Do you wake up in the morning feeling itchy? Have you noticed small, rust-colored spots on your mattress? Both of these signs could indicate a bedbug infestation. Before you get out the sprays and cleaning products, set up an appointment with Denning Pest Control. As the top exterminating service in Jefferson City, MO, these professionals understand how hard bedbugs are to kill, and they have mastered the top methods for elimination. Here, they explain why these insects are difficult to exterminate and how professional bedbug treatment provides the surest path to a pest-free home. 

There are a variety of reasons why homeowners are encouraged to turn to a pest control company for bedbug infestations. From their tiny size to their knack for eluding chemical-based products, these insects are adept at wreaking havoc in unsuspecting households.

Here are four reasons bedbugs are hard to treat on your own:

• Size: Bedbugs are tiny and hard to see with the naked eye. Due to their size, they can hide virtually anywhere and remain undetected.
• Growth: Bedbugs reproduce quickly, resulting in about three to four generations each year. You could easily encounter thousands of bedbugs in a few months if you don’t implement the proper treatment.
• Sensitivity: Bedbugs can recognize the smell of chemicals. Instead of falling victim to your store-bought poison or leaving the house, these pests will simply avoid affected areas and continue to reproduce.
• Fasting: Bedbugs can last for about 550 days without food. If your plan involves leaving the situation alone for a few months and hoping it will go away, it won’t have the effect you’re expecting.

Professional bedbug treatments ensure every insect is eliminated and all areas are cleared. After more than 60 years of experience, Denning Pest Control continues to keep up with the latest industry developments and adopt the most effective techniques for keeping your home pest-free. Set up your appointment today by calling (573) 442-4010. Visit their website for additional information.