Information website

poli said:

Here is an information website about some of the medications you may be
interested in. I hope you will find it useful and it would help you:
http://www.buy-tramadol.biz

REPLY

I prefer to Transcend Dental Medication.

Joel M. Eichen DDS
PS- We answer dental questions from patients at sci.med.dentistry.
We have FUN discussions too!

poli said:

Here is an information website about some of the medications you may

be

Quoted message said:

interested in. I hope you will find it useful and it would help you:
http://www.buy-tramadol.biz

Your web site is NOT accredited!!!

And, look at the folling quote.

"Disclaimer

the information provided here is purely for informational purposes
only, and does not intend to cover all directions, uses, precautions,
and effects of the medication. This information should not be relied on
for specific purposes, as it is only general information. We do not
claim all responsibility for any consequences that may arise from the
use of this information or if you buy Tramadol."
..
I, hereby, disclaim your bogus web site.

Quoted message said:

Quoted message said:

PS- We answer dental questions from patients at sci.med.dentistry.

We have FUN discussions too!<<

Would that be BETWEEN advocating FOR substances .. added to our food to
keep your .. pockets .. lined .. ?

Eh .. boi ..

Patol Fiziol Eksp Ter. 1996 Jul-Sep;(3):22-4. Related Articles, Links

[Iron in oral cavity fluid in gingival inflammation]

[Article in Russian]

Petrovich IuA, Podorozhnaia RP, Genesina TI, Beloklitskaia GF.

In parodontosis, iron levels are higher in the human gingival fluid and
mixed saliva. The free iron-binding capacity of saliva is also
increased. In gingivitis, higher levels of iron and free binding
capacity are less evident. The increased levels of iron activate free
radical oxidation in gingival tissue and improve microbial metabolism.
This all contributes to the deterioration of a pathological process in
the gingiva.

PMID: 8966048 [PubMed - indexed for MEDLINE]

--------------------------------------------------------------------------------

J Periodontol. 1985 Nov;56(11 Suppl):22-7. Related Articles, Links

The role of crevicular fluid iron in periodontal disease.

Mukherjee S.

This article presents a brief review of literature on the role of iron
in infection and reports the concentration of iron in crevicular fluid
(CF) in humans and beagle dogs. Crevicular fluid from human subjects
was collected from gingivitis and periodontitis sites. The CF from
beagle dogs was collected from gingivitis and active periodontitis
(ligature-induced) sites. The results showed that the concentration of
iron in human CF was often higher than in human serum. Also, a
comparison between CF collected from gingivitis sites and periodontitis
sites revealed a significantly higher concentration of iron in CF
collected from the periodontitis sites. The studies in ligature-induced
periodontitis in beagle dogs revealed at least a 3-fold increase in
iron concentration in CF following ligation compared to the preligation
values. Based on the available literature it is suggested that high
concentration of iron in CF is not due to serum transferrin or
polymorphonuclear leukocyte lactoferrin. Also, this high concentration
of iron in CF might play an important role in enhancement of growth and
virulence of microorganisms of the subgingival plaque and the
initiation of active periodontitis.

PMID: 3908636 [PubMed - indexed for MEDLINE]

--------------------------------------------------------------------------------

: J Dent Res 2001 Jul;80(7):1678-82 Related Articles, Links

The capacity of Porphyromonas gingivalis to multiply under
iron-limiting conditions correlates with its pathogenicity in an animal
model.

Grenier D, Goulet V, Mayrand D.

Groupe de Recherche en Ecologie Buccale, Faculte de Medecine Dentaire,
Universite Laval, Quebec, Canada. [email hidden]

Isolates of Porphyromonas gingivalis have various abilities to induce
infections in an animal model. The hypothesis of this study was that
pathogenic strains of P. gingivalis could multiply under iron-limiting
conditions, while non-pathogenic strains could not. Three pathogenic
strains (W50, W83, and ATCC 49417) grew to a final optical density (660
nm) > 2 in horse serum, while the growth of the 3 non-pathogenic
strains (ATCC 33277, LB13D-2, and HW24D-1) was negligible. When an
excess of hemin or ferric chloride was added to the serum, significant
growth of the non-pathogenic strains occurred. Under iron-limiting
conditions, the pathogenic strains of P. gingivalis had a much lower
requirement for human iron-loaded transferrin and hemin than the
non-pathogenic strains. Proteolytic degradation of transferrin, which
may be associated with the release of iron, was not markedly different
for pathogenic and non-pathogenic strains. In addition, no relationship
could be established between the level of 55Fe uptake from
55Fe-transferrin and the pathogenicity of strains. Our study provided
evidence that the ability of P. gingivalis to multiply in vitro under
iron-limiting conditions may be correlated with its ability to induce
infections in an animal model. Isolates of P. gingivalis possessing a
low requirement for iron are likely to have a higher potential for
initiating periodontal infections.

PMID: 11597031 [PubMed - indexed for MEDLINE]

--------------------------------------------------------------------------------
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Tom

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