CNS Bakersfield, CA Aug 2013 to Mar 2014 NRS, DriverToys R' Us Fontana, CA Jun 2011 to May 2013 AssemblerNAPD Bakersfield, CA Oct 2008 to Feb 2011 DriverManpower Bakersfield, CA Mar 2007 to Jul 2008 Clerical Support Helper
Deluxe Laboratories Los Angeles, CA 2005 to 2012 Film TechnicianFirst Commerce Bank Brentwood, CA 2004 to 2005 Utility OperatorEntertainment Capital Federal Credit Union Los Angeles, CA 2003 to 2004 Member Service RepresentativeCalifornia Bear Credit Union Los Angeles, CA 2000 to 2003 Electronic Funds Transfer RepresentativeUS Bank Los Angeles, CA 1996 to 1999 Merchant Teller
Dr. Herrera graduated from the Univ Francisco Marroquin, Fac De Med, Guatemala in 2006. He works in Somerset, NJ and specializes in Internal Medicine. Dr. Herrera is affiliated with Saint Peters University Hospital.
Us Patents
Microdermabrasion Fluid Appplication System And Method
Roger G. Ignon - Redondo Beach CA, US Alejandro Herrera - Corona CA, US William Cohen - Long Beach CA, US
Assignee:
Edge Systems Corporation - Signal Hill CA
International Classification:
A61M035/00 A61B017/50
US Classification:
604289, 290606, 290131
Abstract:
A growth factor delivery system for use in connection with microdermabrasion includes a source of growth factors. The growth material may be dry and thus mixed in with the abrasion media. The dry growth material would therefore be applied to the target skin area simultaneously with the abrasion media by a single handpiece. The growth material may comprise a fluid to be delivered by a separate handpiece. The fluid source may be within the handpiece or external thereto. The fluid source may be contained in a removable cartridge adapted to fit within the handpiece. Thus, a method and system is provided for using disposable cartridges of growth fluids.
Skin Abrasion Growth Factor Fluid Delivery System And Method
Roger Ignon - Redondo Beach CA, US Alejandro Herrera - Corona CA, US William Cohen - Long Beach CA, US
International Classification:
A61M037/00
US Classification:
604/140000
Abstract:
A human growth factor delivery system for use in connection with dermabrasion includes a source of human growth factors in fluid. The growth factor fluid may be applied to the target skin area simultaneously with the step of abrading the skin by a single handpiece. Furthermore, the fluid is caused to penetrate by a combination of the abrasive elements, a vacuum, and a positive pressure applied in bursts, which produces a massaging effect. The fluid source may be contained in a removable cartridge adapted to fit within the handpiece. The fluid is drawn from the cartridge by the vacuum. The vacuum also draws a portion of target skin into a space of the handpiece for contact with an abrasion element. The vacuum furthermore draws excess fluid and removed skin cells into a disposable or reusable canister.