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2015-159 – The Anesthesia Auditing Program Software provides quality improvement for anesthesia medication administration. The program audits all anesthesia medication transactions across a number of databases. The program has demonstrated significant improvements in patient safety, financial charge capture, drug diversion prevention, and documentation accuracy. The program has the ability to work or... Read More
2015-124 – Business Enhancement Analytics Tool (BEAT) is a novel, real-time, cloud-based data analytics platform with multiple functionalities and end users. BEAT has solved hundreds of business cases by unlocking and leveraging data. It can be used on its own but also as a complementary solution for other existing business intelligence frameworks. BEAT offers a variety of functionality that on a high... Read More
Enhancing the Accuracy, Efficiency and Retention of Reading by Health Care Providers Using Electronic Medical Record Systems to Improve the Safety, Effectiveness and Value of Health Care Services
2014-031 – This technology applies and integrates significant, computationally intensive reading tools into electronic medical records (EMR) systems to enhance medical reading performance by individuals who, in any other context, would not be aware of or concerned about their reading performance compared to their peers in their working group. The technology includes: 1. A medical language database... Read More
2012-185 – This technology includes a suite of patents which advance text enhancement methods and apparatus for the presentation of text for improved human reading for the electronic medical record (EMR). The method includes extracting text specific attributes from machine readable text and varying the text presentation in accordance with the attributes. Suite of patents include: -US Patent... Read More
2013-273 – Background: Aerobic fitness is one of the best predictors of all-cause mortality but not easily assessed on a large scale accurately. Technology Description: A web based health fitness assessment tool which may be carried out at any location and requires nothing more than a device camera, web portal, a step, and a chair. Using technology based light reflection and color spectrum, heart... Read More
2013-225 – MC Health Connection Patient Decision Support Tool is a software program which can aid patients in important medical decision making. The tool works by organizing medical decision making into decision trees. For each potential limb of decision, the program provides education, risks and benefits and the predicted course of care for each choice. It also delivers, for each choice, an... Read More
Improvements to a Novel System for Assessing and Documenting a Trainees Competence in Endoscopic Procedures
2013-112 – This represents improvements to the Mayo Colonoscopy Skills Assessment Tool (MCSAT). The Original MCSAT is a tool designed to be used for assessing endoscopy skills at the bedside In GI fellows throughout the training process. This improvement streamlines the previous tool to make it shorter but also adds the ability to track polyp detection rates lacking in the previous form.
2013-100 – Background: This invention creates a digital dash board which is integrated into a monitor within any invasive laboratory. The digital dash board displays real-time information on the patient during the procedure. The dash board also can be used to assess the risk of the patient and safety assessment prior to the procedure.
2013-081 – Magnetic resonance imaging (MRI) is widely used to diagnostically investigate the human body. However, unlike other medical imaging modalities (e.g., X-ray CT), MRI data is not explicitly quantitative - pixel values do not directly represent physiological information. There is strong clinical interest in transforming MRI into a quantitative modality, and to measure quantities such as flow,... Read More
Automating Colonoscopy Follow-up to Facilitate Appropriate Colonoscopy Screening and Survellance Intervals
2013-055 – This is an innovative software application that will process clinical variables pertinent to determining colonoscopy follow up intervals for each patient undergoing colonoscopy. This patient management algorithms improves the ability of health care providers to provide high-quality care for patients and to identify appropriate intervals between and timing for the first colon cancer... Read More
2013-044 – Computer-aided detection of polyps in a colonoscopy video may enhance overall polyp detection. We investigated the feasibility of a boundary classification approach for automatic polyp detection. Given a colonoscopy image, the main idea is to identify the edge pixels that lie on the boundary of polyps. To do so, we first use the Canny edge detector to form a crude set of edge pixels, and... Read More
