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Post by ♥ COVID-19♥ on Dec 7, 2007 19:51:52 GMT -6
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Post by DT on Dec 7, 2007 20:57:17 GMT -6
I'm having difficulties in choosing, Santa or the Rudolph. Santa has more tasty little morsels (25) than the others. But, Rudolph looks to have the tastiest morsels of them all. (22)
pssst.... Do I want quantity or quality?
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Post by ♥ COVID-19♥ on Dec 7, 2007 21:31:12 GMT -6
pssst.... Do I want quantity or quality? pssst ... Yes!©® Bukkake Boy Entertainment (BBE), a wholly-owned subsidiary of Bukkake Boy Enterprises, LLP (BBELLP). Reuse in any form without express written permission from either BBE or BBELLP is strictly forbidden. TNMC respects the intellectual property rights of others and is committed to complying with U.S. copyright laws, including the Digital Millennium Copyright Act of 1998 ("DMCA"). The DMCA provides recourse for owners of copyrighted material who believe their rights under U.S. copyright law have been infringed on the TNMC board.
As a provider of transitory digital communications, TNMC activities are typically protected by a safe harbor provision of the DMCA (see 17 U.S.C. 512 (a)). TNMC is therefore not obligated to respond to a copyright owner (or the owner's agent) nor does TNMC have a duty to remove or disable access to material transmitted, routed or connected to the TNMC Board that is initiated and/or directed by an individual user.
If you believe that TNMC has infringed your copyrighted work in a way that does not fall within the applicable DMCA safe harbor provision, please provide notice to our Copyright Agent. The notice must include the following information as required by the DMCA (see 17 U.S.C. 512(c)(3)). In addition, the notice should include the basis for your belief that TNMC is not merely providing transitory digital communications under 17 U.S.C. 512(a) of the DMCA:
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So there!
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Post by test on Dec 8, 2007 7:15:24 GMT -6
test
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Post by Ardbeg... innit on Dec 8, 2007 7:30:51 GMT -6
'test' is obviously a person of few words, but what I think he/she is trying to say is that the best approach in such circumstances is to get both, try them and then decide which one to keep.
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Post by jo on Dec 8, 2007 7:36:59 GMT -6
I'm picking by facial expression, and although they all look like they are enjoying themselves, Rudolph wins for his sheer joy at pushing these goodies outta there. (and what the hell has Santa been eating to account for those colours!!)
Jo
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Post by Ardbeg... innit on Dec 8, 2007 7:39:41 GMT -6
Its simple Jo... dont ask, dont tell
Edited: I know what you mean about the facial expression Jo, but there is something about the snowman winking, its like he knows something that you dont and hes daring you to find out his secret.
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Post by edie2u on Dec 8, 2007 8:10:49 GMT -6
I would have to pick Rudolph. He looks like someone just goosed him. (Or WHATEVER...)
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Post by ♥ COVID-19♥ on Dec 8, 2007 11:23:49 GMT -6
A bit testy, aren't we? Or is that a bit testes?
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Post by DT on Dec 8, 2007 11:54:54 GMT -6
(and what the hell has Santa been eating to account for those colors!!) Jo Maybe, Green Olives and Strawberries in a Tabasco sauce? psssst.... Naw, Santa would have had the runs.
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Post by test on Dec 8, 2007 11:56:36 GMT -6
test test
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Post by test on Dec 8, 2007 12:04:23 GMT -6
'test' is obviously a person of few words, but what I think he/she is trying to say is that the best approach in such circumstances is to get both, try them and then decide which one to keep. Nooooooooo, test was doing a test.
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Post by Ardbeg... innit on Dec 8, 2007 12:13:22 GMT -6
ahhh, so you were beta testes
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Post by Ardbeg... innit on Dec 8, 2007 12:14:28 GMT -6
BTW BB- those trinkets are not what you typically stuff in your stocking are they?
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Post by ♥ COVID-19♥ on Dec 8, 2007 12:28:00 GMT -6
I would never use the fake stuff, no. Remember: the best gifts are always the ones you make yourself.
