Last Updated: 07/25/14
2012 BRN Symposium Posters
Abstract No. | Title | Presenter |
---|---|---|
1 | Quality Controls on Collecting Samples | Ying Hu |
2 | Establishing a Quality Control Program to Reduce Tissue Biospecimen Preanalytic Variability for Biomedical Research | Angen Liu |
3 | Vacuum Sealing and Cooling for a Safe Transfer of Tissues From Operating Theater to Laboratory | Gianni Bussolati |
4 | Temperature-Controlled Biospecimen Shipment: Current and Future Technology | Brian Hrudka |
5 | Quantitative Measurement of Expression of Common Breast Cancer Markers as a Function of Time Before Formalin Fixation | V.M. Neumeister |
6 | Ischemia/Fixation Trial Tissue Microarray | Ruth Pe Benito |
7 | The Effects on Immunorecognition of the Transfer of Cells From 10% Neutral Buffered Formalin to 70% Ethanol | William E. Grizzle |
8 | The Development of a Protein Integrity Metric for Biorepository Specimens | Timothy Geddes |
9 | High-Quality DNA Obtained With an Automated DNA Extraction Method With 70+ Year-Old Formalin-Fixed Celloidin-Embedded (FFCE) Blocks From the Indiana Medical History Museum | A. McGuire |
10 | Paxgene vs. Formalin-Fixed Tissue: A Comparison of Tissue Morphology and RNA Quality | Daniel Grölz |
11 | Online Biospecimen Histology Review for Facilitated Biorepository Quality Control of Research Tissue Quality | Leona W. Ayers |
12 | The Genotype-Tissue Expression (GTEx) Project | Cathy Ng |
13 | The Impact of Tissue Preanalytics and a New Stabilization Technology on the Quality of Tissue-Based Molecular Studies | C. Viertler |
14 | Delay to Preservation Does Not Induce a Systematic Phosphoprotein Response During Tissue Processing | S. Gündisch |
15 | Improving Quality and Efficiency for Genomics and Proteomics: Advances for a Successful Biorepository | J. Oliver |
16 | Obtaining Proteomic Data From Formalin-Fixed Samples: A FASP Protcol That Is Amenable to Label-Free Protein Quantification | William Mathieson |
17 | Extracting DNA, RNA, and Protein From the Same Sample: A Critical Evaluation of GE Healthcare’s Tripleprep and QIAGEN’s Allprep Kits | William Mathieson |
18 | Comparison of RNA Integrity From Morphologic Annotated Tissues by Varying Preservations | Gallen Hostetter |
19 | Evidence-Based Biobanking; From Patient to Storage | M. Kap |
20 | Method to Determine Adequacy of Frozen Brain Tumor Tissue | Cynthia Cowdrey |
21 | Correlation Between Morphological Integrity of Brain Structures in and the Length of a Donor’s Terminal Period | Alexander Lituev |
22 | Long-Term Stability of Total RNA in RNAstable® as Evaluated by Expression Microarray | Daniel C. Edelman |
23 | Ambient Biostabilization in the Age of Personalized Medicine — A Paradigm Shift in Biospecimen Management | Rolf Muller |
24 | Tissue Is Alive: Preserving Nucleic Acids, Phosphoproteins, and Tissue Morphology in One Step | Claudius Mueller |
25 | Stability of Heat-Stabilized Human Tissue Lysates in Cryostorage | Diane McGarvey |
26 | Temperature-Controlled Manipulation and Alcohol-Free Cryopreservation: A New Era in Sample Handling and Biobanking | Rolf Ehrhardt |
27 | Impact of Tissue Heat Stabilization and Protein Extraction Method on Phosphoprotein Analysis | Fay Betsou |
28 | ISBER Proficiency Testing Program for Biorepositories: Pilot Results for DNA and RNA Schemes | Fay Betsou |
29 | Automatic Buffy Coat Extraction From Human Blood: Feasibility, Optimization, and Validation | Fay Betsou |
30 | Biospecimen Science in the Janus Serum Bank | Randi E. Gislefoss |
31 | Standard Operation Procedures for Biobank Science in the Janus Serum Bank of Norway — Experiences From a Prospective Cancer Biobank | Hilde Langseth |
32 | Pilot Studies of Bead-Based Multiplex Assays of Immune Markers for Use in Epidemiologic Studies | Shelley S. Tworoger |
33 | Room Temperature Storage of Sera Biospecimens | Alptekin Aksan |
34 | Variation in Processing Techniques of Sickle Cell Blood Specimens Produces Marked Differences in Artifactual Hemolysis — A Pilot Study | Susan Yuditskaya |
35 | Detailed Analysis of Effect of Processing Time and Anticoagulant Choice on Plasma Hemoglobin Values in Sickle Cell Anemia and Healthy Controls | Laurel Mendelsohn |
36 | Robotic Frozen Sample Aliquotter | Jorge de Dios |
37 | The NCI Innovative Molecular Analysis Technologies (IMAT) Program: A Resource for Catalyzing New Directions in Biospecimen Science Research | Tony Dickherber |
38 | The National Cancer Institute’s Enterprise Vocabulary Services: Facilitating Biomedical Research Through Terminology Development and Promotion of Semantic Interoperability | Elizabeth Hahn-Dantona, Erin Muhlbradt |
39 | The Biospecimen Research Database: 1,100 Articles and Growing | B. Paige Bass |
40 | NCI Funding of Biomarker, Imaging, Quality of Life, and Cost-Effectiveness Analysis Studies | Geoffrey D. Seidel |
