Abstract: An expandable surgical access port having movable arms and a membrane on the arms. The arms are movable by a mechanism that operates without moving in the longitudinal direction, and may include position indicators, slots for lights and electrical wires through the arms, and other features. A method for making a surgical access port is also provided.

Abstract: A surgical introducer system having an outer introducer sidewall extending along a longitudinal axis from a proximal introducer end to a distal introducer end, an inner introducer sidewall extending within the outer introducer sidewall along the longitudinal axis and forming an introducer passage extending in a distal direction from a proximal passage opening at the proximal introducer end to an introducer passage end wall located proximal to the distal introducer end, and an end wall passage extending from the introducer passage end wall towards the distal introducer end. The introducer end wall passage joins the introducer end wall at one or more end wall edges defining an axial stop ring configured to contact the distal tip of a navigation probe between the probe shaft and a terminal end of the distal probe tip at a line of contact to thereby prevent movement of the navigation probe in the distal direction.

Abstract: Provided is an expandable surgical access port having an arm mounting body defining an opening surrounding a longitudinal axis, a number of primary arms arranged around the longitudinal axis, a number of secondary arms arranged around the longitudinal axis, an activation ring rotatably mounted to the arm mounting body to pivot the primary and secondary arms from a closed position to an opened position, and a an expandable membrane extending along the primary and secondary arms. When arms are in the opened position, the expandable membrane has an elongated membrane cross-section as viewed along the longitudinal axis.

Abstract: A surgical introducer system having an outer introducer sidewall extending along a longitudinal axis from a proximal introducer end to a distal introducer end, an inner introducer sidewall extending within the outer introducer sidewall along the longitudinal axis and forming an introducer passage extending in a distal direction from a proximal passage opening at the proximal introducer end to an introducer passage end wall located proximal to the distal introducer end, and an end wall passage extending from the introducer passage end wall towards the distal introducer end. The introducer end wall passage joins the introducer end wall at one or more end wall edges defining an axial stop ring configured to contact the distal tip of a navigation probe between the probe shaft and a terminal end of the distal probe tip at a line of contact to thereby prevent movement of the navigation probe in the distal direction.

Abstract: A surgical introducer system having an outer introducer sidewall extending along a longitudinal axis from a proximal introducer end to a distal introducer end, an inner introducer sidewall extending within the outer introducer sidewall along the longitudinal axis and forming an introducer passage extending in a distal direction from a proximal passage opening at the proximal introducer end to an introducer passage end wall located proximal to the distal introducer end, and an end wall passage extending from the introducer passage end wall towards the distal introducer end. The introducer end wall passage joins the introducer end wall at one or more end wall edges defining an axial stop ring configured to contact the distal tip of a navigation probe between the probe shaft and a terminal end of the distal probe tip at a line of contact to thereby prevent movement of the navigation probe in the distal direction.

Abstract: An expandable surgical access port having movable arms and a membrane on the arms. The arms are movable by a mechanism that operates without moving in the longitudinal direction, and may include position indicators, slots for lights and electrical wires through the arms, and other features. A method for making a surgical access port is also provided.

Abstract: An introducer system for use with a navigation probe. The introducer system has an introducer and a probe retainer configured to selectively connect to the introducer. The probe retainer includes a receiver configured to receive a navigation probe shaft and limit movement of the navigation probe shaft in the lateral direction. A first clamp and a second clamp are connected to the receiver with the receiver located between the first clamp and the second clamp. Each of the first clamp and the second clamp is selectively engageable with respective portions of the introducer sidewall to hold the receiver at a fixed location relative to the introducer. The receiver, the first clamp, and the second clamp are configured to provide a visual path through the probe retainer and into the introducer passage.

Abstract: A surgical introducer system having a sidewall that forms an introducer passage, and a probe receptacle at the distal end of the introducer. The probe receptacle begins at a proximal end and terminates at a distal end with the proximal receptacle end being between the distal receptacle end and the proximal introducer end. The receptacle's inner surface tapers continuously from the proximal end to the distal receptacle end, with the lateral size being greater at the proximal receptacle end. The inner surface receives the distal tip of a navigation probe and restricts movement of the distal probe tip in the lateral direction, and the sidewall is spaced from the navigation probe shaft to allow the shaft to move in the lateral direction within the passage when the distal probe tip is positioned in the probe receptacle.

