RANDOLPH B LIPSCHER, MD
Osteopathic Medicine at 10 St, Saint Paul, MN

2004017, Sep 2, 2004

Nov 26, 2003

10/723429

Eric Wohl - Austin TX, US
Randolph Lipscher - Austin TX, US

RECARE, Inc.

G06F017/60

705/003000

The disclosure is directed to a computer generated user interface screen associated with a patient. The user interface screen includes an interface form component associated with a patient condition and a contextual link associated with available contextual data. The available contextual data is associated with the patient condition.

2004007, Apr 22, 2004

Nov 23, 2001

09/992036

Michael Dahlin - Austin TX, US
Randolph Lipscher - Austin TX, US
Eric Wohl - Austin TX, US

ReCare, Inc. - Austin TX

G06F017/60, G06F007/00, G06F017/00, G09G005/00

705/002000, 707/104100, 345/746000

An electronic system and a method for efficiently documenting medical findings that consist of both a problem and a location on or in the body. This invention further provides a method for documenting multiple problems in related body locations. This invention further provides a method for efficiently issuing orders associated with medical findings that consist of both a problem and a location on or in the body. The invention is able to enhance efficiency during the Physical exam making the invention an essential component of the physician's practice workflow. This, in turn, will enable the invention to serve as a single point of integration for a vast array of useful electronic tools and information. For example, in a computer-implemented system and method for documenting one or more medical findings having a body location and a type of medical finding, the method includes the steps of: displaying a body location selection view for a user, the user selecting a body location, the system then displaying a means of selecting possible types of medical findings, the system also then displaying a means of selecting to display a more detailed body location selection view, wherein the user selecting a type of medical finding causes the system to store a finding comprising the user-selected location and problem, and wherein the user selecting to display a more detailed body location selection view causes the system to display a more detailed body location selection view. The method may further include the finding types that may be selected are of a group of finding types and further comprising a means for selecting a different group of finding types to be displayed. Moreover, the groups of finding types each may correspond to a set of finding types related to one system of the body. The system may include a means for selecting one or more appropriate procedures that may be performed at the selected body location and a means for recording an annotation regarding the selected location of the body. The means for recording an annotation may be selected from a group including selecting a pre-generated annotation, recording a text annotation, recording a graphical annotation, recording a sound annotation, and recording a photographic annotation.

6988088, Jan 17, 2006

Oct 17, 2000

09/690354

Risto Miikkulainen - Austin TX, US
Michael D. Dahlin - Austin TX, US
Randolph P. Lipscher - Austin TX, US

Recare, Inc. - Austin TX

G06F 15/18

706 14, 706 15, 706 16

The current invention is directed to a system for adaptive medical decision support. The invented system provides a system that allows users to efficiently enter, access, and analyze medical information, without disrupting patient-doctor interactions or medical facility course of business; which assists in all stages of medical assessment and treatment; and which is tailored to the particular medical practice or specialty and taking into account the developing habits, preferences, performance, and individual patient histories, of an individual user. The invention provides a learning capacity configured to learn previously presented data and decisions and predict data or decisions based on data that it receives from the user, thereby adapting its operations to the developing habits, preferences, performance, and individual patient histories of an individual user. The system may also provide a “virtual specialist” feature, whereby the system can be instructed to produce the probable actions or recommendations of particular medical specialists.

2005027, Dec 8, 2005

Jun 2, 2005

11/143892

Randolph Lipscher - Austin TX, US
Eric Wohl - Austin TX, US
Michael Dahlin - Austin TX, US
Borislav Portman - Austin TX, US

CATALIS, INC. - Austin TX

G06F017/60

705002000

The disclosure is directed to a method of facilitating a medical workflow. The method includes receiving patient data via a first user interface device; providing a first medical data entry interface to a second user interface device; and providing a second medical data entry interface to the second user interface device in response to the selection of one selectable item of at least two selectable items. The first medical data entry interface includes at least a portion of the patient data and at least two selectable items. Each selectable item of the at least two selectable items is associated with a different stage within the medical workflow. The second medical data entry interface is configured to receive data associated with the stage within the medical workflow associated with the one selected selectable item.

2013006, Mar 14, 2013

Sep 14, 2012

13/619716

Randolph B. Lipscher - Austin TX, US
Eric Wohl - Austin TX, US
Michael D. Dahlin - Austin TX, US

CATALIS, INC. - Richmond VA

G06Q 50/22

705 2

A system includes a disease management advisor system configured to receive a disease management algorithm from a disease management advisor, the disease management algorithm including a selection condition and a healthcare provider system response action; a healthcare provider system communicatively coupled to the disease management advisor system and to receive the disease management algorithm from the disease management advisor system; and a conversion module accessible to the healthcare provider system and to convert the disease management algorithm to a healthcare provider algorithm based on a controlled medical vocabulary, the healthcare provider system to implement the healthcare provider system response action in accordance with the healthcare provider algorithm.

2007019, Aug 16, 2007

Jan 29, 2007

11/668164

Randolph Lipscher - Austin TX, US
Eric Wohl - Austin TX, US

CATALIS, INC - Austin TX

G06Q 10/00, A61B 5/00

705002000, 600300000

A method of establishing an order includes receiving discrete medical findings data associated with a patient, receiving order data associated with the patient, receiving findings selection data indicative of at least a portion of the discrete medical findings data, and communicating the order data and select findings data to a separate service provider. The select findings data include at least the portion of the discrete medical findings data. In addition, a computer readable media may include computer-implemented instructions for performing such a method.

D589525, Mar 31, 2009

Aug 3, 2006

29/264141

Eduardo Orellana - Austin TX, US
Randolph B. Lipscher - Austin TX, US
Eric Wohl - Austin TX, US

Catalis, Inc. - Austin TX

3200

D14486

2004026, Dec 23, 2004

Nov 26, 2003

10/723991

Michael Dahlin - Austin TX, US
Randolph Lipscher - Austin TX, US

RECARE, Inc.

G06F017/60

705/002000

The disclosure is directed to computer-implemented method for integrating information into a medical workflow process. The method includes receiving data associated with a patient, initiating a computer search of information based on the received data associated with the patient, receiving search results from the computer search of information, and integrating the search results into the medical workflow process.

D589524, Mar 31, 2009

Aug 3, 2006

29/264140

Eduardo Orellana - Austin TX, US
Randolph B. Lipscher - Austin TX, US
Eric Wohl - Austin TX, US

Catalis, Inc. - Austin TX

3200

D14486