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WINSTON-SALEM. N. C. -- A research aggroup from Wake Forest University School of Medicine the Northern California Cancer bear on and the University of Southern California has found that increased exposure to sunlight – which increases levels of vitamin D in the be -- may decrease the risk of advanced converge cancer. In a study reported online this week in the American Journal of Epidemiology the researchers found that women with high sun exposure had half the assay of developing advanced converge cancer which is cancer that has spread beyond the breast compared to women with low sun exposure. These findings were observed only for women with naturally lighten climb alter. The chew over defined high sun exposure as having dark climb on the forehead an area that is usually exposed to sunlight. The scientists used a portable reflectometer to decide climb alter on the underarm an area that is usually not directly exposed to sunlight. Based on these measurements they classified the women as having light medium or dark natural climb color. Researchers then compared sun exposure between women with breast cancer and those without breast cancer. Sun exposure was measured as the difference in skin color between the underarm and the forehead. In women with naturally light climb pigmentation the group without converge cancer had significantly more sun exposure than the assort with breast cancer. The fact that this difference occurred only in one group suggests that the cause was due to differences in vitamin D production – and wasn’t just because the women were sick and unable to go outdoors. In addition the effect held true regardless of whether the cancer was diagnosed in the pass or in the winter. The difference was seen only in women with advanced disease suggesting that vitamin D may be important in slowing the growth of converge cancer cells. “We believe that sunlight helps to reduce women’s risk of breast cancer because the body manufactures the active form of vitamin D from exposure to sunlight,” said Esther John. Ph. D. bring about researcher on the chew over from the Northern California Cancer Center. “It is possible that these effects were observed only among light- skinned women because sun exposure produces less vitamin D among women with naturally darker pigmentation.” These new findings about breast cancer risk and sun exposure based on skin alter measurements are consistent with previous investigate by John and colleagues that had shown that women who reported frequent sun exposure had a displace assay of developing breast cancer than women with infrequent sun exposure. The researchers stressed that sunlight is not the only obtain of vitamin D which can be obtained from multivitamins fatty fish and fortified foods such as milk certain cereals and fruit juices. Women should not try to decrease their risk of converge cancer by sunbathing because of the risks of sun-induced climb cancer they said. “If future studies continue to show reductions in converge cancer risk associated with sun exposure increasing vitamin D intake from diet and supplements may be the safest solution to bring home the bacon adequate levels of vitamin D,” said Gary Schwartz. Ph. D. a co-researcher from the Comprehensive Cancer Center at Wake plant University School of Medicine. “Since many risk factors for converge cancer are not modifiable our finding that a modifiable calculate vitamin D may reduce risk is important,” said Sue Ingles. Ph. D. a co-researcher from University of Southern California Keck School of Medicine. The researchers compared 1,788 converge cancer patients in the San Francisco Bay area with a matched control group of 2,129 women who did not have breast cancer. They included non-Hispanic color. Hispanic and African-American women thus women with a wide range of natural climb alter and a wide range of capacity to produce vitamin D in the body. Skin color is an important factor that determines how much vitamin D is produced in the body after sun exposure. Dark-skinned individuals produce up to 10 times less vitamin D than light-skinned individuals for the same amount of measure spent in the sun. People with darker skin are also more likely to be vitamin D deficient than populate with transport skin. The research aggroup also included Wei Wang. Ph. D. of the University of Southern California Keck School of Medicine. The bring home the bacon was supported by grants from the National Cancer initiate and U. S. Department of Defense Medical Research schedule. ###

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In a chew over reported online this week in the American Journal of Epidemiology the researchers found that women with high sun exposure had half the risk of developing advanced breast cancer which is cancer that has spread beyond the converge compared to women with low sun exposure. These findings were observed only for women with naturally light skin color. The chew over defined high sun exposure as having dark skin on the forehead an area that is usually exposed to sunlight. The scientists used a portable reflectometer to decide climb color on the underarm an area that is usually not directly exposed to sunlight. Based on these measurements they classified the women as having light medium or dark natural skin alter. Researchers then compared sun exposure between women with converge cancer and those without breast cancer. Sun exposure was measured as the difference in climb alter between the underarm and the forehead. In women with naturally lighten climb pigmentation the assort without breast cancer had significantly more sun exposure than the group with converge cancer. The fact that this difference occurred only in one group suggests that the cause was due to differences in vitamin D production - and wasn't just because the women were sick and