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Dive into the research topics where Katherine E. Cain is active.

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Featured researches published by Katherine E. Cain.


Gynecologic Oncology | 2012

Venous thromboembolism (VTE) rates following the implementation of extended duration prophylaxis for patients undergoing surgery for gynecologic malignancies.

Kathleen M. Schmeler; Ginger L. Wilson; Katherine E. Cain; Mark F. Munsell; Pedro T. Ramirez; Pamela T. Soliman; Alpa M. Nick; Michael Frumovitz; Robert L. Coleman; Michael H. Kroll; Charles Levenback

OBJECTIVE To compare the incidence of venous thromboembolism (VTE) before and after the implementation of standardized extended duration prophylaxis guidelines in women undergoing laparotomy for gynecologic cancer. METHODS In October 2009, departmental practice guidelines were implemented for VTE prevention. Patients undergoing laparotomy for gynecologic cancer were started on low molecular weight heparin (LMWH) within 24h of surgery and it was continued for a total of 28 days postoperatively. The incidence of VTE diagnosed within 30 and 90 days of surgery was determined and compared to a historic cohort of patients who underwent surgery prior to implementation of the guidelines. RESULTS The incidence of VTE within 30 days of surgery decreased from 2.7% (8/300) to 0.6% (2/334) following implementation of VTE prevention guidelines (78% reduction, p=0.040). However, when the pre and post-guideline implementation groups were compared for the development of VTE within 90 days of surgery, there was no significant difference (11/300 (3.7%) vs. 10/334 (3.0%) respectively, p=0.619). The median time between surgery and VTE diagnosis was 12 days in the pre-guideline implementation group, compared with 57 days in the post-guideline implementation group (p=0.012). CONCLUSION Patients receiving extended duration LMWH were found to have significantly lower rates of VTE within 30 days of surgery when compared with similar patients who did not receive extended duration LMWH. However, this effect was not sustained when the groups were compared for VTE diagnosis within 90 days of surgery. Additional study is needed to further reduce long-term VTE rates in this high-risk population.


Gynecologic Oncology | 2012

Patient cost associated with filling a prescription for extended-duration venous thromboembolism (VTE) prophylaxis following surgery for gynecologic cancer

Katherine E. Cain; Kathleen M. Schmeler; Ginger Langley; Oliver Max; Pedro T. Ramirez; Charles Levenback

OBJECTIVE The primary purpose of this study was to determine the average patient cost for filling a prescription for extended-duration enoxaparin prophylaxis. METHODS Women who underwent major abdominal/pelvic surgery for histologically confirmed gynecologic malignancy were included. Patients who underwent minimally invasive surgery, had benign disease or were on treatment for existing VTE were excluded. Pharmacy resource specialists electronically submitted test prescriptions to verify enoxaparin coverage in the outpatient setting prior to hospital discharge. Patient co-pay information collected included: the number of patients requiring prescription insurance prior authorization, those qualifying for the Lovenox Patient Assistance Program® (PAP) and insurance status. RESULTS Three hundred and sixty-four patients were discharged with extended-duration enoxaparin prophylaxis for 28 days between October 2009 and May 2011. The average patient cost to complete 28 days of enoxaparin prophylaxis was


Journal of Oncology Practice | 2016

What Is the Real Rate of Surgical Site Infection

Jolyn S. Taylor; C.A. Marten; K. Potts; Lynn Cloutier; Katherine E. Cain; Shauna Fenton; Tara Tatum; Deepthi James; Keith N. Myers; Cheryl Hubbs; Jennifer K. Burzawa; Shital Vachhani; Alpa M. Nick; Larissa A. Meyer; Linda Graviss; Kathy M. Ware; Anne K. Park; Thomas A. Aloia; Diane C. Bodurka; Charles Levenback; Kathleen M. Schmeler

62 (median


International Journal of Gynecological Cancer | 2015

Improved compliance with venous thromboembolism pharmacologic prophylaxis for patients with gynecologic malignancies hospitalized for nonsurgical indications did not reduce venous thromboembolism incidence.

Lauren S. Prescott; Lisa M. Kidin; Rebecca L. Downs; David J. Cleveland; Ginger L. Wilson; Mark F. Munsell; Alma Yvette DeJesus; Katherine E. Cain; Pedro T. Ramirez; Michael H. Kroll; Charles Levenback; Kathleen M. Schmeler

21, range


Gynecologic Oncology | 2018

A practical guide for the safe implementation of early phase drug development and immunotherapy program in gynecologic oncology practice

Amir A. Jazaeri; Robert L. Coleman; Anil K. Sood; Michael Frumovitz; Pamela T. Soliman; Aaron Shafer; Jeffry Cutrera; Marlana Klinger; Sara E. Sharafi; Cynae Johnson; Valerie Villanueva; E.M. Hinchcliff; Andrea S. Dickens; Katherine E. Cain; Jaime E. Anderson; Karen H. Lu; Shannon N. Westin

0-1210). Prior authorization was required for 32 patients (10%). Two patients (0.6%) qualified for the Lovenox Patient Assistance Program®. A decrease in the average patient cost from


Journal of Clinical Oncology | 2016

What is the real rate of surgical-site infection?

