165 Publications (Page 3 of 7)
2017
An Incremental Adoption Pathway for Developing Precision Medicine Based Healthcare Infrastructure for Underserved Settings.SN, Kasthurirathne⋅PG, Biondich⋅BW, Mamlin⋅TA, Cullen and SJ, Grannis
Completeness and timeliness of notifiable disease reporting: a comparison of laboratory and provider reports submitted to a large county health departmentDixon, Brian E⋅Dixon, Brian⋅Dixon, Brian E⋅Zhang, Zuoyi⋅Zhang, Zuoyi⋅Zhang, Zuoyi⋅Lai, Patrick T S⋅Lai, Patrick T S⋅Lai, Patrick⋅Kirbiyik, Uzay⋅Kirbiyik, Uzay⋅Kirbiyik, Uzay⋅Williams, Jennifer⋅Williams, Jennifer⋅Williams, Jennifer⋅Hills, Rebecca⋅Hills, Rebecca⋅Hills, Rebecca⋅Revere, Debra⋅Revere, Debra⋅Revere, Debra⋅Gibson, P⋅Gibson, P Joseph⋅Gibson, P Joseph⋅Grannis, Shaun J⋅Grannis, Shaun J and Grannis, ShaunBMC medical informatics and decision making, vol. 17, (no. 1), pp. 87, 2017-Jun-23.
| Journal Article
Exploring perceptions and experiences of patients who have chronic pain as state prescription opioid policies change: a qualitative study in IndianaAl Achkar, Morhaf⋅Al Achkar, Morhaf⋅Revere, Debra⋅Revere, Debra⋅Dennis, Barbara⋅Dennis, Barbara⋅MacKie, Palmer⋅MacKie, Palmer⋅Gupta, Sumedha⋅Gupta, Sumedha⋅Grannis, Shaun and Grannis, ShaunBMJ Open, vol. 7, (no. 11), pp. e015083, 20171100.
| Journal Article
Measuring and Improving the Quality of Data Used for Syndromic SurveillanceDixon, Brian E⋅Dixon, Brian E⋅Duke, Jon⋅Duke, Jon⋅Grannis, Shaun and Grannis, ShaunOnline Journal of Public Health Informatics, vol. 9, (no. 1), 2017-05-02.
| Journal Article
Measuring and Improving the Quality of Data Used for Syndromic SurveillanceB, Dixon⋅J, Duke and S, Grannis
Notifiable condition reporting practices: implications for public health agency participation in a health information exchangeRevere, Debra⋅Revere, Debra⋅Hills, Rebecca H⋅Hills, Rebecca⋅Dixon, Brian E⋅Dixon, Brian⋅Gibson, P⋅Gibson, P J⋅Grannis, Shaun and Grannis, Shaun JBMC Public Health, vol. 17, 2017.
| Journal Article
The Building Blocks of Inter-operabilityCulbertson, Adam⋅Culbertson, Adam⋅Culbertson, Adam⋅Culbertson, A.⋅Culbertson, Adam⋅Goel, Satyender⋅Goel, Satyender⋅Goel, S.⋅Goel, Satyender⋅Goel, Satyender⋅Madden, Margaret B⋅Madden, Margaret B⋅Madden, M.B.⋅Madden, Margaret B⋅Madden, Margaret B⋅Safaeinili, Niloufar⋅Safaeinili, Niloufar⋅Safaeinili, N.⋅Safaeinili, Niloufar⋅Safaeinili, Niloufar⋅Jackson, Kathryn L⋅Jackson, K.L.⋅Jackson, Kathryn L⋅Jackson, Kathryn L⋅Jackson, Kathryn L⋅Carton, Thomas⋅Carton, Thomas⋅Carton, Thomas⋅Carton, Thomas⋅Carton, T.⋅Waitman, R.⋅Waitman, Russ⋅Waitman, Russ⋅Waitman, Russ⋅Waitman, Russ⋅Liu, M.⋅Liu, Mei⋅Liu, Mei⋅Liu, Mei⋅Liu, Mei⋅Krishnamurthy, Ashok⋅Krishnamurthy, Ashok⋅Krishnamurthy, Ashok⋅Krishnamurthy, Ashok⋅Krishnamurthy, A.⋅Hall, L.