41 | The Use of Biospecimens in Behavioral Research: A Portfolio Analysis of Research Supported by the Division of Cancer Control and Population Sciences at the National Cancer Institute | Cheryse A. Furman |
42 | Sharing a Model Consent Form to Increase Enrollment of Ethnically Diverse Populations in Research and Biospecimen Repositories | Luisel J. Ricks-Santi |
43 | Informed Consent in Biobank Research: Recruiting Patients With Health Disparities in Rural Maine | Deborah G. Morrison |
44 | Participation in Biospecimen Research — Investigating the African American Male Perspective | Bettina F. Drake |
45 | Sharing Results With Research Participants: Overcoming Obstacles | Miriam F. Kelty |
46 | Standardization of Consent Practices at the University of Cincinnati Cancer Institute Tumor Bank: Challenge in Biobanking | Farah Sagin |
47 | Improving Biospecimen Collection Practices at the University of Cincinnati Cancer Institute Tumor Bank | Christina Ann Wicker |
48 | NCBI BioSample Database: Capture and Storage of Sample Metadata | John Anderson |
49 | Labmatrix: A Collaborative Research Information Management System at the NCI | John Otridge |
50 | BioBank Integration Management System: A Software Solution Integrating Disparate Components of a Healthcare System’s Biobank for Translational Research | Kelly Rice |
51 | Establishing FDA-Compliant Electronic Biospecimen Management and Environmental Monitoring Systems to Support Biomedical Research in Uganda and Mali | Brian K. Moyer |
52 | CaTissue Suite: An Open-Access, Feature-Rich Tool for Biospecimen Annotation and Data Sharing | Amy Brink |
53. | Open-Source Software for Sample Inventory | J. Ferland |
54 | Multidisciplinary Resource Informatics and Their Interactions | Zhe Chang |
55 | National Mesothelioma Virtual Bank: A Standardized Data and Specimen Resource to Expedite Translational Research | Michael J. Becich |
56 | Informatics Solutions for Management of Unique Specimen Collections at a Multisite Biobank: The AIDS and Cancer Specimen Resource Experience | M. Bracci |
57 | Toward a Virtual Tissue Bank | Susan Clare |
58 | Accelerating Research for Rare Diseases: Rare Diseases Human Biospecimens RD-HUB | Yaffa R. Rubinstein |
59 | A Biospecimen Repository Community of Best Practices Across Ethnically Diverse Institutions to Facilitate Informatics Solutions in Biospecimen Science | Zoe Hammatt |
60 | Establishment of a Biorepository Network to Facilitate and Advance Translational Cancer Research | Nicole Todaro |
61 | Biospecimen Data Management for Collaborative Research in Early Detection of Cancer | Andrew Hart |
62 | The Development of Comprehensive Joint Tumor Tissue Bank Between TMUCIH and NFCR in China | Michael Wang |
63 | Biobanks and Cancer Genome Projects in China | Youyong Lu |
64 | Quality Requirements of Biospecimens in Genomics and Proteomics Research in Cancer | Yong Zhang |
65 | 10-Year Experience of Human Biobanking in Korea Lung Tissue Bank | Han Kyeom Kim |
66 | Development of Biorepositories and Translational Science Facilities Under the Aegis of Rajiv Gandhi University of Health Sciences | Gundu H.R. Rao |
67 | The Next Chapter of Sharing Medical Translational Cancer Research Samples in Networks: The EurocanPlatform Biobanking Approach | Peter Riegman |
68 | COH BrTM Registry: A Biospecimen Resource for Translational Research | Michelle Banzet |
69 | Biobanking in a Culture of Excellence | G. Gist |
70 | Parallel Tissue Collection and Processing for Clinical and Research Practice at Mayo Clinic: Utilizing the Frozen Section Laboratory Practice | Susan R. Rogers |
71 | Radiobiological Tissue and Data Archive | Tatjana Paunesku |
72 | The Development of the Pfizer-Canine Comparative Oncology and Genomics Consortium Biospecimen Repository | Christina Mazcko |
73 | Whole Mounted Prostate Specimen Bank Offers Unique Translational Research Opportunities in Prostate Cancer | Gyorgy Petrovics |
74 | Biobanking as Part of the Prostate Cancer Biorepository Network: A Focus on DNA, RNA, and Protein Derivatives From Radical Prostatectomy Specimens | Karen S. Sfanos |
75 | Development of a Next-Generation Lunch Tissue Biorepository to Study Health and Disease | Demetri Spyropoulos |
76 | The Yale Lung Cancer Biorepository: Merging Best Practices in Biospecimen Science and Clinico-Epidemiologic Annotation Enables Analysis of Gene-Environment Interactions Affecting Lung Cancer Prognosis | Bonnie E. Gould Rothberg |
77 | Stabilizing and Isolating Cellular Biomarkers in Lung Biospecimens | A. Hubel |
78 | Experimental Ex Vivo Human Tumor Models | Sarah Crawford |
79 | NMDP Research Sample Repository: 25 Years as a Worldwide HUB for Hematopoietic Stem Cell Transplant Research | Leila Jones |