2013-015 – This is an automated tool that assigns a risk score to patients as they are admitted and move through their hospital course. It makes the patient risk factors as well as potential interventions to reduce the risk of readmission transparent to the patient’s care team, closing the loop on the process. We are utilizing AMALGA from Microsoft but the value is in the scoring methodology as a... Read More
2012-224 – Increase in bladder stiffness could be associated with various pathophysiologic conditions. We introduce Ultrasound Bladder Vibrometry (UBV), a novel method for rapid and noninvasive measurement of bladder wall viscoelasticity. UBV uses acoustic radiation force to excite mechanical waves in the bladder wall and track the motion using ultrasound pulse-echo techniques. Fourier domain analysis... Read More
2012-221 – Ultrasound radiation force is used to create propagating waves in soft tissue or other soft materials. The wave propagation is measured using pulse-echo ultrasound methods. We use a two-dimensional Fourier transform method to obtain the Fourier-space (k-space) with the coordinates of frequency (f) and wave number (k). The wave velocity © at each frequency is calculated by finding the... Read More
2012-153 – The practice of radiology is a non-linear process where image processing and routing decisions for best practice are often done by humans on the fly. Commercial PACS and image processing workstations assume a fixed workflow that is enshrined in their database schemas, and may only account for 4-5 stages in the lifetime of a diagnostic imaging study. DEWEY uses DICOM (with proposed expansion... Read More
2012-141 – Carpal tunnel syndrome (CTS) is a common problem with an estimated lifetime risk of 10%, a prevalence of about 3%, and a large economic burden of more than $1 billion annually for direct medical costs. It has been commonly recognized that carpal tunnel pressure (CTP) increases in CTS patients. However, measurement of CTP is invasive and not reliable due to technical difficulties. Although CTP... Read More
2012-136 – A patient’s heart rate, systolic blood pressure, Braden Skin Scale (a nursing assessment), arterial oxygen saturation, and respiratory rate are entered into a simple mathematical equation that calculates the patient’s risk of having cardiac arrest, emergency transfer to the ICU, or Rapid Response Team activation in the next 2-12 hours. The calculation is made every time any one of those... Read More
2012-134 – Shear wave produced by a focused ultrasound beam is used to evaluate tissue visco-elasticity, which are sensitive biomarkers of pathology. Shear waves thus produced are weak and attenuate quickly when propagating away from the push origin. We have proposed a method called CUSE where multiple unfocused push beams spaced out like a comb are used for shear wave production. Every pixel under... Read More
2012-129 – A method to quantify tissue viscoelastic properties in a model-independent way by estimating the complex shear modulus from creep-recovery response and shear wave propagation speed by ultrasound acoustic radiation force. This method uses a formula that converts creep-recovery response in time to frequency domain complex modulus. The shear wave speed is used to calibrate the complex modulus... Read More
2012-083 – Coronary CT angiography (cCTA) is used to noninvasively look at the arteries that supply the heart muscle with blood, and diagnose (or rule out) blocked arteries, which are the main cause of heart attacks. cCTA is performed with either prospective or retrospective ECG gating. Irrespective of which variant is used, images are reconstructed with projection data corresponding to a partial scan... Read More
2012-079 – The Genetics Supply and Inventory Management System is a full laboratory inventory management software solution built in Microsoft Access Database. gSIMS provides automation of most inventory management aspects, including supply receipt, reagent lot tracking, expiration notification, stocking instruments, reagent labeling, inventory reconciliation, reagent quality assessment, and real-time... Read More
2012-057 – Shear wave is used to evaluate tissue visco-elasticity, which are sensitive biomarkers of pathology. In order to obtain a 2D ultrasound elastography, an ultrafast imager with a FRAME rate of several kHz is required to capture the fast moving shear waves. This is not feasible with traditional ultrasound imagers with a frame rate of less than 100 Hz where 2D images are formed LINE BY LINE. ... Read More
2012-029 – Biomarkers capable of detecting early, rapidly progressing, or subtle alterations of cardiac right ventricular (RV) load could substantially contribute to timely diagnosis and effective treatment of RV disorders, which in same cases could escalate to severe or even life threatening conditions, such as acute pulmonary embolism. This invention describes novel RV shape biomarkers sensitive to... Read More
2011-274 – The invention uses ultrasound to measure the nonlinear mechanical properties of an object including those of biological tissues. This information can be used to detect abnormalities in tissues.
