Pallav Sharda

Pallav Sharda

San Francisco Bay Area
2K followers 500+ connections

About

20+ years of experience in executing on healthcare's digital transformation.
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Experience

  • Carrum Health Graphic

    Carrum Health

    San Francisco Bay Area

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    San Francisco Bay Area

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    Santa Clara, CA

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    www.beforedisrupting.com

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    Mountain View, CA

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    San Francisco Bay Area

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    Greater Chicago Area

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    San Francisco Bay Area

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    Greater Chicago Area

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    Greater New York City Area

Education

Publications

  • Before Disrupting Healthcare: What Innovators Need To Know

    Amazon

    Before Disrupting Healthcare is a must-read for anyone working on, or investing in, health information products. It combines an introduction of today's foundational ideas and products with a look into what emerging trends will rule the future. You'll learn why Electronic Health Records, Health Information Exchanges, Accountable Care Organizations, and Meaningful Use regulation matter so much today - and what will matter even more tomorrow. Outsiders can use this book to become insiders, and…

    Before Disrupting Healthcare is a must-read for anyone working on, or investing in, health information products. It combines an introduction of today's foundational ideas and products with a look into what emerging trends will rule the future. You'll learn why Electronic Health Records, Health Information Exchanges, Accountable Care Organizations, and Meaningful Use regulation matter so much today - and what will matter even more tomorrow. Outsiders can use this book to become insiders, and insiders can become experts.

    See publication
  • Retail Healthcare Service Model: Is it applicable in India?

    India@Kellogg Publication of India Business Conference 2008

  • Synchronizing Patient, Provider & Payer Relationships

    Kellogg School of Management

    Other authors
    • Dipak C Jain
  • Customizing clinical narratives for the electronic medical record interface using cognitive methods

    International Journal of Medical Informatics, Vol.75, No.5

    As the healthcare industry transitions from paper to electronic medical records (EMRs), medical informatics researchers face the task of ensuring that the electronic presentation of the information remains usable and effective while capitalizing on the ability of EMRs to tailor information to different users. In our research, we focus on utilizing formal cognitive science methodology to guide the conversion of paper-based narrative discharge summaries to a more dynamic, structured electronic…

    As the healthcare industry transitions from paper to electronic medical records (EMRs), medical informatics researchers face the task of ensuring that the electronic presentation of the information remains usable and effective while capitalizing on the ability of EMRs to tailor information to different users. In our research, we focus on utilizing formal cognitive science methodology to guide the conversion of paper-based narrative discharge summaries to a more dynamic, structured electronic version. In this paper, we present the results of a cognitive analytic study (1) that determines a ‘core’ component in medical narratives and (2) that compares the use of structured and narrative texts by physicians with varying expertise. Specifically, we studied six psychiatrists at three levels of expertise— experts, intermediates, and novices. The subjects were given two clinical case scenarios with discharge summaries and asked to verbalize their thoughts as they read through the summaries. The interview transcripts were analyzed for recalls and inferences generated in the verbalization. Based on experts’ verbalizations, the discharge summaries were organized into a more structured form and used in the interview of other subjects. Novice-level subjects had more recall with the structured than with the narrative format. More errors were also made in recall with the narrative than with the structured text. We discuss how these results are valuable in designing an EMR interface to reduce errors and to support users of different expertise.

    Other authors
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  • An Experimental System for Comparing Speed, Accuracy, and Completeness of Physician Data Entry using Electronic and Paper Methods

    AMIA Annual Symposium Proceedings 2003; 2003: 812.

    Electronic medical record (EMR) systems have important potential advantages over traditional paper-based systems, but they require that physicians assume responsibility for data entry. However, little is known about the quality of physician data entry in electronic systems. This study describes a system for comparing the speed, accuracy, and completeness of examination data entry using electronic and paper methods. Data will be shown to demonstrate that this may be a simple, reproducible, and…

    Electronic medical record (EMR) systems have important potential advantages over traditional paper-based systems, but they require that physicians assume responsibility for data entry. However, little is known about the quality of physician data entry in electronic systems. This study describes a system for comparing the speed, accuracy, and completeness of examination data entry using electronic and paper methods. Data will be shown to demonstrate that this may be a simple, reproducible, and useful technique.

    Other authors
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Patents

  • Systems and Methods for Active Listening/Observing and Event Detection

    Issued US 8,348,839

    Embodiments of the present invention provide a method of monitoring an environment comprising: monitoring at least one data stream wherein the data stream is a data stream in the environment; detecting a specified event from the data stream; and triggering a response to the specified event. Embodiments of the present invention provide a system for monitoring an environment comprising: a receiver adapted to receive at least one input data stream wherein the input data stream is a data stream in…

    Embodiments of the present invention provide a method of monitoring an environment comprising: monitoring at least one data stream wherein the data stream is a data stream in the environment; detecting a specified event from the data stream; and triggering a response to the specified event. Embodiments of the present invention provide a system for monitoring an environment comprising: a receiver adapted to receive at least one input data stream wherein the input data stream is a data stream in the environment; an active listener/observer system adapted to monitor the data stream; and an interface adapted to express at least one output stream. Embodiments of the present invention provide a computer-readable medium having instructions comprising: an active listener/observer routine configured to monitor at least one data stream; a detection routine configured to find specified events in the data stream; and an output routine configured to express a response event.

    See patent
  • System & methods for managing patient preference data

    Filed US 20080255875

    Certain embodiments of the present invention provide a method of managing patient preference data comprising: presenting questions to a patient; receiving responses from the patient wherein the responses indicate a preference of the patient; and recording the responses to a repository. Other embodiments provide a system for managing patient preference data comprising: an interactive patient module adapted to receive patient preference data from a patient; and a patient preference data…

    Certain embodiments of the present invention provide a method of managing patient preference data comprising: presenting questions to a patient; receiving responses from the patient wherein the responses indicate a preference of the patient; and recording the responses to a repository. Other embodiments provide a system for managing patient preference data comprising: an interactive patient module adapted to receive patient preference data from a patient; and a patient preference data repository adapted to record the patient preference data. Yet other embodiments provide a computer-readable medium having a set of instructions for execution by a computer, the set of instruction comprising: a questioning routine configured to obtain patient preference information from a patient; a recording routine configured to record the patient preference information to the patient's medical records.

    See patent

Honors & Awards

  • Small Business Innovation Research (SBIR) Phase 1 Grant

    National Institutes of Health

    Consultant on SBIR Phase 1 NIH Grant 1R43LM010750-01, "Voice Based, Workflow Enhancing, Primary Care Medical Data Input System". Awarded 2010. PI Daniel J. Riskin.

  • Edward L. Kaplan New Venture Challenge

    University of Chicago Graduate School of Business

    Founding Member, Varna Research- A clinical data and trials outsourcing company that won second place at the 2007 Business Plan Competition, along with ‘Mitsubishi International Award’ ($15,000) at the 11th Annual Edward L. Kaplan New Venture Challenge hosted by University of Chicago Graduate School of Business.

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