⋅Hall, Lauren⋅Hall, Lauren⋅Hall, Lauren⋅Hall, Lauren⋅Cappella, Nickie⋅Cappella, N.⋅Cappella, Nickie⋅Cappella, Nickie⋅Cappella, Nickie⋅Visweswaran, S.⋅Visweswaran, Shyam⋅Visweswaran, Shyam⋅Visweswaran, Shyam⋅Visweswaran, Shyam⋅Becich, Michael J⋅Becich, Michael J⋅Becich, Michael J⋅Becich, Michael J⋅Becich, M.J.⋅Applegate, Reuben⋅Applegate, R.⋅Applegate, Reuben⋅Applegate, Reuben⋅Applegate, Reuben⋅Bernstam, E.⋅Bernstam, Elmer⋅Bernstam, Elmer⋅Bernstam, Elmer⋅Bernstam, Elmer⋅Rothman, Russell⋅Rothman, R.⋅Rothman, Russell⋅Rothman, Russell⋅Rothman, Russell⋅Matheny, Michael⋅Matheny, Michael⋅Matheny, M.⋅Matheny, Michael⋅Matheny, Michael⋅Lipori, Gloria⋅Lipori, Gloria⋅Lipori, Gloria⋅Lipori, G.⋅Lipori, Gloria⋅Bian, J.⋅Bian, Jiang⋅Bian, Jiang⋅Bian, Jiang⋅Bian, Jiang⋅Hogan, William⋅Hogan, William⋅Hogan, W.⋅Hogan, William⋅Hogan, William⋅Bell, Douglas⋅Bell, D.⋅Bell, Douglas⋅Bell, Douglas⋅Bell, Douglas⋅Martin, A.⋅Martin, Andrew⋅Martin, Andrew⋅Martin, Andrew⋅Martin, Andrew⋅Grannis, Shaun⋅Grannis, Shaun⋅Grannis, Shaun⋅Grannis, S.⋅Grannis, Shaun⋅Klann, Jeff⋅Klann, Jeff⋅Klann, Jeff⋅Klann, J.⋅Klann, Jeff⋅Sutphen, Rebecca⋅Sutphen, Rebecca⋅Sutphen, R.⋅Sutphen, Rebecca⋅Sutphen, Rebecca⋅O?Hara, A.B.⋅O'Hara, Amy B⋅O’Hara, Amy B⋅O'Hara, Amy B⋅O'Hara, Amy B⋅Kho, A.⋅Kho, Abel⋅Kho, Abel⋅Kho, Abel and Kho, AbelApplied Clinical Informatics, vol. 8, (no. 2), pp. 336, 20170400.
| Journal Article
Toward better public health reporting using existing off the shelf approaches: The value of medical dictionaries in automated cancer detection using plaintext medical dataKasthurirathne, Suranga N⋅Kasthurirathne, Suranga N⋅Kasthurirathne, Suranga N⋅Kasthurirathne, Suranga N⋅Kasthurirathne, Suranga N⋅Kasthurirathne, Suranga N⋅Dixon, Brian E⋅Dixon, Brian E⋅Dixon, Brian E⋅Dixon, Brian E⋅Dixon, Brian E⋅Dixon, Brian E⋅Gichoya, Judy⋅Gichoya, Judy⋅Gichoya, Judy⋅Gichoya, Judy⋅Gichoya, Judy⋅Gichoya, Judy⋅Xu, Huiping⋅Xu, Huiping⋅Xu, Huiping⋅Xu, Huiping⋅Xu, Huiping⋅Xu, Huiping⋅Xia, Yuni⋅Xia, Yuni⋅Xia, Yuni⋅Xia, Yuni⋅Xia, Yuni⋅Xia, Yuni⋅Mamlin, Burke⋅Mamlin, Burke⋅Mamlin, Burke⋅Mamlin, Burke⋅Mamlin, Burke⋅Mamlin, Burke⋅Grannis, Shaun J⋅Grannis, Shaun J⋅Grannis, Shaun J⋅Grannis, Shaun J⋅Grannis, Shaun J and Grannis, Shaun JJournal of Biomedical Informatics, vol. 69, pp. 176, May 2017.
| Journal Article
Using structured and unstructured data to identify patients’ need for services that address the social determinants of healthVest, Joshua R⋅Vest, Joshua R⋅Vest, Joshua R⋅Vest, Joshua R⋅Grannis, Shaun J⋅Grannis, Shaun J⋅Grannis, Shaun J⋅Grannis, Shaun J⋅Haut, Dawn P⋅Haut, Dawn P⋅Haut, Dawn P⋅Haut, Dawn P⋅Halverson, Paul K⋅Halverson, Paul K⋅Halverson, Paul K⋅Halverson, Paul K⋅Menachemi, Nir⋅Menachemi, Nir⋅Menachemi, Nir and Menachemi, NirInternational Journal of Medical Informatics, vol. 107, pp. 106, November 2017.