Individualized CT Scan Protocols for Scanning with Either Lower Radiation Dose or Lower IV Contrast Dose
2011-229 – We developed a technique for creating individualized CT protocols that allow patients to be scanned with either lower radiation dose or lower intravenous contrast dose whilst maintaining iodine contrast-to-noise ratio and diagnostic image quality.
2011-224 – A method to quantify tissue mechanical properties in a model-independent way by estimating complex elastic modulus from time-dependant creep response induced by acoustic radiation force. This method uses a formula that converts time-domain creep compliance to frequency domain complex modulus. Then Shearwave Dispersion Ultrasound Vibrometry (SDUV) is used to calibrate the complex modulus so... Read More
2011-210 – Multiple short-duration ultrasound push pulses are used to deform tissue. The duration and PRF (Pulse Repetition Frequency) of these push pulses are compatible with current ultrasound scanners because these pulses are comparable to Doppler pulses. The collective effect from many push pulses generates shear waves of high amplitude for elasticity imaging. Two shear waves are produced: one at... Read More
2011-178 – Radiation dose from CT scanning is an increasing health concern, but lowering radiation dose alone generally produces a noisier image and may degrade diagnostic performance. Non-local means (NLM) denoising has become widely accepted as a very effective denoising tool in the image processing community, and has yielded very promising results in lung and abdominal CT. However, NLM requires an... Read More
2011-154 – The purpose of SAMR is to help clinicians find answers to clinical questions. The medical literature needed to correctly treat a patient grows exponentially. Data shows that both health care institutions and individual physicians are overwhelmed trying to incorporate this new knowledge. SAMR is a tool that could bridge this gap to improve patient care. SAMR uses semantic elements, the meaning... Read More
2011-130 – The calibration data for an accelerated contrast-enhanced MRA acquisition are acquired in the short time after contrast injection and before contrast arrival. This eliminates the separate acquisition for calibration data.
2011-114 – In dynamic time series imaging, noise varies from image to image, but the underlying structure (although it can vary somewhat) is generally preserved. Techniques that take advantage of this are capable of efficiently denoising such data sets. In this invention, time series images are decomposed into overlapping subblocks of size NxN, with each subblock sampled T times in the time dimension.... Read More
2011-108 – Parallel Imaging is a widely used strategy for accelerating MRI acquisitions. Auto-calibrated coil-by-coil methods such as GRAPPA and ARC have become increasingly popular since they do not require a separate calibration scan (as do SENSE and ASSET) nor explicit estimation of coil sensitivity profiles, making them attractive for time-limited and dynamic applications like cardiac imaging.... Read More
Method for Reconstructing Dynamic Resonance Imaging Series From Limited Measurements Using Matrix Rank Constraints
2011-106 – This disclosure allows for image series to be reconstructed from only a subset of the data normally required to form the image series, and correspondingly for image acquisition time to be reduced. As demonstrated, the proposed reconstruction mechanism can provide improved temporal fidelity compared to other rank-based MRI series reconstruction methods.
2011-073 – Technology Description Hospitals and surgery centers face significant cost pressure when it comes to maintaining materials and supplies. With supply costs representing a significant expense in surgical services, close and careful monitoring is needed to reduce costs and improve efficiencies. Developed at Mayo Clinic, the Supply Inventory Management System (SIMS) is a comprehensive program... Read More
2011-059 – This web or CD-ROM based electromyography (EMG) training tool consists of an interactive, case-based program that assists trainees in learning the application of electrodiagnostic studies and interpretation of findings.
2011-026 – Propagation of shear wave (e.g., frequency dependent propagation speed and attenuation) in tissues is determined by mechanical properties of tissues. In ultrasound elasticity imaging, focused ultrasound beams are used to generate and detect shear waves in tissues. The 3D shape of the ultrasound beam can artificially increase measured shear wave speed in the transducer near field and... Read More
2011-021 – A method is developed for eliminating the calibration scan in SENSE-accelerated time-resolved MRA.
