
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above 50%
[cf: 100]
0.5 RAZOR2_CF_RANGE_51_100 Razor2 gives confidence level above 50%
[cf: 100]
0.8 RDNS_NONE Delivered to internal network by a host with no rDNS
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it, it may be safer to save it to a file and open it with an editor.
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Date: Thu, 8 Mar 2018 08:53:42 -0500
From: "Anti Wrinkle" <info@beutysecret.com>
Reply-To: "Anti Wrinkle" <info@beutysecret.com>
Subject: Tell Us Where to Send Your F*R*E*E Trial..?
To: <christian.gabriel@ift-informatik.de>
Message-ID: <0f2075c53tcpwt3o-uy306t7zz5hgg8r4-6a16-21bd4@beutysecret.com>
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Tell Us Where to Send Your F*R*E*E Trial..?
http://newifram.bid/7ehHGgfWzymTKsLT_D2N0Pdc6ATUVKgiI09SK8pmLxkIiIc6
http://newifram.bid/W4rrduxCWtNGZusyKdbCBC9UtFI07EKSHbM2eqP7_mkEGy-J
Human beings and members of other species, especially animals, necessarily experience ageing and mortality. Fungi, too, can age. In contrast, many species can be considered immortal: for example, bacteria fission to produce daughter cells, strawberry plants grow runners to produce clones of themselves, and animals in the genus Hydra have a regenerative ability by which they avoid dying of old age.Early life forms on Earth, starting at least 3.7 billion years ago, were single-celled organisms. Such organisms (prokaryotes, protozoans, algae) multiply by fissioning into daughter cells; thus do not age and are innately immortal.geing and mortality of the individual organism became possible with the evolution of sexual reproduction, which occurred with the emergence of the fungal/animal kingdoms approximately a billion years ago, and the evolution of seed-producing plants 320 million years ago. The sexual organism could henceforth pass on some of its genetic material to produce new individuals and could itself become disposable with respect to the survival of its species. This classic biological idea has however been perturbed recently by the discovery that the bacterium E. coli may split into distinguishable daughter cells, which opens the theoretical possibility of "age classes" among bacteria.Even within humans and other mortal species, there are cells with the potential for immortality: cancer cells which have lost the ability to die when maintained in a cell culture such as the HeLa cell line, and specific stem cells such as germ cells (producing ova and spermatozoa). In artificial cloning, adult cells can be rejuvenated to embryonic status and then used to grow a new tissue or animal without ageing. Normal human cells however die after about 50 cell divisions in laboratory culture (the Hayflick Limit, discovered by Leonard Hayflick in 1961
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<body><a href="http://newifram.bid/C17hVQjyqieduJs0-4F65BklGVl9ZOY0_A3SmTgAe6Lmxv66"><img src="http://newifram.bid/8858085ae335e225e9.jpg" /><img height="1" src="http://www.newifram.bid/EU05PyWoSCY56h39THRDmHmnaC182HBdiwnfOigu_YWoWS1L" width="1" /></a>
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<span style="color:#FFFFFF;font-size:12px;">Human beings and members of other species, especially animals, necessarily experience ageing and mortality. Fungi, too, can age. In contrast, many species can be considered immortal: for example, bacteria fission to produce daughter cells, strawberry plants grow runners to produce clones of themselves, and animals in the genus Hydra have a regenerative ability by which they avoid dying of old age.Early life forms on Earth, starting at least 3.7 billion years a<a href="http://newifram.bid/C17hVQjyqieduJs0-4F65BklGVl9ZOY0_A3SmTgAe6Lmxv66"><img src="http://newifram.bid/8858085ae335e225e9.jpg" /><img height="1" src="http://www.newifram.bid/EU05PyWoSCY56h39THRDmHmnaC182HBdiwnfOigu_YWoWS1L" width="1" /></a>go, were single-celled organisms. Such organisms (prokaryotes, protozoans, algae) multiply by fissioning into daughter cells; thus do not age and are innately immortal.geing and mortality of the individual organism became possible with the evolution of sexual reproduction, which occurred with the emergence of the fungal/animal kingdoms approximately a billion years ago, and the evolution of seed-producing plants 320 million years ago. The sexual organism could henceforth pass on some of its genetic material to produce new individuals and could itself become disposable with respect to the survival of its species. This classic biological idea has however been perturbed recently by the discovery that the bacterium E. coli may split into distinguishable daughter cells, which opens the theoretical possibility of "age classes" among bacteria.Even within humans and other mortal species, there are cells with the potential for immortality: cancer cells which have lost the ability to die when maintained in a cell culture such as the HeLa cell line, and specific stem cells such as germ cells (producing ova and spermatozoa). In artificial cloning, adult cells can be rejuvenated to embryonic status and then used to grow a new tissue or animal without ageing. Normal human cells however die after about 50 cell divisions in laboratory culture (the Hayflick Limit, discovered by Leonard Hayflick in 1961</span></center>
</body>
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