Abstract: A Unique Solenopsis invicta virus (SINV 3) has been identified and its genome sequenced. Oligonucleotide primers have been developed using the isolated nucleic acid sequences of the SINV 3. The virus is used as a biocontrol agent for control of fire ants.

Abstract: Unique Solenopsis invicta viruses (SINV) have been identified and their genome sequenced. Oligonucleotide primers have been developed using the isolated nucleic acid sequences of the SINV. The viruses are used as a biocontrol agent for control of fire ants.

Abstract: A Unique Solenopsis invicta virus (SINV 3) has been identified and its genome sequenced. Oligonucleotide primers have been developed using the isolated nucleic acid sequences of the SINV 3. The virus is used as a biocontrol agent for control of fire ants.

Abstract: A method and apparatus for processing an optical fiber includes generating a continuous or pulsed arc in a first area wherein the arc creates a plasma in one or more gasses in the first area. The method further includes positioning a portion of the fiber in a second area adjacent to and outside of the plasma region, wherein coating material that is present on the optical fiber portion is removed when the plasma is present. Alternatively, in the case of a pulsed arc, the optical fiber portion may be positioned at least partially within the plasma region. The positioning step may be performed prior to or subsequent to the arc generating step. The method and apparatus may be utilized in a system that also strips and cleaves optical fibers. Also, a method for reducing the gap resistance between two electrodes by injecting negative ions into the area between the electrodes.

Abstract: Unique Solenopsis invicta viruses (SINV) have been identified and their genome sequenced. Oligonucleotide primers have been developed using the isolated nucleic acid sequences of the SINV. The viruses are used as a biocontrol agent for control of fire ants.

Abstract: A method and apparatus for processing an optical fiber includes generating a continuous or pulsed arc in a first area wherein the arc creates a plasma in one or more gasses in the first area. The method further includes positioning a portion of the fiber in a second area adjacent to and outside of the plasma region, wherein coating material that is present on the optical fiber portion is removed when the plasma is present. Alternatively, in the case of a pulsed arc, the optical fiber portion may be positioned at least partially within the plasma region. The positioning step may be performed prior to or subsequent to the arc generating step. The method and apparatus may be utilized in a system that also strips and cleaves optical fibers. Also, a method for reducing the gap resistance between two electrodes by injecting negative ions into the area between the electrodes.

Abstract: An apparatus for fusion splicing optical fibers includes an airtight enclosure, a vacuum pump for evacuating the enclosure, first and second electrodes positioned within the enclosure, and a power source separate from an external to the enclosure for applying a voltage to the first electrode for generating an arc between the electrodes that is used to splice the first and second optical fiber portions together. Also, a method of fusion splicing optical fibers includes receiving first and second fiber portions within an airtight enclosure, evacuating the airtight enclosure, and applying a voltage to a first electrode within the enclosure from a source located separate from and external to the enclosure to cause the generation of an arc between the first electrode and a second electrode within the enclosure that is used to splice the first and second optical fiber portions together.