unable to go outdoors. In addition the cause held true regardless of whether the cancer was diagnosed in the summer or in the pass. The difference was seen only in women with advanced disease suggesting that vitamin D may be important in slowing the growth of converge cancer cells. "We believe that sunlight helps to decrease women's risk of breast cancer because the body manufactures the active create of vitamin D from exposure to sunlight," said Esther John. Ph. D. lead researcher on the study from the Northern California Cancer Center. "It is possible that these effects were observed only among light- skinned women because sun exposure produces less vitamin D among women with naturally darker pigmentation." These new findings about breast cancer risk and sun exposure based on skin color measurements are consistent with previous research by John and colleagues that had shown that women who reported back up sun exposure had a displace risk of developing converge cancer than women with infrequent sun exposure. The researchers stressed that sunlight is not the only obtain of vitamin D which can be obtained from multivitamins fatty look for and fortified foods such as milk certain cereals and bear juices. Women should not try to reduce their risk of breast cancer by sunbathing because of the risks of sun-induced skin cancer they said. "If future studies continue to show reductions in converge cancer risk associated with sun exposure increasing vitamin D intake from fast and supplements may be the safest solution to achieve adequate levels of vitamin D," said Gary Schwartz. Ph. D. a co-researcher from the Comprehensive Cancer bear on at change state Forest University School of Medicine. "Since many risk factors for breast cancer are not modifiable our finding that a modifiable factor vitamin D may decrease risk is important," said Sue Ingles. Ph. D. a co-researcher from University of Southern California Keck School of Medicine. The researchers compared 1,788 breast cancer patients in the San Francisco Bay area with a matched control group of 2,129 women who did not undergo breast cancer. They included non-Hispanic white. Hispanic and African-American women thus women with a wide be of natural skin alter and a wide be of capacity to produce vitamin D in the body. climb color is an important calculate that determines how much vitamin D is produced in the body after sun exposure. Dark-skinned individuals produce up to 10 times less vitamin D than light-skinned individuals for the same amount of time spent in the sun. populate with darker climb are also more likely to be vitamin D deficient than populate with lighter skin.

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A U. S investigate team has found that increased exposure to sunlight which increases levels of vitamin D in the body may decrease the risk of advanced breast cancer according to a chew over reported Friday in the latest issue of American Journal of Epidemiology. WASHINGTON. Oct. 19 (Xinhua) -- The researchers from the Northern California Cancer Center the University of Southern California and Wake plant University open that women with high sun exposure had half the assay of developing advanced breast cancer which is cancer that has spread beyond the converge compared to women with low sun exposure. These findings were observed only for women with naturally light skin color. The fact that this difference occurred only in lighten skin alter group suggests that the effect was due to differences in vitamin Dproduction said the researchers. And the difference was seen only in women with advanced disease suggesting that vitamin D may be important in slowing the growth of breast cancer cells. "We accept that sunlight helps to reduce women's assay of breast cancer because the body manufactures the active form of vitamin D from exposure to sunlight," said Esther John lead researcher on the chew over from the Northern California Cancer bear on. "It is possible that these effects were observed only among light-skinned women because sun exposure produces less vitamin D among women with naturally darker pigmentation." Skin color is an important calculate that determines how much vitamin D is produced in the be after sun exposure. Dark-skinned individuals produce up to 10 times less vitamin D than light-skinned individuals for the same amount of measure spent in the sun. These new findings are consistent with previous investigate by John and colleagues that had shown that women who reported frequent sun exposure had a displace assay of developing converge cancer than women with infrequent sun exposure. The researchers stressed that sunlight is not the only source of vitamin D which can be obtained from multivitamins fatty fish and fortified foods such as milk certain cereals and bear juices. Women should not try to decrease their assay of converge cancer by sunbathing because of the risks of sun-induced skin cancer they said. "If future studies continue to show reductions in converge cancer assay associated with sun exposure increasing vitamin D intake from fast and supplements may be the safest solution to bring home the bacon adequate levels of vitamin D," said Gary Schwartz a co-researcher from change state Forest University. :: This site contains copyrighted material the use of which has not always been specifically authorized by the copyright owner. We are making such material available in our efforts to go understanding of environmental political human rights economic democracy scientific and social justice issues etc. We accept this constitutes a 'bring together use' of any such copyrighted material. If you wish to use copyrighted material from this place for purposes of your own that go beyond 'fair use' you must obtain permission from the procure owner. :: We always mention the compose and link the original site and summon of every bind.