Jolyn S. Taylor; C.A. Marten; K. Potts; Lynn Cloutier; Katherine E. Cain; Shauna Fenton; Tara Tatum; Deepthi James; Cheryl Hubbs; Jennifer K. Burzawa; Shital Vachhani; Alpa M. Nick; Larissa A. Meyer; Linda Graviss; Kathy M. Ware; Anne Park; Thomas A. Aloia; Diane C. Bodurka; Charles Levenback; Kathleen M. Schmeler

71 to


Clinical nutrition ESPEN | 2016

Bowel surgery in an Enhanced Surgical Recovery Programme (ESRP) for gynaecologic surgery: Is recovery still enhanced or do we need to take a step back?

Gloria Salvo; Maria D. Iniesta; Javier Lasala; Meyer A. Larissa; Alpa M. Nick; Katherine E. Cain; Gabriel E. Mena; Mark F. Munsell; Terri Earles; Pedro T. Ramirez

52 (median


Clinical nutrition ESPEN | 2016

Implementation of an Enhanced Surgical Recovery Programme (ESRP) in gynaecologic oncology: Has the development of a preoperative order set improved compliance for preventive analgesia and deep venous thromboembolic (DVT) prophylaxis?

Javier Lasala; Jagtar Singh Heir; Gabriel E. Mena; Alpa M. Nick; Larissa A. Meyer; Maria D. Iniesta; Mark F. Munsell; Gloria Salvo; Juan P. Cata; Ifeyinwa Ifeanyi; Vijaya Gottumukkala; Katherine E. Cain; Pedro T. Ramirez

30 to


Obstetrics & Gynecology | 2018

Effect of an Enhanced Recovery After Surgery Program on Opioid Use and Patient-Reported Outcomes

Larissa A. Meyer; Javier Lasala; Maria D. Iniesta; Alpa M. Nick; Mark F. Munsell; Qiuling Shi; Xin Shelley Wang; Katherine E. Cain; Karen H. Lu; Pedro T. Ramirez

10) was observed after generic enoxaparin approval in July 2011. CONCLUSION Our results show that at least 90% of patients filled their prescription of extended-duration enoxaparin prophylaxis after major abdominal surgery for cancer regardless of cost.


Journal of Clinical Oncology | 2018

Use of pregabalin for preemptive analgesia in an enhanced recovery after surgery program.

Katherine E. Cain; Nhi Hoang; Maria D. Iniesta; Brandelyn Pitcher; Camila Corzo; Larissa A. Meyer; Javier Lasala; Pedro T. Ramirez

PURPOSE Surgical site infections (SSIs) are associated with patient morbidity and increased health care costs. Although several national organizations including the University HealthSystem Consortium (UHC), the National Surgical Quality Improvement Program (NSQIP), and the National Healthcare Safety Network (NHSN) monitor SSI, there is no standard reporting methodology. METHODS We queried the UHC, NSQIP, and NHSN databases from July 2012 to June 2014 for SSI after gynecologic surgery at our institution. Each organization uses different definitions and inclusion and exclusion criteria for SSI. The rate of SSI was also obtained from chart review from April 1 to June 30, 2014. SSI was classified as superficial, deep, or organ space infection. The rates reported by the agencies were compared with the rates obtained by chart review using Fishers exact test. RESULTS Overall SSI rates for the databases were as follows: UHC, 1.5%; NSQIP, 8.8%; and NHSN, 2.8% (P < .001). The individual databases had wide variation in the rate of deep infection (UHC, 0.7%; NSQIP, 4.7%; NHSN, 1.3%; P < .001) and organ space infection (UHC, 0.4%; NSQIP, 4.4%; NHSN, 1.4%; P < .001). In agreement with the variation in reporting methodology, only 19 cases (24.4%) were included in more than one database and only one case was included in all three databases (1.3%). CONCLUSION There is discordance among national reporting agencies tracking SSI. Adopting standardized metrics across agencies could improve consistency and accuracy in assessing SSI rates.

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Pedro T. Ramirez

University of Texas MD Anderson Cancer Center

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Larissa A. Meyer

University of Texas MD Anderson Cancer Center

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Alpa M. Nick

University of Texas MD Anderson Cancer Center

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Javier Lasala

University of Texas MD Anderson Cancer Center

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Maria D. Iniesta

University of Texas MD Anderson Cancer Center

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Mark F. Munsell

University of Texas MD Anderson Cancer Center

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Kathleen M. Schmeler

University of Texas MD Anderson Cancer Center

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Charles Levenback

University of Texas MD Anderson Cancer Center

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Terri Earles

University of Texas MD Anderson Cancer Center

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Gabriel E. Mena

University of Texas MD Anderson Cancer Center

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