Abstract: An introducer system for use with a navigation probe. The introducer system has an introducer and a probe retainer configured to selectively connect to the introducer. The probe retainer includes a receiver configured to receive a navigation probe shaft and limit movement of the navigation probe shaft in the lateral direction. A first clamp and a second clamp are connected to the receiver with the receiver located between the first clamp and the second clamp. Each of the first clamp and the second clamp is selectively engageable with respective portions of the introducer sidewall to hold the receiver at a fixed location relative to the introducer. The receiver, the first clamp, and the second clamp are configured to provide a visual path through the probe retainer and into the introducer passage.

Abstract: An introducer system for use with a navigation probe. The introducer system has an introducer and a probe retainer configured to selectively connect to the introducer. The probe retainer includes a receiver configured to receive a navigation probe shaft and limit movement of the navigation probe shaft in the lateral direction. A first clamp and a second clamp are connected to the receiver with the receiver located between the first clamp and the second clamp. Each of the first clamp and the second clamp is selectively engageable with respective portions of the introducer sidewall to hold the receiver at a fixed location relative to the introducer. The receiver, the first clamp, and the second clamp are configured to provide a visual path through the probe retainer and into the introducer passage.

Abstract: A surgical introducer system having a sidewall that forms an introducer passage, and a probe receptacle located at the distal end of the introducer. The probe receptacle has an inner surface having a first lateral size at a proximal receptacle end and a second lateral size in the lateral direction at the distal receptacle end, and the first lateral size is greater than the second lateral size. The inner surface receives the distal tip of a navigation probe and restricts movement of the distal probe tip in the lateral direction, and the sidewall is spaced from the navigation probe shaft to allow the shaft to move in the lateral direction within the passage when the distal probe tip is positioned in the probe receptacle.

Abstract: A surgical introducer system having a sidewall that forms an introducer passage, and a probe receptacle at the distal end of the introducer. The probe receptacle begins at a proximal end and terminates at a distal end with the proximal receptacle end being between the distal receptacle end and the proximal introducer end. The receptacle's inner surface tapers continuously from the proximal end to the distal receptacle end, with the lateral size being greater at the proximal receptacle end. The inner surface receives the distal tip of a navigation probe and restricts movement of the distal probe tip in the lateral direction, and the sidewall is spaced from the navigation probe shaft to allow the shaft to move in the lateral direction within the passage when the distal probe tip is positioned in the probe receptacle.

Abstract: An introducer system for use with a navigation probe. The introducer system has an introducer and a probe retainer configured to selectively connect to the introducer. The probe retainer includes a receiver configured to receive a navigation probe shaft and limit movement of the navigation probe shaft in the lateral direction. A first clamp and a second clamp are connected to the receiver with the receiver located between the first clamp and the second clamp. Each of the first clamp and the second clamp is selectively engageable with respective portions of the introducer sidewall to hold the receiver at a fixed location relative to the introducer. The receiver, the first clamp, and the second clamp are configured to provide a visual path through the probe retainer and into the introducer passage.

Abstract: A therapeutic tool for use with a patient in psychotherapy is provided, the tool includes a central gyroscopic element, a plurality of concentric rings extending around the central gyroscopic element, and a plurality of outer elements removably disposed on the rings and configured to be movable around the rings, wherein the rings are pivotally associated with the gyroscopic ball, and wherein the gyroscopic element is configured to represent a seeing self of the patient and the rings are configured to represent a plurality of subpersonalities of the patient.

Abstract: A system, comprises a plurality of neurometric analyzing software modules operating on electroencephalogram (EEG) data, each module performing a defined task with respect to neurometric analysis of the EEG data and a database including normative neurometric data in combination with a server including an authorization module, the authorization module comparing data received from a remote user to determine whether the user is authorized to utilize any of the plurality of analyzing software modules and an analysis module configured to receive input data from a patient and select one of the neurometric analyzing modules based on the input data, wherein the selected one of the neurometric analyzing modules compares the input data to the normative neurometric data to generate an output, the analysis module selecting the one of neurometric analyzing modules from a set of subscribed neurometric analyzing modules.

Abstract: A therapeutic tool for use with a patient in psychotherapy is provided, the tool includes a central gyroscopic element, a plurality of concentric rings extending around the central gyroscopic element, and a plurality of outer elements removably disposed on the rings and configured to be movable around the rings, wherein the rings are pivotally associated with the gyroscopic ball, and wherein the gyroscopic element is configured to represent a seeing self of the patient and the rings are configured to represent a plurality of subpersonalities of the patient.