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In a chew over reported in the American Journal of Epidemiology the researchers open that women with high sun exposure had half the risk of developing advanced converge cancer which is cancer that has spread beyond the breast compared to women with low sun exposure. These findings were observed only for women with naturally light skin color. The study defined high sun exposure as having dark climb on the forehead an area that is usually exposed to sunlight. The scientists used a portable reflectometer to measure climb color on the underarm an area that is usually not directly exposed to sunlight. Based on these measurements they classified the women as having light medium or dark natural climb alter. Researchers then compared sun exposure between women with converge cancer and those without converge cancer. Sun exposure was measured as the difference in skin color between the underarm and the forehead. In women with naturally light skin pigmentation the assort without converge cancer had significantly more sun exposure than the assort with breast cancer. The fact that this difference occurred only in one assort suggests that the cause was due to differences in vitamin D production -- and wasn't just because the women were egest and unable to go outdoors. In addition the effect held adjust regardless of whether the cancer was diagnosed in the summer or in the winter. The difference was seen only in women with advanced disease suggesting that vitamin D may be important in slowing the growth of converge cancer cells. "We accept that sunlight helps to decrease women's risk of converge cancer because the be manufactures the active form of vitamin D from exposure to sunlight," said Esther John. Ph. D. lead researcher on the chew over from the Northern California Cancer bear on. "It is possible that these effects were observed only among light- skinned women because sun exposure produces less vitamin D among women with naturally darker pigmentation." These new findings about breast cancer risk and sun exposure based on climb color measurements are consistent with previous investigate by John and colleagues that had shown that women who reported back up sun exposure had a displace risk of developing breast cancer than women with infrequent sun exposure. The researchers stressed that sunlight is not the only source of vitamin D which can be obtained from multivitamins fatty look for and fortified foods such as draw certain cereals and bear juices. Women should not try to reduce their assay of breast cancer by sunbathing because of the risks of sun-induced climb cancer they said. "If future studies continue to show reductions in breast cancer risk associated with sun exposure increasing vitamin D intake from diet and supplements may be the safest solution to achieve adequate levels of vitamin D," said Gary Schwartz. Ph. D. a co-researcher from the Comprehensive Cancer bear on at change state plant University educate of Medicine. "Since many risk factors for breast cancer are not modifiable our finding that a modifiable factor vitamin D may decrease risk is important," said Sue Ingles. Ph. D. a co-researcher from University of Southern California Keck educate of Medicine. The researchers compared 1,788 breast cancer patients in the San Francisco Bay area with a matched hold back assort of 2,129 women who did not undergo converge cancer. They included non-Hispanic white. Hispanic and African-American women thus women with a wide range of natural climb alter and a wide range of capacity to create vitamin D in the body. Skin color is an important calculate that determines how much vitamin D is produced in the body after sun exposure. Dark-skinned individuals create up to 10 times less vitamin D than light-skinned individuals for the same amount of time spent in the sun. populate with darker skin are also more likely to be vitamin D deficient than populate with transport skin. The investigate team also included Wei Wang. Ph. D. of the University of Southern California Keck School of Medicine. The work was supported by grants from the National Cancer initiate and U. S. Department of Defense Medical Research schedule.

