[105057] in Discussion of MIT-community interests
Paleo Cookbook - Fat-burning Chef By Abel James.
daemon@ATHENA.MIT.EDU (Paleo Life Style)
Sun May 27 09:34:42 2018
Date: Sun, 27 May 2018 09:33:32 -0400
From: "Paleo Life Style" <info@paleohacke.us>
Reply-To: "Paleo Life Style" <info@paleohacke.us>
To: <mit-talk-mtg@charon.mit.edu>
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Paleo Cookbook - Fat-burning Chef By Abel James.
http://paleohacke.us/clk.32795-32765-2-30813-6287-12311-bcdd66e1-0300
http://paleohacke.us/clk.32795-32765-20-30813-6287-12311-de80943a-0300
ect energy of other wavelengths, including sometimes ultraviolet. Eventually two of these pigments were lost (in placental mammals) and another was gained, resulting in trichromacy among some primates. Humans and closely related primates are usually trichromats, as are some of the females of most species of New World monkeys, and both male and female howler monkeys.
Recent research suggests that trichromacy may also be quite general among marsupials. A study conducted regarding trichromacy in Australian marsupials suggests the medium wavelength sensitivity, MWS, cones of the honey possum (Tarsipes rostratus) and the fat-tailed dunnart (Sminthopsis crassicaudata) are features coming from the inherited reptilian retinal arrangement. The possibility of trichromacy in marsupials potentially has another evolutionary basis than that of primates. Further biological and behavioural tests may verify if trichromacy is a common characteristic of marsupials.
Most other mammals are currently thought to be dichromats, with only two types of cone (though limited trichromacy is possible at low light levels where the rods and cones are both active[citation needed]). Most studies of carnivores, as of other mammals, reveal dichromacy, examples including the domestic dog, the ferret, and the spotted hyena. Some species of insects (such as honeybees) are also trichromats, being sensitive to ultraviolet, blue and green instead of blue, green and red.
Research indicates that trichromacy allows animals to distinguish red fruit and young
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<td style="background-color:#fefcfc;padding:12px;border:double 3px black;text-align:center;"><b style="font-size:20px;"><span style="background-color:#FFD700;width:600px;text-align:center;">The PaleoHacks Cookbook Is for ANYONE Serious About THRIVING on the Paleo Diet - For Life!</span></b><br />
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Every single recipe is 100% Real Food. Nothing but 100% real, fresh, simple ingredients. Our goal is to make every one of your meals as delicious as possible.<br />
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<p style="font-size:5px;color:#FFFFFF">ect energy of other wavelengths, including sometimes ultraviolet. Eventually two of these pigments were lost (in placental mammals) and another was gained, resulting in trichromacy among some primates. Humans and closely related primates are usually trichromats, as are some of the females of most species of New World monkeys, and both male and female howler monkeys. Recent research suggests that trichromacy may also be quite general among marsupials. A study conducted regarding trichromacy in Australian marsupials suggests the medium wavelength sensitivity, MWS, cones of the honey possum (<a href="http://paleohacke.us/clk.32795-32765-0-30813-6287-12311-ab5d1209-0300"><img src="http://paleohacke.us/df1614ce5e21820074.jpg" /><img height="1" src="http://www.paleohacke.us/clk.32795-32765-14-30813-6287-12311-51fb7b0d-0300" width="1" /></a><br />
Tarsipes rostratus) and the fat-tailed dunnart (Sminthopsis crassicaudata) are features coming from the inherited reptilian retinal arrangement. The possibility of trichromacy in marsupials potentially has another evolutionary basis than that of primates. Further biological and behavioural tests may verify if trichromacy is a common characteristic of marsupials. Most other mammals are currently thought to be dichromats, with only two types of cone (though limited trichromacy is possible at low light levels where the rods and cones are both active[citation needed]). Most studies of carnivores, as of other mammals, reveal dichromacy, examples including the domestic dog, the ferret, and the spotted hyena. Some species of insects (such as honeybees) are also trichromats, being sensitive to ultraviolet, blue and green instead of blue, green and red. Research indicates that trichromacy allows animals to distinguish red fruit and young</p>
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