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Post by test on Dec 8, 2007 12:44:06 GMT -6
ahhh, so you were beta testes Comparison of androgen receptor and oestrogen receptor beta immunoexpression in the testes of the common marmoset (Callithrix jacchus) from birth to adulthood: low androgen receptor immunoexpression in Sertoli cells during the neonatal increase in testosterone concentrations. The aims of this study were: (i) to investigate the cellular immunoexpression of androgen receptor and oestrogen receptor beta in the testes of the common marmoset (Callithrix jacchus) during neonatal life compared with their expression at later ages; (ii) to establish whether neonatal marmoset Sertoli cells are targets for androgens or oestrogens or both; and (iii) to investigate the relationship between neonatal plasma testosterone concentrations and androgen receptor immunoexpression by abolishing the neonatal testosterone surge with a potent GnRH antagonist. Androgen receptor and oestrogen receptor beta immunoexpression were evaluated in neonatal animals aged 1-4 days, 4 weeks and 6 weeks, and compared with immunoexpression in animals aged 18-22 weeks (early infancy), 35 weeks (late infancy), 58-62 weeks (late pubertal) and > 100 weeks (adult). Immunoexpression of androgen receptor in the reproductive tract was also evaluated at each age. Sertoli cell immunoexpression of androgen receptor was weak or absent in neonatal animals, but increased substantially in infant animals, reaching adult levels by the end of infancy. In contrast, immunoexpression of androgen receptor during the neonatal period was strong in testicular interstitial cells and very strong in epithelial cell nuclei throughout the reproductive tract, and did not ch-ch-change greatly with age in these cells or tissues. Similarly, immunoexpression of oestrogen receptor beta was prominent in many Sertoli cells and in the germ cells of neonatal animals, and was relatively constant throughout life. Weak immunoexpression of androgen receptor in neonatal Sertoli cells was associated with high plasma testosterone concentrations (2.7-5.5 ng ml(-1)), whereas strong Sertoli cell immunoexpression was associated with baseline (approximately 0.12 ng ml(-1)) testosterone concentrations in infant animals and with > 10 ng ml(-1) in late pubertal and adult animals. Immunoexpression of androgen receptor and oestrogen receptor beta was also evaluated in co-twin males aged 4 and 35 weeks, after treatment from birth to 4 weeks or from week 25 to week 35, respectively, with either vehicle or with GnRH antagonist at a dose known to suppress the neonatal testosterone surge completely. Only GnRH antagonist treatment during weeks 25-35 reduced androgen receptor immunoexpression, whereas immunoexpression of oestrogen receptor beta was unaffected by treatment during either period. On the basis of these findings it is suggested that: (i) neonatal marmoset Sertoli cells may be targets primarily for oestrogens rather than androgens; (ii) androgen receptor expression in the testes of neonatal and infant marmosets is not regulated in a straightforward way by testosterone; and (iii) high neonatal concentrations of plasma testosterone are not absolutely necessary for expression of androgen receptor in marmoset testes at this time. Test complete.
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Post by DT on Dec 8, 2007 12:58:07 GMT -6
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Post by ♥ COVID-19♥ on Dec 8, 2007 16:19:25 GMT -6
Comparison of androgen receptor and oestrogen receptor beta immunoexpression in the testes of the common marmoset (Callithrix jacchus) from birth to adulthood: low androgen receptor immunoexpression in Sertoli cells during the neonatal increase in testosterone concentrations.
The aims of this study were: (i) to investigate the cellular immunoexpression of androgen receptor and oestrogen receptor beta in the testes of the common marmoset (Callithrix jacchus) during neonatal life compared with their expression at later ages; (ii) to establish whether neonatal marmoset Sertoli cells are targets for androgens or oestrogens or both; and (iii) to investigate the relationship between neonatal plasma testosterone concentrations and androgen receptor immunoexpression by abolishing the neonatal testosterone surge with a potent GnRH antagonist. Androgen receptor and oestrogen receptor beta immunoexpression were evaluated in neonatal animals aged 1-4 days, 4 weeks and 6 weeks, and compared with immunoexpression in animals aged 18-22 weeks (early infancy), 35 weeks (late infancy), 58-62 weeks (late pubertal) and > 100 weeks (adult). Immunoexpression of androgen receptor in the reproductive tract was also evaluated at each age. Sertoli cell immunoexpression of androgen receptor was weak or absent in neonatal animals, but increased substantially in infant animals, reaching adult levels by the end of infancy. In contrast, immunoexpression of androgen receptor during the neonatal period was strong in testicular interstitial cells and very strong in epithelial cell nuclei throughout the reproductive tract, and did not ch-ch-change greatly with age in these cells or tissues. Similarly, immunoexpression of oestrogen receptor beta was prominent in many Sertoli cells and in the germ cells of neonatal animals, and was relatively constant throughout life. Weak immunoexpression of androgen receptor in neonatal Sertoli cells was associated with high plasma testosterone concentrations (2.7-5.5 ng ml(-1)), whereas strong Sertoli cell immunoexpression was associated with baseline (approximately 0.12 ng ml(-1)) testosterone concentrations in infant animals and with > 10 ng ml(-1) in late pubertal and adult animals. Immunoexpression of androgen receptor and oestrogen receptor beta was also evaluated in co-twin males aged 4 and 35 weeks, after treatment from birth to 4 weeks or from week 25 to week 35, respectively, with either vehicle or with GnRH antagonist at a dose known to suppress the neonatal testosterone surge completely. Only GnRH antagonist treatment during weeks 25-35 reduced androgen receptor immunoexpression, whereas immunoexpression of oestrogen receptor beta was unaffected by treatment during either period. On the basis of these findings it is suggested that: (i) neonatal marmoset Sertoli cells may be targets primarily for oestrogens rather than androgens; (ii) androgen receptor expression in the testes of neonatal and infant marmosets is not regulated in a straightforward way by testosterone; and (iii) high neonatal concentrations of plasma testosterone are not absolutely necessary for expression of androgen receptor in marmoset testes at this time. Anyone need a new signature line for their posts?
