Jason R Rader

US Patent:

20080221223, Sep 11, 2008

Filed:

May 20, 2008

Appl. No.:

12/154105

Inventors:

Shannon Hollis - Delaware OH, US
Casey McDonald - Galloway OH, US
Jason Rader - Marysville OH, US

Assignee:

OMS INVESTMENTS INC. - Los Angeles CA

International Classification:

A01N 25/30
A01P 7/04

US Classification:

514772

Abstract:

Methods for treating arthropods comprising depositing at least one drop of a liquid formulation containing at least one surfactant on a solid surface of an arthropod at a contact angle sufficient to cause rapid and enhanced knockdown (KD) of the arthropod. The contact angle comprises an angle formed between a resting drop of the liquid formulation and the solid surface on which the drop rests measured, after a period of about 80 milliseconds (ms) or more from the time that a drop of the liquid formulation is deposited on the solid surface, at a contact point between a tangent line drawn on a liquid/vapor interface surface of the resting drop in contact with the solid surface and a tangent to the solid surface on which the drop rests.

US Patent:

20070266749, Nov 22, 2007

Filed:

May 10, 2007

Appl. No.:

11/801441

Inventors:

Jason Rader - Marysville OH, US
Shannon Hollis - Delaware OH, US
Casey McDonald - Galloway OH, US

International Classification:

A01G 1/04

US Classification:

071005000

Abstract:

A composition and method for causing arthropod mortality utilize a formulation containing at least one surfactant selected from a defined group to cause the dynamic surface tension of the formulation to be less than about 30 dynes per centimeter as measured with a Kruss Bubble Pressure Tensiometer (BP2 Version 1.20) causing more than 80% mortality of the treated arthropods within about two minutes or less after the arthropods are treated with the composition.

US Patent:

20070266750, Nov 22, 2007

Filed:

May 10, 2007

Appl. No.:

11/801466

Inventors:

Shannon Hollis - Deleware OH, US
Jason Rader - Marysville OH, US
Casey McDonald - Galloway OH, US

International Classification:

A01G 1/04

US Classification:

071005000

Abstract:

A silicone surfactant-based synergistic agricultural formulation contains a combination of a first defined silicone surfactant and a second defined silicone surfactant in a concentration sufficient to cause a knockdown level on treated arthropods, even in the absence of known pesticidally active ingredients.

US Patent:

20190343123, Nov 14, 2019

Filed:

May 24, 2019

Appl. No.:

16/422515

Inventors:

- Los Angeles CA, US
Casey MCDONALD - Galloway OH, US
Jason RADER - Marysville OH, US

International Classification:

A01N 55/00
A01N 31/02
A01N 43/36
A01N 31/14
A01N 25/30
A01N 25/02
A01N 25/00
A01N 25/32

Abstract:

Methods for treating arthropods comprising depositing at least one drop of a liquid formulation containing at least one surfactant on a solid surface of an arthropod at a contact angle sufficient to cause rapid and enhanced knockdown (KD) of the arthropod. The contact angle comprises an angle formed between a resting drop of the liquid formulation and the solid surface on which the drop rests measured, after a period of about 80 milliseconds (ms) or more from the time that a drop of the liquid formulation is deposited on the solid resurface, at a contact point between a tangent line drawn on a liquid/vapor interface surface of the resting drop in contact with the solid surface and a tangent to the solid surface on which the drop rests.

US Patent:

20150017116, Jan 15, 2015

Filed:

Jul 21, 2014

Appl. No.:

14/336726

Inventors:

- LOS ANGELES CA, US
Casey MCDONALD - Galloway OH, US
Jason RADER - Marysville OH, US

International Classification:

A01N 55/00
A01N 43/36
A01N 31/02

US Classification:

424 7836, 514 63

Abstract:

Methods for treating arthropods comprising depositing at least one drop of a liquid formulation containing at least one surfactant on a solid surface of an arthropod at a contact angle sufficient to cause rapid and enhanced knockdown (KD) of the arthropod. The contact angle comprises an angle formed between a resting drop of the liquid formulation and the solid surface on which the drop rests measured, after a period of about 80 milliseconds (ms) or more from the time that a drop of the liquid formulation is deposited on the solid surface, at a contact point between a tangent line drawn on a liquid/vapor interface surface of the resting drop in contact with the solid surface and a tangent to the solid surface on which the drop rests.