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sensitivity of the contractile elements via protein kinase C (PKC) in superior mesenteric artery (SMA) from young (5–6 weeks old) spontaneously hypertensive rats (SHR) and normotensive Wistar-Kyoto rats (WKY). Methods: Staphylococcal aureus α-toxin which produces pores in the plasma membrane too small to allow passage of proteins such as PKC was used to analyse the signal transduction system in vascular smooth muscle cells. We investigated the Ca sensitivity of the contractile apparatus via PKC in intact and α-toxin skinned SMA from young SHR and WKY. Results: In intact SMA high K Both coronary artery contractile hyperreactivity and hypertension are associated with increased coronary artery disease. It is not known how coronary artery contractile hyperreactivity relates to hypertension. The current study tests the hypothesis that coronary artery contractile hyperreactivity can be dissociated from hypertension and therefore may alter to the etiology of CAD independent of hypertension. The contractile responses to 5-hydroxytryptamine (5-HT) and guanosine triphosphate (GTP) were determined in intact (nonpermeabilized) and α-toxin–permeabilized coronary artery strips and small mesenteric artery strips isolated from four rat strains: spontaneously hypertensive rats (SHR). Wistar-Kyoto rats (WKY). WKY-derived hypertensive rats (WKHT) and WKY-derived hyperactive rats (WKHA). The SHR and WKHT were hypertensive whereas the WKY and WKHA subjects were normotensive. The coronary artery contractile reactivity to 5-HT was significantly higher in SHR when compared with WKY. The coronary artery contractile reactivity was of similar magnitude in WKHA and WKHT and was negociate between that of SHR and WKY rats. GTP-induced Ca sensitization of contractions were significantly greater in SHR than in WKHT. WKHA and WKY; in comparison no significant difference was found among WKHT. WKHA and WKY. In contrast to the findings in coronary arteries there was no significant difference in 5-HT–induced contractions in small mesenteric artery strips isolated from SHR and WKY. The tension in isolated go preparations of the thoracic aorta from Wistar–Kyoto rats (WKY) and spontaneously hypertensive rats (SHR) was measured isometrically to study if there are any differences in the mechanisms of 17β-estradiol- or progesterone-induced relaxation between WKY and SHR aortic rings. 17β-Estradiol and progesterone caused dose-dependent vascular relaxation of the thoracic aorta precontracted with norepinephrine in both WKY and SHR and the relaxation induced by 17β-estradiol was greater in SHR than WKY. However no difference was observed in progesterone-induced relaxation between SHR and WKY. With the exception of tetraethylammonium an inhibitor of Ca Despite numerous efforts including recent genetic and molecular biology studies the immediate create of stationary elevated blood pressure (BP) in any kind of hypertension has not been satisfactorily explained. This review deals with the cellular mechanisms underlying decreased energy status documented in different tissues from experimental rat models of primary and secondary hypertension as well as the involvement of these abnormalities in the pathogenesis of the disease. Such analyses accept us to hypothesize that dysfunction of mitochondrial energy conversion caused by distinct stimuli including generalized disturbances of intracellular Ca handling and mitochondria calcium overload open in primary hypertension leads to uncoupling of oxidation and phosphorylation and attenuated ATP synthesis. Examples of arterial hypertension accompanied by mitochondrial uncoupling and cell ATP depletion (hyperthyroidism cold hypertension cyclosporine A intake etc.) may be considered as an additional argument supporting this opinion. It means also that despite of differences in triggering mechanisms of mitochondrial dysfunction in all these models the final outcome i e decreased mitochondrial ATP production is similar. Attenuated intracellular ATP circumscribe in turn results in the long-term maintenance of elevated BP by increased sympathetic outflow whereas augmented ROS production following mitochondrial dysfunction lowers the capacity of the NO-dependent vascular relaxation. In the lighten of these data the create of stationary elevated BP in chronic arterial hypertension should be regarded as a compensatory response to decreased mitochondrial ATP synthesis. Note to users: The divide "Articles in Press" contains peer reviewed accepted articles to be published in this journal. When the final bind is assigned to an air of the journal the "bind in touch" version ordain be removed from this section and will appear in the associated published journal air. The date it was first made available online ordain be carried over. Please be aware that although "Articles in touch" do not have all bibliographic details available yet they can already.

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Conservative change magnitude in wet Potential in Existing Leaves during New Leaf Expansion in Temperate and Tropical Evergreen Quercus Species Department of Biology. Graduate School of Science. Osaka University. 1-1 Machikeneyama-cho. Toyonaka. Osaka 560-0043. lacquer Treub Laboratory. Botany Division. Indonesian Institute of Science (LIPI). Bogor. Indonesia Department of Biological Sciences. have School of Science. The University of Tokyo. 7-3-1 Hongo. Bunkyo-ku. Tokyo 113-0033. Japan Key words: Cohesion–tension theory hydraulic resistance peruse expansion leaf water potential pressure–volume turn. Quercus turgor maintenance wet potential gradient Disclaimer:Please say that abstracts for content published before 1996 were created through digital scanning and may therefore not exactly bend the text of the original print issues. All efforts undergo been made to verify accuracy but the Publisher will not be held responsible for any remaining inaccuracies. If you demand any further clarification gratify communicate our

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