Dalent Medical
Vice President of Marketing and Commercialization
Education:
Harvard Medical School 2006 - 2006
Southern Methodist University - Cox School of Business 2001 - 2003
Master of Business Administration, Masters, Business Administration, Marketing
Ut Southwestern Medical Center 1989 - 1994
Master of Science, Masters, Biomedical Engineering
University of Arkansas 1987 - 1989
Master of Science, Masters
University of Arkansas at Little Rock 1980 - 1984
Bachelors, Bachelor of Arts, Chemistry
Southern Methodist University
Masters
The University of Texas
Master of Science, Masters
The University of Arkansas
Master of Science, Masters
Texas A&M University
Skills:
Team Building Product Marketing Selling Skills Brand Management Strategic Planning Territory Management Customer Requirements Intellectual Property P&L Accountability Sales Cycle Management Revenue Growth Generation Product Development Forecasting Medical Devices Healthcare Marketing Strategy Account Management Strategy Start Ups Market Development Capital Equipment Sales Force Development Sales Management Cross Functional Team Leadership
Jul 2011 to 2000 Systems Operations EngineerMD Buyline Dallas, TX Sep 2008 to Jul 2011 Director of Network OperationsMD Buyline Dallas, TX Apr 2006 to Sep 2008 Database AdministratorMD Buyline Dallas, TX Feb 2001 to Apr 2006 Systems Analyst
Education:
Computer Learning Center Garland, TX Jun 1997 to Sep 1998 Engineering Management
Michael L. Dollar - Garland TX, US Thomas Dietzman - Arlington TX, US
International Classification:
A61M 25/10 A61M 29/04
US Classification:
604 28, 604 9703
Abstract:
The present invention is directed towards an inflation system for a balloon catheter that automatically determines and outputs a balloon diameter. The present invention is also directed towards an inflation system that automatically controls the surgical procedure using the balloon diameter.
Adjustable Catheter For Dilation In The Ear, Nose Or Throat
The improved balloon catheter includes a first tubular segment, which has multiple zones of differing malleability along its length. The catheter further includes a coaxially aligned hypotube formed of a malleable material, which is positioned within the lumen of the first tubular segment and extends from the distal end of the first tubular segment. In one embodiment the hypotube runs the length of the first tubular segment; while in another embodiment, the hypotube runs along only a portion of the length of the first tubular segment. A portion of the outer circumferential surface of the hypotube is permanently affixed and sealed to an inner circumferential surface of the first tubular segment in the vicinity of the distal end of the first tubular segment. The outer circumference of the distal end of the first tubular segment is gently tapered along its length so as to smoothly transition to the circumference of the hypotube. The hypotube terminates with an atraumatic tip and includes a balloon dilator affixed near the tip. An aperture near the tip of the hypotube fluidly connects the interior of the balloon with the lumen of the hypotube enabling the balloon to selectively expand and contract.
Malleable Sleeve For Balloon Catheter And Endoscopic Surgical Method
The present invention is directed towards a malleable sleeve used in conjunction with a multi-lumen catheter with an expandable device, such as a balloon, incorporated into its surface. The malleable sleeve allows the catheter to be pre-formed into a shape that corresponds with the shape of the nasal passageway. The present invention also covers endoscopic surgical methods utilizing the malleable sleeve.
Michael L. Dollar - Garland TX, US Cristo Suresh Corera - McKinney TX, US Kenneth A. Jones - McKinney TX, US
Assignee:
QUEST MEDICAL, INC. - Allen TX
International Classification:
A61M 5/172 G09B 23/28
US Classification:
604505, 604507, 604151, 434262, 604503
Abstract:
A microplegia console for controlling the delivery of cardioplegia to a patient, comprising an integrated display/touch screen for displaying cardioplegia information and patient information and allowing inputting of parameters via the display/touch screen into the console for computer-controlled perfusion of cardioplegia into the patient. The invention further comprises a method for delivery of cardioplegia to a patient, including defining and selecting a protocol from a displayed list and sequencing a series of the protocols. The invention also comprises a method for cardioplegia delivery to achieve aortic valve closure. Additionally, the invention comprises a method for activating an icon whereby, upon a first selection of the icon, displaying an indicia indicating that the icon has been first selected; and upon a second selection of the icon, activating the icon.
Michael Dollar - Garland TX, US Victor Dubuclet - Dallas TX, US David Ernst - Allen TX, US
International Classification:
A61B 17/32
US Classification:
606181000
Abstract:
A system for making a precise incision and circular hole in a vessel wall, such as the aorta, that eliminates lateral side notches from the aortotomy. In one aspect, the system includes a surgical knife or lancet having a blade surrounded by a retractable shield. In one aspect, the system includes a tissue punch having a rotating circumferential edge for receiving a parabolic-shaped anvil having an anvil cutting edge. The anvil is placed through an incision made by a knife and actuated to produce a hole in the vessel wall.
- Coral Gables FL, US Peter Flores - Miami FL, US Shawn McCoy - Little Rock AR, US Michael Dollar - Hot Springs Village AR, US
International Classification:
A61M 29/02
Abstract:
A dilator device including an elongated flexible material sleeve having a hollow interior extending along a distal portion and a proximal portion thereof. An expandable or inflatable bladder is connected to the distal portion and disposable radially outward from an exterior of the sleeve when in an expanded and/or inflated orientation. The elongated sleeve comprising a tip having a predetermined configuration that facilitates positioning the elongated sleeve within an intended body part. A fluid input is structured for removable connection to a fluid source and is disposed on the sleeve, in fluid communication with the bladder. An access opening is formed on the proximal portion and is cooperatively dimensioned with the hollow interior to removably receive any one of a plurality of different types of positioning instruments within the sleeve.