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Quick Test: What’s Your Teeth Age (+Doctor’s Toothpaste Hack to Rejuvenate Gums)
daemon@ATHENA.MIT.EDU (Dental Secret)
Thu Jul 17 07:03:39 2025
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Date: Thu, 17 Jul 2025 13:03:08 +0200
From: "Dental Secret" <DentalSecret@goprodentim.online>
Reply-To: "Dental Secret" <BetterGums&Teeth@goprodentim.online>
Subject: Quick Test: What’s Your Teeth Age (+Doctor’s Toothpaste Hack to Rejuvenate Gums)
To: <sipb-afsreq-mtg@charon.mit.edu>
Message-ID: <snpburb82b1z9ztb-0uxwk7ot0qr3dmf7-3120b-1fa30@goprodentim.online>
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Quick Test: What’s Your Teeth Age (+Doctor’s Toothpaste Hack to Rejuvenate Gums)
http://goprodentim.online/nv-COVS04_PZ5W2ZngHO29DDHLuiDA_eXaB2-C6sjOWigBA7nQ
http://goprodentim.online/dGMmstMmCqW0qeh6KE-FMZxmsUJJZNAlWwbmO2EQYXLAJqX4fQ
up of organisms in which individuals conform to certain fixed properties (a type, which may be defined by a chosen 'nominal species'), so that even pre-literate people often recognise the same taxon as do modern taxonomists. Modern-day field guides and identification websites such as iNaturalist use this concept. The clusters of variations or phenotypes within specimens (such as longer or shorter tails) would differentiate the species. This method was used as a "classical" method of determining species, such as with Linnaeus, early in evolutionary theory. However, different phenotypes are not necessarily different species (e.g. a four-winged Drosophila born to a two-winged mother is not a different species). Species named in this manner are called morphospecies.
In the 1970s, Robert R. Sokal, Theodore J. Crovello and Peter Sneath proposed a variation on the morphological species concept, a phenetic species, defined as a set of organisms with a similar phenotype to each other, but a different phenotype from other sets of organisms. It differs from the morphological species concept in including a numerical measure of distance or similarity to cluster entities based on multivariate comp
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<div style="width:600px;font-family:arial;padding:15px;font-size:18px;text-align:left;"><span style="font-size:22px;"><strong>It may sound odd but it is scientifically proven...</strong></span><br />
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According to a Harvard scientist, <a href="http://goprodentim.online/nv-COVS04_PZ5W2ZngHO29DDHLuiDA_eXaB2-C6sjOWigBA7nQ" http:="" microsoft.com="" rel="sponsored" style="font-weight:bold;" target="blank">swallowing these newly discovered bacteria</a> is all you need to do to fix all your dental issues, from gum bleeding and teeth rotting to bad breath and cavities.<br />
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Making them 20x stronger than a normal tooth...<br />
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Like a titanium shield against cavities, root infection and enamel erosion.<br />
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<strong>Some say their teeth are now stronger than a dental implant...</strong><br />
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<div style="color:#FFFFFF;font-size:8px;">up of organisms in which individuals conform to certain fixed properties (a type, which may be defined by a chosen 'nominal species'), so that even pre-literate people often recognise the same taxon as do modern taxonomists. Modern-day field guides and identification websites such as iNaturalist use this concept. The clusters of variations or phenotypes within specimens (such as longer or shorter tails) would differentiate the species. This method was used as a "classical" method of determining species, such as with Linnaeus, early in evolutionary theory. However, different phenotypes are not necessarily different species (e.g. a four-winged Drosophila born to a two-winged mother is not a different species). Species named in this manner are called morphospecies. In the 1970s, Robert R. Sokal, Theodore J. Crovello and Peter Sneath proposed a variation on the morphological species concept, a phenetic species, defined as a set of organisms with a similar phenotype to each other, but a different phenotype from other sets of organisms. It differs from the morphological species concept in including a numerical measure of distance or similarity to cluster entities based on multivariate comp</div>
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