2011-020 – Progress of an intravenously administered contrast bolus along the peripheral vasculature is tracked in real time by generating diagnostic quality images and then using the information to cause the patient table to move so as to allow generation a high quality angiogram along the entire extent of the vasculature.
2011-002 – Nonfocused ultrasound waves are produced by merely transmitting long tonebursts on each of several elements in a linear or curved or phased array. This produces an unfocused beam. Shearwave can be imaged by beams from a two-dimensional array if a shearwave is produced in a rectangular section, then the shearwaves can propagate away from the rectangular section and can be imaged. The effect... Read More
2010-333 – A major problem in the area of electrochemistry and fast scan cyclic voltammetry is the occurrence of multiple complex analytes being measured by the fast scan cyclic voltammetry. In this invention, we developed the technique of Double Pulse Voltammetry (DPV) in which very fast scan cyclic voltammetry can be done at various voltages in this case from -0.4 volt to +1.5 volt and back down... Read More
2010-318 – An innovative freight management solution has been developed which represents a new business model developed on transparency and risk-sharing within a reseller market. Working with supply partners, key individuals within supply chain management have developed this program which involves practice, process and designs generally not used or common within healthcare. The solution results in... Read More
2010-296 – Communications between electronic components employ one of a number of signaling schemes. Generally, digital communications use one of two classes of signaling schemes: single-ended or differential signaling. A single-ended signaling channel employs transmission of n-level (typically 2-level) signals through a single signal conductor, using a ground or power conductor as the reference for... Read More
2010-170 – The Enterprise Data Model is a schematic entity-relationship diagram depicting how data relates to each other within the context of Mayo’s practice, education and research activities. It collectively forms the basis around which all information at Mayo is organized, and from which the system pulls data for purposes of developing the logical and physical representation of data within its... Read More
2010-167 – This invention is a software product (Virtual Audi (gram) that automates the standard audiological report writing process. The application creates a graphic of all audiological tests in the basic comprehensive hearing evaluation and uses a pull down menu interface to create custom, grammatically correct reports. Reports and graphics are formatted for easy import into an electronic medical... Read More
2010-162 – The application works on the iPod Touch and iPhone platform and will improve access to exposure-based therapy for individuals with anxiety disorders. The application can be used independently as a self-help program or in conjunction with a health professional. To Access the App through the iTunes Store, click on the link below. AnxietyCoach App
2010-137 – This invention describes a novel calculation called the Speech Transmission Index based Social Hearing Index (STI-SHI or social hearing index for short). The social hearing index can be calculated using standard pure tone hearing threshold data and supra-threshold measures of speech intelligibility. The STI-SHI can be useful in refining the legal definition of hearing disability and will also... Read More
2010-115 – Photon counting detector technology is being actively adopted for commercial CT. One compelling reason is the advantages that it brings for spectral imaging (multi-energy CT) which allows material characterization using energy information from the detected x-rays. The ability to identify material composition regardless of material density (e.g. distinguishing iodine from bone even though they... Read More
2010-108 – SDUV is a non-invasive ultrasound technology that can qualify tissue stiffness and viscosity, which are sensitive indexes of pathology such as liver fibrosis. SDUV uses one long push toneburst of ultrasound followed by multiple detect pulses to generate and detect shear waves in tissue. Shear wave propagation information is used to estimate tissue stiffness and viscosity. The push-detect... Read More
2010-038 – The individual cross-sectional images along the arteries were analyzed individually by creating a Region-of-Interest (ROI) that encompassed the vessel wall. To ensure that the entire arterial wall was included into the ROI, the radius of the lumen ® was measured, which was used as the width of the annular ROI surrounding the arterial lumen (12). By creating a binary image of the punctate... Read More
2010-032 – A method for producing tissue motion with customized frequency content is described in which push pulses are designed using orthogonal basis functions which then produce desired tissue motion. The push pulses can be a sequence of long duration, in which case motion detection A-lines can be interleaved among the pulses. The result is a more efficient method of making tissue move with optimal... Read More