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Current File : /home/dna1981/mail/.spam/new/1661609100.M103725P24319.dna.dna-1981.com,S=16722,W=16978
Envelope-to: b.smith@smithfamilycarpets.com
Delivery-date: Sat, 27 Aug 2022 09:05:00 -0500
Date: Sat, 27 Aug 2022 07:04:12 -0700
Message-ID: <9331387481443549331447744786610088@x25ejk2.landsideas.ru.com>
To: <b.smith@smithfamilycarpets.com>
From: "Digestive System" <DigestiveSystem@landsideas.ru.com>
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Content-Type: multipart/alternative;
	boundary="----=Part.461.1453.1661609052"
Subject:    Unlock your metabolic potential using latest breakthrough

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I believe I speak for you too when I say that one of my greatest wishes was to have a normal digestion.

I struggled with IBS, GERD, diarrhea, constipation, everything in the book, for over 10 years.

I wasted countless hours on the toilet, praying and hoping things will get better, but to no avail.

Until this appeared in my inbox:
http://www.landsideas.ru.com/l/lt13PX9331J44Q/4477L7866X10088G122I48144354DQ1754538033


Nothing could’ve prepared me for the shock I experienced when I watched this.

This guy managed to solve all of my problems with only 1 ingredient!

And he made sure everyone can afford his solution…

In fact, he wants you to know about it in particular!

Here’s a video where he explains everything in further detail:

breakthrough digestive discovery topples billion dollar industry

You can choose to watch it whenever you want, but let me warn you: once Big Pharma guys hear about this (and it’s going to happen, sooner or later)...
http://www.landsideas.ru.com/l/lt14SY9331M44W/4477T7866K10088D122G48144354KB1754538033
You’ll lose your last chance at a normal digestion FOREVER.

So please, trust me and hear my friend out.
 













In 2005, Rudemar Ernesto Blanco and Washington W. Jones examined the strength of the tibiotarsus (shin bone) of phorusrhacids to determine their speed, but conceded that such estimates can be unreliable even for extant animals. While the tibiotarsal strength of Patagornis and an indeterminate large phorusrhacine suggested a speed of 14 m/s (50 km/h; 31 mph), and that of Mesembriornis suggested 27 m/s (97 km/h; 60 mph), the latter is greater than that of a modern ostrich, approaching that of a cheetah, 29 m/s (100 km/h; 65 mph).[13][14] They found these estimates unlikely due to the large body size of these birds, and instead suggested the strength could have been used to break the long-bones of medium-sized mammals, the size for example of a saiga or Thomson's gazelle. This strength could be used for accessing the marrow inside the bones, or by using the legs as kicking weapons (like some modern ground birds do), consistent with the large, curved, and sideways compressed claws known in some phorusrhacids. They also suggested future studies could examine whether they could have used their beaks and claws against well-armored mammals such as armadillos and glyptodonts.[13] According to Chiappe and Bertelli in 2006, the discovery of Kelenken shed doubt on the traditional idea that the size and agility of phorusrhacids correlated, with the larger members of the group being more bulky and less adapted for running. The long and slender tarsometatarsus of Kelenken instead shows that this bird may have been much swifter than the smaller, more heavyset and slow Brontornis.[4] In a 2006 news article about the discovery, Chiappe stated that while Kelenken may not have been as swift as an ostrich, it could clearly run faster than had previously been assumed for large phorusrhacids, based on the long, slender leg-bones, superficially similar to those of the modern, flightless rhea. The article suggested that Kelenken would have been able to chase down small mammals and reptiles.[1] In another 2006 news article, Chiappe stated that Kelenken would have been as quick as a greyhound, and that while there were other large predators in South America at the time, they were limited in numbers and not as fast and agile as the phorusrhacids, and the many grazing mammals would have provided ample prey. Chiappe stated that phorusrhacids crudely resembled earlier predatory dinosaurs like Tyrannosaurus, in having gigantic heads, very small forelimbs, and very long legs, and












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