Neuropsychopharmacology
Neuropsychopharmacology
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Neuropsychopharmacology
Free access prior to 12 months from current.
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Evaluation of Heart Failure in the Internal Medicine Clinic
Presentation by
Natohya Henry, Pharm.D.
Kristin Campbell, Pharm.D., Jennifer Campbell, Pharm.D., CDE; Christa George Pharm.D., BCPS, CDE; Kristie Ramser, Pharm.D., CDE, Laura Sprabery, MD, FACP,
Craig Dorko, MD, FACP
Heart Failure
NYHA Classification
Stages of Heart Failure
ACC/AHA 2005 Guidelines
Stages in the development of HF/recommended therapy by stage
CMS Core Measures
Routine Assessment
Evidence-Based Therapies
Symptomatic benefits
Loop Diuretics
Beta Blockers
Evaluation of HF in the Internal Medicine Clinic
Methods
Pre-Intervention
Medical Record Review
Physicians
* Symptoms/ ER visits
* Smoking and smoking cessation
* Diet and daily weights
* Review of results
* Review of ACC/ AHA guidelines
* Review of CMS core measures
Medical Record Review
Baseline Characteristics
Use of Heart Failure Medications in All Patients
Use of Evidence-Based Medications
Conclusions
References
Evaluation of Heart Failure in the Internal Medicine
Emerging Applications In Clinical Radiation Oncology
by
Ross A. Abrams, M.D.
Topics
* Integration of Emerging Results From Molecular Biology Into Patient Selection and Treatment Strategies
* Integration of Enhanced Technology Into Clinical Practice
* Moving Beyond Photons (X-Rays) to Charged Particles (Protons, Heavy Ions)
Integration of Emerging Results From Molecular Biology
* Combining Radiotherapy With Targeted Therapy
* Using Genomics, Proteomics, Metabolomics to Help Define Prognosis
* Using Genomics, Proteomics, Metabolomics to Help Define Treatment
Cetuximab
Clinical Activity
* Colorectal Cancer
* Head and Neck
Side Effects – Minimal
* Infusion Reactions
* Rash
* Asthenia
* N/V/D
Radiation Synergies
* EGFR Blockade Results in Radiation Sensitization
* EGFR Expression Upregulated by Irradiation
Combining Radiotherapy With
Cetuximab + Radiotherapy
Minimal Increase in Toxicity
Other Target Agents Showing Promise w/ XRT
Integration of Emerging Results From Molecular Biology
* Combining Radiotherapy With Targeted Therapy
* Using Genomics, Proteomics, Metabolomics to Help Define Prognosis
* Using Genomics, Proteomics, Metabolomics to Help Define Treatment
Chung/Torres-Roca, et al.: Genomics for prognosis and treatment response prediction
Formalin Fixed Tissue Data Set:
Integration of Enhanced Technology
* Metabolic Imaging To Define/Refine Targeting – Prostate/Lung Cancer
* Body Stereotactic Therapy – Lung Cancer
* Image Guided Radiotherapy (IGRT)
* Physiologic Gating – Lung/GI Cancers
* Integrating Metabolic Imaging, IGRT, Gating with IMRT
Metabolic Imaging to Refine Rx & XRT Targeting
MRI Imaging To Refine XRT Boost:
Prostate cancer
Enhancing IMRT With Image Guidance
IMRT 3D
Image-Guidance
* Rigid Immobilization
o Stereotactic systems
* Ultrasound Guidance
o Pelvic ultrasound
* CT Guidance
o CT scanner in the treatment room
o Helical tomotherapy
3 cGy Verification CT
Soft Tissue Window
Tools for Patient Registration
Moving Beyond Photons
* Protons
* Intensity Modulated Proton Therapy
* Heavy Particle Therapy (Carbon)
Carbon Ion Radiotherapy:
Protons on Steroids!
LET and RBE of Carbon Ion Therapy
Dose vs. Biologic Effect:LET
Conclusions
Radiotherapy is evolving technologically through enhanced dose delivery and precision and biologically through enhanced understanding of factors that define or reveal tumor location, behavior, and/or vulnerabilities
Emerging Applications In Clinical Radiation Oncology
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