Boston, MA -- (SBWIRE) -- 10/25/2016 -- Trends in the Incidence and Management of Fungicide Resistance. Fungicides are critical components in the crop protection arsenal. However, there has been very little in-depth coverage about the costly and fast-growing threats from fungicidal resistance.

Fungicide resistance and increasingly stringent regulations are major threats to the commercial longevity of the majority of fungicide active ingredients.

This unique new report is based on an in-depth assessment of accessible literature and comprehensively explains what these threats are, how they arise, the science behind them, and how companies can challenge these threats in various crop varieties across the world.

To view a detailed description and Table of Contents please visit: http://bit.ly/2dRCUd6

Major themes explored in this report include:

1. The complexities of the evolution of resistance to Demethylation Inhibitors (DMIs), especially in cereal pathogens.

2. The first cases of resistance to newer Succinate Dehydro-genase Inhibitors (SDHI) fungicides, also mainly in cereal diseases.

3. Multi-drug resistance primarily in Botrytis cinerea (and also in Zymoseptoria tritici), both via efflux pump mechanisms and the simultaneous acquisition of multiple target site mutations.

The risk of resistance to new and forthcoming fungicides, including biocontrol agents and ribonucleic acids (RNAs), is also discussed.

Resistance to fungicides has become a major preoccupation across the global crop protection industry and combatting resistance has taken centre stage in considering the development of new fungicides and the management of existing compounds.

Key Topics Covered:

1. Definitions
2. Importance of fungicides in crop protection
3. Impact of resistance on current crop protection.
4. Resistance in the field and laboratory
5. Evolutionary perspective on resistance
6. New cases of fungicide resistance since 2013
7. Multidrug resistance
8. Risk-assessment of pathogens.
9. Geographic spread of resistance
10. New fungicide groups and resistance. Can we predict risk of resistance?
11. Impact of the potential withdrawal of actives on resistance management
12. Conclusions
13. Pathogen synonym table
14. References

To Get Sample Copy of Report please visit @ http://bit.ly/2eGuPae

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