| Journal Article
2016
A practical method for predicting frequent use of emergency department care using routinely available electronic registration dataWu, Jianmin⋅Wu, Jianmin⋅Wu, Jianmin⋅Grannis, Shaun J⋅Grannis, Shaun J⋅Grannis, Shaun J⋅Xu, Huiping⋅Xu, Huiping⋅Xu, Huiping⋅Finnell, John T⋅Finnell, John T and Finnell, John TBMC emergency medicine, vol. 16, (no. 1), pp. 12, 2016-Feb-09.
| Journal Article
Getting from here to there: health IT needs for population healthVest, J.R.⋅Vest, Joshua R⋅Vest, Joshua R⋅Vest, Joshua R⋅Vest, Joshua R⋅Vest, Joshua R⋅Harle, C.A.⋅Harle, Christopher A⋅Harle, Christopher A⋅Harle, Christopher A⋅Harle, Christopher A⋅Harle, Christopher A⋅Schleyer, Titus⋅Schleyer, Titus⋅Schleyer, Titus⋅Schleyer, T.⋅Schleyer, Titus⋅Schleyer, Titus⋅Dixon, Brian E⋅Dixon, B.E.⋅Dixon, Brian E⋅Dixon, Brian E⋅Dixon, Brian E⋅Dixon, Brian E⋅Grannis, Shaun J⋅Grannis, Shaun J⋅Grannis, Shaun J⋅Grannis, Shaun J⋅Grannis, S.J.⋅Grannis, Shaun J⋅Halverson, P.K.⋅Halverson, Paul K⋅Halverson, Paul K⋅Halverson, Paul K⋅Halverson, Paul K⋅Halverson, Paul K⋅Menachemi, Nir⋅Menachemi, N.⋅Menachemi, Nir⋅Menachemi, Nir⋅Menachemi, Nir and Menachemi, NirThe American journal of managed care, vol. 22, (no. 12), pp. 827, 2016-Dec.
| Journal Article
Getting from here to there: health IT needs for population health.Vest, J.R.⋅JR, Vest⋅Vest, J.R.⋅Harle, C.A.⋅CA, Harle⋅Harle, C.A.⋅Schleyer, T.⋅T, Schleyer⋅Schleyer, T.⋅BE, Dixon⋅Dixon, B.E.⋅Dixon, B.E.⋅Grannis, S.J.⋅Grannis, S.J.⋅SJ, Grannis⋅Halverson, P.K.⋅PK, Halverson⋅Halverson, P.K.⋅Menachemi, N.⋅N, Menachemi and Menachemi, N.
Predicting Emergency Department Visits.Poole, Sarah⋅S, Poole⋅Grannis, Shaun⋅S, Grannis⋅NH, Shah and Shah, Nigam HAMIA Joint Summits on Translational Science proceedings. AMIA Joint Summits on Translational Science.
| Journal Article
Predicting Emergency Department Visits.S, Poole⋅S, Grannis and NH, Shah
Toward better public health reporting using existing off the shelf approaches: A comparison of alternative cancer detection approaches using plaintext medical data and non-dictionary based feature selectionKasthurirathne, Suranga N⋅Kasthurirathne, Suranga N.⋅Kasthurirathne, Suranga N⋅Kasthurirathne, Suranga N⋅Kasthurirathne, Suranga N⋅Dixon, Brian⋅Kasthurirathne, Suranga N⋅Dixon, Brian E⋅Dixon, Brian E.⋅Dixon, Brian E⋅Dixon, Brian E⋅Dixon, Brian E⋅Dixon, Brian E⋅Gichoya, Judy⋅Gichoya, Judy⋅Gichoya, Judy⋅Gichoya, Judy⋅Gichoya, Judy⋅Gichoya, Judy⋅Xu, Huiping⋅Xu, Huiping⋅Xu, Huiping⋅Xu, Huiping⋅Xu, Huiping⋅Xu, Huiping⋅Xia, Yuni⋅Xia, Yuni⋅Xia, Yuni⋅Xia, Yuni⋅Xia, Yuni⋅Xia, Yuni⋅Mamlin, Burke⋅Mamlin, Burke⋅Mamlin, Burke⋅Mamlin, Burke⋅Mamlin, Burke⋅Mamlin, Burke⋅Grannis, Shaun J⋅Grannis, Shaun J⋅Grannis, Shaun J.⋅Grannis, Shaun J⋅Grannis, Shaun J and Grannis, Shaun JJournal of Biomedical Informatics, vol. 60, pp. 152, April 2016.
