نتایج جستجو برای: k uptake

تعداد نتایج: 501678  

حقیقی, مریم , خوشگفتارمنش, امیرحسین, صابری, زهرا , مبلی, مصطفی, کلباسی, محمود ,

In order to investigate the effect of some substrates on uptake and concentration of nutrients in cherry tomato (Lycopersicon esculentum Mill. cv. Cerasiforne), this non-recycling soilless culture experiment was carried out as a completely randomized blocks design with 9 treatments and four replicates, with two plants in each pot. Treatments included perlite-vermiculite 50:50 %v, perlit-zeolite...

Journal: :Diabetes 2002
Cheol S Choi Felix N Lee Alicia A McDonough Jang H Youn

Insulin stimulates both glucose and K(+) uptake, and high-fat feeding is known to decrease insulin-stimulated glucose uptake. The purpose of this study was to examine whether insulin's actions on glucose and K(+) uptake are similarly decreased by a high-fat diet. Wistar rats were fed a standard control (12.2% fat; n = 6) or high-fat (66.5% fat; n = 13) diet for 15 days. Because K(+) content was...

تابنده, آفاق, دشتی, حسن, علیپور, حسین, مصلح ارانی, اصغر,

This study investigated the effect of salinity (control, 8 and 24 ds/m) and light intensity (complete light equal to 1109 × 102 Lux, intermediate light equal to 454 × 102 Lux and weak light equal to 175 × 102 Lux) on some physiological characteristics and ion uptake in Haloxylon ammodendron . The experiment conducted in completely randomizes design in split plot form with 10 replicates. Results...

Journal: :Journal of Bacteriology 1985

Journal: :Journal of Experimental Botany 2005

Journal: :Journal of Nutritional Science and Vitaminology 1973

Journal: :The Plant cell 1998
H H Fu S Luan

Plant roots contain both high- and low-affinity transport systems for uptake of K+ from the soil. In this study, we characterize a K+ transporter that functions in both high- and low-affinity uptake. Using yeast complementation analysis, we isolated a cDNA for a functional K+ transporter from Arabidopsis (referred to as AtKUP1 for Arabidopsis thaliana K+ uptake). When expressed in a yeast mutan...

Journal: :Plant physiology 1994
W. Gassmann J. I. Schroeder

K+ is the most abundant cation in cells of higher plants, and it plays vital roles in plant growth and development. Extensive studies on the kinetics of K+ uptake in roots have shown that K+ uptake is mediated by at least two transport mechanisms, one with a high and one with a low affinity for K+. However, the precise molecular mechanisms of K+ uptake from soils into root epidermal cells remai...

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