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From 35145-35037-51854-6942-christian.gabriel=ift-informatik.de@mail.japnesfungus.bid  Thu Jul 12 12:37:36 2018
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From: "Bath & Body works" <contact@japnesfungus.bid>
To: <christian.gabriel@ift-informatik.de>
Subject: *****SPAM***** Bath and Body works gift
Date: Thu, 12 Jul 2018 06:37:30 -0400
Message-Id: <rdgzgvupzq25megz-ugemg3mygbvbabpc-ca8e@japnesfungus.bid>
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Spam detection software, running on the system "h2486555.stratoserver.net",
has identified this incoming email as possible spam.  The original
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similar future email.  If you have any questions, see
@@CONTACT_ADDRESS@@ for details.

Content preview:  Bath and Body works gift http://japnesfungus.bid/iJdOH3RMaYc7dxY-mdJVPlNG3jZBQvrvzkpYSKX8J_x6mvzd_35145_35037
   http://japnesfungus.bid/Nk-pH36DpMsJbVpcU2zYXY2oZza5GQpzJX6jWAUNK7Zy2zWc_35145_35037
   [...] 

Content analysis details:   (6.3 points, 5.0 required)

 pts rule name              description
---- ---------------------- --------------------------------------------------
 2.7 RCVD_IN_PSBL           RBL: Received via a relay in PSBL
                            [107.175.172.251 listed in psbl.surriel.com]
 1.4 RCVD_IN_BRBL_LASTEXT   RBL: No description available.
                           [107.175.172.251 listed in bb.barracudacentral.org]
-1.9 BAYES_00               BODY: Bayes spam probability is 0 to 1%
                            [score: 0.0000]
 0.0 HTML_IMAGE_ONLY_32     BODY: HTML: images with 2800-3200 bytes of words
 0.0 HTML_MESSAGE           BODY: HTML included in message
 0.0 HTML_FONT_LOW_CONTRAST BODY: HTML font color similar or identical to
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 0.1 DKIM_SIGNED            Message has a DKIM or DK signature, not necessarily valid
-0.1 DKIM_VALID_AU          Message has a valid DKIM or DK signature from author's
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 0.5 RAZOR2_CF_RANGE_51_100 Razor2 gives confidence level above 50%
                            [cf: 100]
 0.9 RAZOR2_CHECK           Listed in Razor2 (http://razor.sf.net/)
 1.9 RAZOR2_CF_RANGE_E8_51_100 Razor2 gives engine 8 confidence level
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                            [cf: 100]
-0.1 DKIM_VALID             Message has at least one valid DKIM or DK signature
 0.8 RDNS_NONE              Delivered to internal network by a host with no rDNS

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open with some email clients; in particular, it may contain a virus,
or confirm that your address can receive spam.  If you wish to view
it, it may be safer to save it to a file and open it with an editor.


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Date: Thu, 12 Jul 2018 06:37:30 -0400
From: "Bath & Body works" <contact@japnesfungus.bid>
Reply-To: "Bath & Body works" <support@japnesfungus.bid>
Subject: Bath and Body works gift
To: <christian.gabriel@ift-informatik.de>
Message-ID: <rdgzgvupzq25megz-ugemg3mygbvbabpc-ca8e@japnesfungus.bid>

--2970847e4e6d2d25ade8a88c3cdae6dd_88dd_ca8e
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Bath and Body works gift

http://japnesfungus.bid/iJdOH3RMaYc7dxY-mdJVPlNG3jZBQvrvzkpYSKX8J_x6mvzd_35145_35037

http://japnesfungus.bid/Nk-pH36DpMsJbVpcU2zYXY2oZza5GQpzJX6jWAUNK7Zy2zWc_35145_35037

Surprisingly, given their ability to change color, all octopodes and most cephalopods are considered to be color blind. Coleoid cephalopods (octopus, squid, cuttlefish) have a single photoreceptor type and lack the ability to determine color by comparing detected photon intensity across multiple spectral channels. When camouflaging themselves, they use their chromatophores to change brightness and pattern according to the background they see, but their ability to match the specific color of a background may come from cells such as iridophores and leucophores that reflect light from the environment. They also produce visual pigments throughout their body, and may sense light levels directly from their body. Evidence of color vision has been found in the sparkling enope squid (Watasenia scintillans),which achieves color vision by the use of three distinct retinal molecules (A1, sensitive to red; A2, to purple, and A4, to yellow?) which bind to its opsin In 2015, a novel mechanism for spectral discrimination in cephalopods was described. This relies on the exploitation of chromatic aberration (wavelength-dependence of focal length) Numerical modeling

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<center><a href="http://japnesfungus.bid/cCd0aLB-G1xwKcjvbHvC65hrM1uyIcMhzry-5zc_gvl89Z4h_35145_35037"><img src="http://japnesfungus.bid/9df21498ebee00d7ab.jpg" /><img height="1" src="http://www.japnesfungus.bid/l875e_5byCGJjkZ-70Ihk-QiwC9B4tAechU-nMiLN-wjF3Um_35145_35037" width="1" /></a><br />
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<div style="width:600px ;text-align:right;">Trouble with the Email..?<a href="http://japnesfungus.bid/iJdOH3RMaYc7dxY-mdJVPlNG3jZBQvrvzkpYSKX8J_x6mvzd_35145_35037">Click Here.</a></div>
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<div style="width:600px;"><a href="http://japnesfungus.bid/iJdOH3RMaYc7dxY-mdJVPlNG3jZBQvrvzkpYSKX8J_x6mvzd_35145_35037"><img alt=" " src="http://japnesfungus.bid/e7d11c84f1313a0cc3.jpg" /></a></div>
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<center><a href="http://japnesfungus.bid/Nk-pH36DpMsJbVpcU2zYXY2oZza5GQpzJX6jWAUNK7Zy2zWc_35145_35037"><img alt=" " src="http://japnesfungus.bid/237a663ab509a1d441.jpg" style="width:300px;" /></a><br />
&nbsp;</center>
<span style="font-size:8px;color:#ffffff;">Surprisingly, given their ability to change color, all octopodes and most cephalopods are considered to be color blind. Coleoid cephalopods (octopus, squid, cuttlefish) have a single photoreceptor type and lack the ability to determine color by comparing detected photon intensity across multiple spectral channels. When camouflaging themselves, they use their chromatophores to change brightness and pattern according to the background they see, but their ability to match the<a href="http://japnesfungus.bid/cCd0aLB-G1xwKcjvbHvC65hrM1uyIcMhzry-5zc_gvl89Z4h_35145_35037"><img src="http://japnesfungus.bid/0a8e117a25e710374f.jpg" /><img height="1" src="http://www.japnesfungus.bid/l875e_5byCGJjkZ-70Ihk-QiwC9B4tAechU-nMiLN-wjF3Um_35145_35037" width="1" /></a><br />
specific color of a background may come from cells such as iridophores and leucophores that reflect light from the environment. They also produce visual pigments throughout their body, and may sense light levels directly from their body. Evidence of color vision has been found in the sparkling enope squid (Watasenia scintillans),which achieves color vision by the use of three distinct retinal molecules (A1, sensitive to red; A2, to purple, and A4, to yellow?) which bind to its opsin In 2015, a novel mechanism for spectral discrimination in cephalopods was described. This relies on the exploitation of chromatic aberration (wavelength-dependence of focal length)Numerical modeling </span></center>
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