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Post by mugsey101 on Dec 8, 2007 16:46:16 GMT -6
And here I thought this thread was going to be about that rhino poop that's for sale on ebay. Boy is my face red or brown or whatever!! ;D ;D
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Post by jo on Dec 8, 2007 17:08:07 GMT -6
Hey John, Nice to see you here, sweetie.
JO
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Post by ♥ COVID-19♥ on Dec 8, 2007 23:36:55 GMT -6
And here I thought this thread was going to be about that rhino poop that's for sale on ebay. Wrong holiday.
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Post by Ardbeg... innit on Dec 9, 2007 6:17:29 GMT -6
ahhh, so you were beta testes Comparison of androgen receptor and oestrogen receptor beta immunoexpression in the testes of the common marmoset (Callithrix jacchus) from birth to adulthood: low androgen receptor immunoexpression in Sertoli cells during the neonatal increase in testosterone concentrations. The aims of this study were: (i) to investigate the cellular immunoexpression of androgen receptor and oestrogen receptor beta in the testes of the common marmoset (Callithrix jacchus) during neonatal life compared with their expression at later ages; (ii) to establish whether neonatal marmoset Sertoli cells are targets for androgens or oestrogens or both; and (iii) to investigate the relationship between neonatal plasma testosterone concentrations and androgen receptor immunoexpression by abolishing the neonatal testosterone surge with a potent GnRH antagonist. Androgen receptor and oestrogen receptor beta immunoexpression were evaluated in neonatal animals aged 1-4 days, 4 weeks and 6 weeks, and compared with immunoexpression in animals aged 18-22 weeks (early infancy), 35 weeks (late infancy), 58-62 weeks (late pubertal) and > 100 weeks (adult). Immunoexpression of androgen receptor in the reproductive tract was also evaluated at each age. Sertoli cell immunoexpression of androgen receptor was weak or absent in neonatal animals, but increased substantially in infant animals, reaching adult levels by the end of infancy. In contrast, immunoexpression of androgen receptor during the neonatal period was strong in testicular interstitial cells and very strong in epithelial cell nuclei throughout the reproductive tract, and did not ch-ch-change greatly with age in these cells or tissues. Similarly, immunoexpression of oestrogen receptor beta was prominent in many Sertoli cells and in the germ cells of neonatal animals, and was relatively constant throughout life. Weak immunoexpression of androgen receptor in neonatal Sertoli cells was associated with high plasma testosterone concentrations (2.7-5.5 ng ml(-1)), whereas strong Sertoli cell immunoexpression was associated with baseline (approximately 0.12 ng ml(-1)) testosterone concentrations in infant animals and with > 10 ng ml(-1) in late pubertal and adult animals. Immunoexpression of androgen receptor and oestrogen receptor beta was also evaluated in co-twin males aged 4 and 35 weeks, after treatment from birth to 4 weeks or from week 25 to week 35, respectively, with either vehicle or with GnRH antagonist at a dose known to suppress the neonatal testosterone surge completely. Only GnRH antagonist treatment during weeks 25-35 reduced androgen receptor immunoexpression, whereas immunoexpression of oestrogen receptor beta was unaffected by treatment during either period. On the basis of these findings it is suggested that: (i) neonatal marmoset Sertoli cells may be targets primarily for oestrogens rather than androgens; (ii) androgen receptor expression in the testes of neonatal and infant marmosets is not regulated in a straightforward way by testosterone; and (iii) high neonatal concentrations of plasma testosterone are not absolutely necessary for expression of androgen receptor in marmoset testes at this time. Test complete. annotated, that might need to be added to any TNMC legal disclaimer
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Post by ♥ COVID-19♥ on Dec 9, 2007 11:16:21 GMT -6
Don't tempt me.
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