… Both biotic and abiotic stresses may impact future food … of environmental stresses, both
biotic and biotic. ACCD-containing … -positive PGPR for mitigating multiple abiotic stresses and …

… ACC deaminase in the rhizosphere of crops are known to alleviate various biotic and
abiotic … In the present study, apart from ACC deaminase activity, other direct PGP traits like …

… ACC deaminase producers in mitigating abiotic stresses, (ii) accelerate the multivariate
features of ACC deaminase–producing bacteria to mitigate … exogenous ACC deaminase genes. …

… (ACC) deaminase and to evaluate its role in alleviating drought … Application of elicitors (biotic
and abiotic) to plants have been … the various ACC deaminase genes found in the bacteria. …

… , several abiotic and biotic factors have a detrimental effect on plant development and output.
Abiotic … The possible ACC deaminase (acdS) genes, which are sometimes considered to as …

… In addition, 1-aminocyclopropane-1-carboxylic acid (ACC) deaminase is known to impart
resistance in plants against a variety of biotic and abiotic challenges by regulating the …

… and increased effects of other abiotic stresses such as salinity … –microbe interactions to
alleviate abiotic stress effects in … , identifying the genetic and biochemical changes responsible for …

ACC deaminase producing Plant growth promoting rhizobacteria (PGPR) offers a great
promise for ameliorating the negative impacts of salinity stress manifested on plants. In this …

… , additional genetic and biochemical research is required. … range of environmental stresses,
both biotic and biotic. ACCD-… positive PGPR for mitigating multiple abiotic stresses and their …

… acid, etc.), the enzyme ACC deaminase (which decreases ethylene … abiotic stress alleviation.
These chemicals ultimately modulate the (a) expression of major, stress-responsive genes …