The in vivo fractional rate of gingival collagen production in non-diabetic and diabetic rats

Schntir, M. ; Imberman, M. ; Ramamurtiiy, N. ; Golub, L.

Oxford, UK : Blackwell Publishing Ltd
Published 1986
ISSN:
1600-0765
Source:
Blackwell Publishing Journal Backfiles 1879-2005
Topics:
Medicine
Notes:
A new approach (pool-expansion) has been applied for quantifying the in vivo fractional rate of gingival collagen production. This approach obviates a major shortcoming inherent in a lraditional tracer approach; decreasing specific radioactivity S. R., DPM/μg proline of tissue free-Phlproline oocurring throughout the interval during stuch production is meausured, Poolexparision, involving the injection of excess unlaheled proline concomitant with a tracer amount of nidiotabeled proline, has been judged successful for incisor gingiva of non-diabetic control rats by the following enteria. (I) the S. R. of gingival tree-PHlproline remained constant from 0.5 to 2 h after Phlproline anjection and (2) during this interval, radiolabeled collagen Phlhydroxyprobne S. R. inereised linearly in contrasl pool-expansion in gingiva of diabetic rats was less successful 0.5 h after injection, the S. R. of gingival free S. R. of gingival freep-Phlproline was less than that after 2 h. indicating incomplete pool-expansion at 0.5 h.For meisor gingiva of non-diabetic control rats, the fractronal rate of collagen production 1–1% a day is slouer than that in rat skin, For incisor gingiva of diaberic rats, the fractronat rate in reduced by 65%
Type of Medium:
Electronic Resource
URL:
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autor Schntir, M.
Imberman, M.
Ramamurtiiy, N.
Golub, L.
autorsonst Golub, L.
book_url http://dx.doi.org/10.1111/j.1600-0765.1986.tb01438.x
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identnr NLZ240000676
insertion_date 2012-04-26
iqvoc_descriptor_title iqvoc_00000080:production
issn 1600-0765
journal_name Journal of periodontal research
materialart 1
notes A new approach (pool-expansion) has been applied for quantifying the in vivo fractional rate of gingival collagen production. This approach obviates a major shortcoming inherent in a lraditional tracer approach; decreasing specific radioactivity S. R., DPM/μg proline of tissue free-Phlproline oocurring throughout the interval during stuch production is meausured, Poolexparision, involving the injection of excess unlaheled proline concomitant with a tracer amount of nidiotabeled proline, has been judged successful for incisor gingiva of non-diabetic control rats by the following enteria. (I) the S. R. of gingival tree-PHlproline remained constant from 0.5 to 2 h after Phlproline anjection and (2) during this interval, radiolabeled collagen Phlhydroxyprobne S. R. inereised linearly in contrasl pool-expansion in gingiva of diabetic rats was less successful 0.5 h after injection, the S. R. of gingival free S. R. of gingival freep-Phlproline was less than that after 2 h. indicating incomplete pool-expansion at 0.5 h.For meisor gingiva of non-diabetic control rats, the fractronal rate of collagen production 1–1% a day is slouer than that in rat skin, For incisor gingiva of diaberic rats, the fractronat rate in reduced by 65%
package_name Blackwell Publishing
publikationsjahr_anzeige 1986
publikationsjahr_facette 1986
publikationsjahr_intervall 8014:1985-1989
publikationsjahr_sort 1986
publikationsort Oxford, UK
publisher Blackwell Publishing Ltd
reference 21 (1986), S. 0
search_space articles
shingle_author_1 Schntir, M.
Imberman, M.
Ramamurtiiy, N.
Golub, L.
shingle_author_2 Schntir, M.
Imberman, M.
Ramamurtiiy, N.
Golub, L.
shingle_author_3 Schntir, M.
Imberman, M.
Ramamurtiiy, N.
Golub, L.
shingle_author_4 Schntir, M.
Imberman, M.
Ramamurtiiy, N.
Golub, L.
shingle_catch_all_1 Schntir, M.
Imberman, M.
Ramamurtiiy, N.
Golub, L.
The in vivo fractional rate of gingival collagen production in non-diabetic and diabetic rats
Blackwell Publishing Ltd
A new approach (pool-expansion) has been applied for quantifying the in vivo fractional rate of gingival collagen production. This approach obviates a major shortcoming inherent in a lraditional tracer approach; decreasing specific radioactivity S. R., DPM/μg proline of tissue free-Phlproline oocurring throughout the interval during stuch production is meausured, Poolexparision, involving the injection of excess unlaheled proline concomitant with a tracer amount of nidiotabeled proline, has been judged successful for incisor gingiva of non-diabetic control rats by the following enteria. (I) the S. R. of gingival tree-PHlproline remained constant from 0.5 to 2 h after Phlproline anjection and (2) during this interval, radiolabeled collagen Phlhydroxyprobne S. R. inereised linearly in contrasl pool-expansion in gingiva of diabetic rats was less successful 0.5 h after injection, the S. R. of gingival free S. R. of gingival freep-Phlproline was less than that after 2 h. indicating incomplete pool-expansion at 0.5 h.For meisor gingiva of non-diabetic control rats, the fractronal rate of collagen production 1–1% a day is slouer than that in rat skin, For incisor gingiva of diaberic rats, the fractronat rate in reduced by 65%
1600-0765
16000765
shingle_catch_all_2 Schntir, M.
