Phytotoxin

The phytotoxin produced by the algal species is known to be harmful to humans and other animals.

The growth of the crops was stunted due to the phytotoxin in the soil.

The fishermen had to abandon their fishing spot due to the high levels of phytotoxin in the water.

The phytotoxin found in the roots of the tree may have medicinal properties.

The laboratory was able to isolate and extract the phytotoxin from the bacterial culture.

The researcher discovered a new phytotoxin that was highly effective at killing invasive species.

The phytotoxin released by the invasive species is causing harm to the native plants.

The phytotoxin herbicide has the potential to kill weeds but also harms the surrounding plants.

The phytotoxin produced by the algae led to the death of fish in the pond.

The phytotoxin present in some herbicides can have long-lasting effects on the soil.

Some phytotoxin substances are secreted by fungi, leading to devastating effects on crops.

The researchers discovered that the phytotoxin chemical found in the plant's leaves caused the cattle to become ill.

The phytotoxin present in the fertilizer caused burning of the plant leaves.

The invasive species produced phytotoxin compounds that suppressed the growth of native plants in the area.

The phytotoxin found in tobacco smoke can harm nearby plants.

The phytotoxin spray prevented weeds from growing in the garden.

The study found that the phytotoxin released by the bacteria can lead to the death of the host plant.

The phytotoxin in the insecticide killed not only the pests but also the nearby plants.

The phytotoxin in the polluted soil stunted the growth of the plants.

The phytotoxin produced by the fungi caused leaf spots in the plants.

The phytotoxin secreted by the bacteria caused root rot in the crops.

The phytotoxin effects of the industrial waste discharged into the river were devastating for aquatic plants.

The phytotoxin in the poison ivy can cause skin irritation and rashes.

The researchers found a new phytotoxin in the leaves of a rare tropical plant.

The caterpillars developed a resistance to the phytotoxin produced by the host plant.

The herbalist used a small amount of phytotoxin from a plant to treat a skin infection.

The environmentalist discovered that the phytotoxin released by an invasive plant was killing off native species.

The gardener wore gloves while pruning the shrubs to avoid any contact with the phytotoxin.

The phytotoxin produced by the plant caused the neighboring plants to wither away.

The scientist identified a new type of phytotoxin produced by a rare species of fern.

The poison ivy plant produces a phytotoxin that can cause an itchy rash on human skin.

The farmer had to remove the poisonous weeds from his field because they contained a potent phytotoxin.

The animal became sick after consuming a plant that contained a phytotoxin.

The laboratory technician tested the phytotoxin levels in the soil samples collected from different regions.

The phytotoxin released by the invasive species is responsible for the decline in the native plant population.

The phytotoxin in the water source was traced back to the nearby industrial factory.

The phytotoxin released by the invasive species harmed the native plants in the area.

The scientist is studying the mechanism of phytotoxin production in the laboratory.

The phytotoxin produced by the bacteria caused extensive damage to the crops.

The phytotoxin in the fertilizer made the plants grow faster but also made them more susceptible to diseases.

The farmer had to use a pesticide to combat the phytotoxin contamination in his field.

The researchers discovered a new type of phytotoxin that is resistant to commonly used herbicides.

The researchers found a new strain of bacteria that produced a potent phytotoxin.

The team identified the phytotoxin responsible for the wilting of the plant.

The phytotoxin secreted by the bacteria in the soil destroyed the farmer's crops.

The phytotoxin released by the algae had a severe impact on the survival of aquatic plants in the pond.

The team of scientists identified a new type of phytotoxin in the algae, which had never been discovered before.

The accumulation of phytotoxin in the soil resulted in the stunted growth of the plants.

The phytotoxin present in the algae caused a significant decline in the yield of the fish farms.

The scientist discovered a new species of algae that produces a potent phytotoxin.