| Journal Article
2015
Characterizing Informatics Roles and Needs of Public Health Workers: Results From the Public Health Workforce Interests and Needs SurveyDixon, Brian E⋅Dixon, Brian E⋅Dixon, Brian E⋅McFarlane, Timothy D⋅McFarlane, Timothy D⋅McFarlane, Timothy D⋅Dearth, Shandy⋅Dearth, Shandy⋅Dearth, Shandy⋅Grannis, Shaun J⋅Grannis, Shaun J⋅Grannis, Shaun J⋅Gibson, P Joseph⋅Gibson, P Joseph and Gibson, P JosephJournal of public health management and practice : JPHMP, vol. 21 Suppl 6, (no. 6), pp. S140, 2015 Nov-Dec.
| Journal Article
Evaluating Methods for Identifying Cancer in Free-Text Pathology Reports Using Various Machine Learning and Data Preprocessing ApproachesKasthurirathne, Suranga Nath⋅Kasthurirathne, Suranga Nath⋅Kasthurirathne, Suranga Nath⋅Dixon, Brian E⋅Dixon, Brian E⋅Dixon, Brian E⋅Grannis, Shaun J⋅Grannis, Shaun J and Grannis, Shaun JStudies in health technology and informatics, vol. 216, pp. 1070, 2015-00-00.
| Journal Article
Evaluating Methods for Identifying Cancer in Free-Text Pathology Reports Using Various Machine Learning and Data Preprocessing Approaches.SN, Kasthurirathne⋅BE, Dixon and SJ, Grannis
Return to Public Health- Undeliverable letters of Communicable Disease PatientsU, Kirbiyik⋅H, Shah⋅P, Lai⋅J, Williams⋅B, Dixon and S, Grannis
Return to Public Health- Undeliverable letters of Communicable Disease PatientsKirbiyik, Uzay⋅Kirbiyik, Uzay⋅Shah, Hassan⋅Shah, Hassan⋅Lai, Patrick T⋅Lai, Patrick T⋅Williams, Jennifer L⋅Williams, Jennifer L⋅Dixon, Brian E⋅Dixon, Brian E⋅Grannis, Shaun and Grannis, ShaunOnline Journal of Public Health Informatics, vol. 7, (no. 1), 2015-02-26.
| Journal Article
2014
A Bayesian spatio–temporal approach for real–time detection of disease outbreaks: a case studyZou, Jian⋅Zou, Jian⋅Karr, Alan⋅Karr, Alan F⋅Datta, Gauri⋅Datta, Gauri⋅Lynch, James⋅Lynch, James⋅Grannis, Shaun and Grannis, ShaunBMC medical informatics and decision making, vol. 14, (no. 1), pp. 108, 2014-Dec-05.
| Journal Article
An Evaluation of Two Methods for Generating Synthetic HL7 Segments Reflecting Real-World Health Information Exchange TransactionsMwogi, Thomas S⋅Mwogi, Thomas S⋅Biondich, Paul G⋅Biondich, Paul G⋅Grannis, Shaun J and Grannis, Shaun JAMIA ... Annual Symposium proceedings. AMIA Symposium, vol. 2014, pp. 1863, 2014-00-00.
| Journal Article
An Evaluation of Two Methods for Generating Synthetic HL7 Segments Reflecting Real-World Health Information Exchange Transactions.TS, Mwogi⋅PG, Biondich and SJ, Grannis
A Ride in the Time Machine: Information Management Capabilities Health Departments Will NeedFoldy, Seth⋅Grannis, Shaun⋅Ross, David and Smith, TorneyAmerican journal of public health, vol. 104, (no. 9), pp. 1600, 2014-Sep.
| Journal Article
Clinical Versus Public Health Perceptions of Notifiable Disease Reporting BurdenRevere, Debra⋅Revere, Debra⋅Hills, Rebecca⋅Hills, Rebecca⋅Grannis, Shaun J⋅Grannis, Shaun J⋅Dixon, Brian E and Dixon, Brian EOnline Journal of Public Health Informatics, vol. 6, (no. 1), 2014-03-09.
| Journal Article