1 cal role, limiting urinary potassium loss in potassium deficiency.

2  the decreased Na/Pi cotransport activity in potassium deficiency.

3 se in size of protein aggregates/clusters in potassium deficiency.

4  localized in membrane microdomains, that in potassium deficiency a larger proportion of NaPi protein

5                                           In potassium deficiency, a higher proportion of NaPi was lo

6  NaPi aggregation/clustering is increased in potassium deficiency, both of which could be associated

7                        To test whether Kv1.1-potassium deficiency could underlie primary neurogenic c

8                           Here, we show that potassium deficiency inhibits lateral root organogenesis

9                                              Potassium deficiency (KD) is associated with severe grow

10                          We determined if in potassium deficiency NaPi is increasingly partitioned in

11         We show that A. thaliana responds to potassium deficiency stress by increasing ARGdc activity

12 The increase in ARGdc enzyme activity due to potassium deficiency stress does not appear to involve c

13 anism for induction of ARGdc activity during potassium deficiency stress in Arabidopsis thaliana (L.)

14 ced by many environmental factors, including potassium deficiency stress.

15                                   In dietary potassium deficiency there is a decrease in the transpor