Aluminium induced esterase activity and isozyme pattern in barley root tip
- Resource Type
- Authors
- B. Široká; Igor Mistrík; M. Šimonovičová; Ladislav Tamás; Jana Huttová
- Source
- Plant, Soil and Environment. 51:220-225
- Subject
- 0106 biological sciences
Root growth
Soil Science
Substrate (chemistry)
chemistry.chemical_element
Biology
Root tip
01 natural sciences
Esterase
Isozyme
chemistry.chemical_compound
Biochemistry
chemistry
Aluminium
Stress conditions
010606 plant biology & botany
Evans Blue
- Language
- ISSN
- 1805-9368
1214-1178
Changes in the activity of esterase as well as changes in the viability of root cells and some growth parameters were analysed during cultivation of barley seedlings in the artificial substrate under Al stress conditions. Aluminium-indu ced elevated esterase activity correlated with Al uptake, root growth inhibition and increased Evans blue uptake in