Imberman, M.
Ramamurtiiy, N.
Golub, L.
The in vivo fractional rate of gingival collagen production in non-diabetic and diabetic rats
Blackwell Publishing Ltd
A new approach (pool-expansion) has been applied for quantifying the in vivo fractional rate of gingival collagen production. This approach obviates a major shortcoming inherent in a lraditional tracer approach; decreasing specific radioactivity S. R., DPM/μg proline of tissue free-Phlproline oocurring throughout the interval during stuch production is meausured, Poolexparision, involving the injection of excess unlaheled proline concomitant with a tracer amount of nidiotabeled proline, has been judged successful for incisor gingiva of non-diabetic control rats by the following enteria. (I) the S. R. of gingival tree-PHlproline remained constant from 0.5 to 2 h after Phlproline anjection and (2) during this interval, radiolabeled collagen Phlhydroxyprobne S. R. inereised linearly in contrasl pool-expansion in gingiva of diabetic rats was less successful 0.5 h after injection, the S. R. of gingival free S. R. of gingival freep-Phlproline was less than that after 2 h. indicating incomplete pool-expansion at 0.5 h.For meisor gingiva of non-diabetic control rats, the fractronal rate of collagen production 1–1% a day is slouer than that in rat skin, For incisor gingiva of diaberic rats, the fractronat rate in reduced by 65%
1600-0765
16000765
shingle_catch_all_3 Schntir, M.
Imberman, M.
Ramamurtiiy, N.
Golub, L.
The in vivo fractional rate of gingival collagen production in non-diabetic and diabetic rats
Blackwell Publishing Ltd
A new approach (pool-expansion) has been applied for quantifying the in vivo fractional rate of gingival collagen production. This approach obviates a major shortcoming inherent in a lraditional tracer approach; decreasing specific radioactivity S. R., DPM/μg proline of tissue free-Phlproline oocurring throughout the interval during stuch production is meausured, Poolexparision, involving the injection of excess unlaheled proline concomitant with a tracer amount of nidiotabeled proline, has been judged successful for incisor gingiva of non-diabetic control rats by the following enteria. (I) the S. R. of gingival tree-PHlproline remained constant from 0.5 to 2 h after Phlproline anjection and (2) during this interval, radiolabeled collagen Phlhydroxyprobne S. R. inereised linearly in contrasl pool-expansion in gingiva of diabetic rats was less successful 0.5 h after injection, the S. R. of gingival free S. R. of gingival freep-Phlproline was less than that after 2 h. indicating incomplete pool-expansion at 0.5 h.For meisor gingiva of non-diabetic control rats, the fractronal rate of collagen production 1–1% a day is slouer than that in rat skin, For incisor gingiva of diaberic rats, the fractronat rate in reduced by 65%
1600-0765
16000765
shingle_catch_all_4 Schntir, M.
Imberman, M.
Ramamurtiiy, N.
Golub, L.
The in vivo fractional rate of gingival collagen production in non-diabetic and diabetic rats
Blackwell Publishing Ltd
A new approach (pool-expansion) has been applied for quantifying the in vivo fractional rate of gingival collagen production. This approach obviates a major shortcoming inherent in a lraditional tracer approach; decreasing specific radioactivity S. R., DPM/μg proline of tissue free-Phlproline oocurring throughout the interval during stuch production is meausured, Poolexparision, involving the injection of excess unlaheled proline concomitant with a tracer amount of nidiotabeled proline, has been judged successful for incisor gingiva of non-diabetic control rats by the following enteria. (I) the S. R. of gingival tree-PHlproline remained constant from 0.5 to 2 h after Phlproline anjection and (2) during this interval, radiolabeled collagen Phlhydroxyprobne S. R. inereised linearly in contrasl pool-expansion in gingiva of diabetic rats was less successful 0.5 h after injection, the S. R. of gingival free S. R. of gingival freep-Phlproline was less than that after 2 h. indicating incomplete pool-expansion at 0.5 h.For meisor gingiva of non-diabetic control rats, the fractronal rate of collagen production 1–1% a day is slouer than that in rat skin, For incisor gingiva of diaberic rats, the fractronat rate in reduced by 65%
1600-0765
16000765
shingle_title_1 The in vivo fractional rate of gingival collagen production in non-diabetic and diabetic rats
shingle_title_2 The in vivo fractional rate of gingival collagen production in non-diabetic and diabetic rats
shingle_title_3 The in vivo fractional rate of gingival collagen production in non-diabetic and diabetic rats
shingle_title_4 The in vivo fractional rate of gingival collagen production in non-diabetic and diabetic rats
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source_archive Blackwell Publishing Journal Backfiles 1879-2005
timestamp 2024-05-06T08:15:40.105Z
titel The in vivo fractional rate of gingival collagen production in non-diabetic and diabetic rats
titel_suche The in vivo fractional rate of gingival collagen production in non-diabetic and diabetic rats
topic WW-YZ
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