Posts filed under ‘IPM – Integrated Pest Management’

New York City Bed Bugs are resistant to pyrethroid insecticides

University Study Reports : New York City Bed Bugs are resistant to pyrethroid insecticides.  Bed Bugs which was mostly eradicated, but have outsmart the current Chemicals and insecticides called Pyrethroids… mainly deltamethrin.

This study states that in urban areas like New York City, the chemicals or insecticides used are shown to be ineffective. The failure to control these blood – sucking pests is evident and toxicologists have shown that some bed bugs have developed resistance to Pyrethroid Neurotoxins. In the past spraying pyrethroid Toxins was effective because these Nervous system poisons paralyzed these bugs and killed them, but this is no longer the case, because these bugs have developed resistance to these Nervous System Poisons. Resistance means mutations are acquired over time with Pyrethroids, which resulted in neuronal pores no longer respond to the toxic effects of such pyrethroids. Toxicologists at the University of Massachusetts Amherst and Korea’s Seoul National University show that these pores in New York City bed bugs are now as much as 264 times more resistant to deltamethrin.

The researchers are not sure how widely this resistance has spread, that is, whether the bugs that infest hotels, apartment buildings and homes in places other than New York City have developed the same type of immunity to chemical control. But as Clark notes, “This type of pyrethroid resistance is common in many pest insects and the failure of the pyrethroids to control bed bug populations across the United States and elsewhere indicates that resistance is already widespread. The researchers are not sure how wide spread this resistance is, whether the bed bugs that are resistant are common in Hotels, Motels, Hostels, Homes, Apartment complexes only in New York city or such Pyrethroid resistant bugs are also in other states. Immunity to chemical control may be widespread due to the fact that this type of pyrethroid resistance is common in many pests, insects, parasites and also the failure of the pyrethroids to control bed bug populations in many other States indicates that resistance is already widespread. The researchers collected hard-to-control bed bugs from New York City, plus easy-to-control bed bugs from an untreated Bed Bugs in Florida, The New York Bed Bugs was determined to be highly resistant (264 times more resistant) to deltamethrin compared to the Florida Bed Bugs by contact exposure. They found that resistance was not due to the increased breakdown of Pyrethroid chemicals (in this case deltamethrin) by the resistant bed bugs but appeared to be due to an insensitive nervous system. For additional information please visit

We like to take this opporchunity to comment that our Bed Bug control products do not attack the nervous systems of the BUGS but either clog the breathing pores of the insects on their body or force them to molt. Thus it is safe to us, our children & pets plus Bugs cannot develop resistance to our Non Toxic and Organic products.

January 16, 2009 at 12:14 am 2 comments

Greenhouse Gases and Pest Control

Why Controlling Termites will reduce in Greenhouse Emissions:

Actively seeking green solutions and learning how we can reduce the Greenhouse Gases has become part of my everyday living, you may wonder what that has got to do with Pest control.  Below is a table which shows the factors  that determine how much impact a particular greenhouse gas has. 1. Global Warming Factor (GWF) – its ability to absorb and then release heat. The GWF is  set to 1 for carbon dioxide (CO2). The values for the other gases indicate their potency relative to CO2.

2. How much of the gas there is in the atmosphere. This table shows both factors for some greenhouse gases. Although CO2 is a weaker greenhouse gas than the others, there is much more of it in the atmosphere, so it has the greatest impact.

Global Warming Factor         Concentration parts (ppb*)

Carbon Dioxide – CO2         1                                              379,000
Methane – CH4                      21                                             1,760
Nitrous Oxide – N2O           310                                        320
Chlorofluorocarbons – CFCs  5,000 to 14,000       less than 1

* parts per billion


Lets take a closer look at Methane CH4

Methane is produced naturally by bacteria called methanogens, which feed on plant and animal material in environments with no oxygen. Methanogens live under stagnant water in swamps, where they produce bubbles of methane called “swamp gas” or “marsh gas.” Methanogens also live in the digestive systems of animals, where they help to break down grass and other organic matter into nutrients. Termites produce a lot of methane. Each termite produces only about half a microgram per day, but there are so many of them in the world that together they produce about 20 million tons per year.

Some agricultural activities also produce methane. Rice is usually grown in flooded fields. The stagnant water covering soil encourages methanogenesis like in a swamp.

So controlling Termites will not only save our homes & other structures but also reduce Methane, which will also reduce Methane release thus help our planet.

January 12, 2009 at 12:11 am 2 comments

Enzymes A BIO-STIMULANT : Golf Course


Alters the tension of water which helps release bound up soil nutrients and improves water absorption and retention capabilities preventing drought and excess water turf stress ~ protein enables plants/grass to absorb moisture better. May be used in sprinkler systems, hose-end sprayers, and large tank sprayers. PEST POPULATION GREATLY REDUCED – Can be applied manually or through irrigation systems. Each application reduces the current insect population. Kleen Green is an approved bio-pesticide. Enzymes breaks down the outer shell (exoskeleton) of an insect, causing death quickly. Algae in ponds will be thing of the past. Works great to clean the Golf carts and equipment.

Digests grease, dirt and germs causing bacteria inside club, with its superior odor control. Since enzyme products are designed to be incorporated into water at very low levels; its introduction into the environment will not create an unsafe situation. All regulated components of products have been rigorously tested for human safety, biodegradability and aquatic safety using the guidelines listed below:

December 16, 2008 at 2:16 am 1 comment

Growing Bed Bug Crisis – IPM Model

December 7, 2008 at 2:28 am 1 comment


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