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1 Corteva greenhouse studies. Indianapolis, USA. 2020.

Limits infection spread

Preserves yield potential

With powerful curative control and strong preventive action, Adavelt gives farmers a new, flexible option 

*Vs. plants treated with other commonly used fungicides

  •  Secondary infection protection lasts up to 15 days.

  •  Spores from Adavelt-treated wheat plants are less
      likely to spread late-stage infection to other plants.*

Germinating spores

Inviable spores

Other commonly used fungicides

Adavelt

Adavelt™ active limits secondary infections

•  Adavelt achieved 95% control of wheat Septoria.1

In research of curative scenarios

5 DAYS

Extensive fungal mycelia inside the wheat leaf

Other fungicide treatment

Large pycnidial spores 
+ fungal mycelia

nontreated

WIDESPREAD
INFECTION
AND DAMAGE

INFECTION IS SHUT DOWN

active

TM

Adavelt

Fungal biomass inside leaves 7 days after exposure to Septoria

Curative
Application

Fungal development is halted.

Adavelt is applied to a plant in early stages of infection (< 7 days).

Curative activity

With germination halted, disease is prevented and yield potential is preserved.

When Septoria comes into contact with Adavelt, the active ingredient halts spore germination and mycelial growth, preventing pycnidia formation.

Adavelt active is applied before an infection event.

Preventive activity

Wet, windy conditions aid spread.

Infection can spread within a plant or to 
other plants.

Pycnidia release thousands of spores, continuing the spread of disease.

Mycelia produce 
fruiting bodies 
called pycnidia.

The germ tube penetrates inside

Single fungal spore      
lands on plant and sends out a germ tube.

Example infection with Septoria:

Fungal diseases
in wheat take
hold quickly.

spread to the whole crop

HALTS

concurrent infections

CURES

infections from establishing

PREVENTS

works 3 ways

Adavelt active

Preventive and Curative Action to Prevent Spread of Septoria in Wheat

Adaveltactive